Standard Jet DBnb` Ugr@?~1y0̝cǟFN7]D^(`T{6Vx߱wCϯ34ay[|*|OJl>`&_Љ$g'DeFx -@  .NGrassland, Savanna, Steppe (graminoid-dominated), Tropical/Subtropical [Tropical Pluviseasonal], Tropical/Subtropical [Tropical Xeric], Riverine / Alluvial, Intermittent Flooding [Intermittent interval, Summer Flooding]Shrubland (Shrub-dominated), Tropical/Subtropical [Tropical XericXVC5S 55          2           R    ]    ]IdParentIdNameType DateCreate DateUpdateOwnerFlagsDatabaseConnect ForeignName RmtInfoShort RmtInfoLongLvLvPropLvModuleLvExtra]] ]]] Id ParentIdName        3ķ@LWF000@pdRRFFFFFF8 37@37@Ecogroup subCCAG_Sources_Additionalc,GO3ķ@LWF000@zn\\PPPPPPB El7@El7@Ecogroup subCCAG_GOTHNAMESc,GO3ķF@LWF000@qeSSGGGGGG9 @7@z7@Ecogroup subAllianceInEcoGrpsc,GO3ķ@LWF000@thVVJJJJJJ<  vx7@vx7@Classifier Defs3--Primary with Secondaryc,GO3ķ@LWF000@saaUUUUUUG  7@ 7@Classifier Defs2--Criteria with Primaryc,GO3ķ@LWF000@~r``TTTTTTF  7@ 7@Classifier Defs1--Miscc,GO3ķj@LWF000!@maOOCCCCCC5  Y7@t8@AccessLayoutc,GO3ķ*@@QEE9999999+ @1ʩ7@1ʩ7@Modulesc,GO3ķ4444444444& {i7@{i7@luVCS  4   2  ObjectIdSIDACM FInheritable ObjectId            ! " # $%&'()*+,-./0123456789:;<= > ? @ A BCDEFGHIJKLM=N=O=P=Q=R=S= T= U=V=W=X=Y=Z[\]^_`abcdefgh{i{j{k{l{m{n{o{ p{ q{ r{ s{ t{u{v{w{x{y z { | } ~                                  )07>=E=Q=Y= = = == =&=K=Q=V==9    4 Res}{{{{{{{{{{ ${VC?`S  h    B      @ ObjectId AttributeOrderName1Name2 ExpressionFlag ObjectIdAttribute  MMMMMMM? @O/_7@/_7@Classifiers list by Systemc,GO3ķ@SSSGGGGGGG9 @>w7@{i7@ClassificationStatusc,GO3ķ@MMMAAAAAAA3 @7%w7@g7@BioGeographic_Domainc,GO3ķ2@MMMAAAAAAA3 @)]v7@{i7@AssignedToc,GO3ķ @CCC7777777) @I_7@_7@Alliances by Systemc,GO3ķ@LLL@@@@@@@2 @e7@i7@ALLIANCE_EcoGroupc,GO3ķ@JJJ>>>>>>>0 @C<_7@<_7@@Queriesc,GO3ķV@AAA5555555' @h7@h7@{AFA66710-BB64-4913-A1A1-CB6AF32BF802}c,GO3ķSSSSSSSSSSE g7@g7@{91F2AA98-C67C-4B72-8197-A908F8E160D5}c,GO3ķSSSSSSSSSSE !i7@!i7@{4F136764-C13A-469C-B8ED-67200D6D6822}c,GO3ķSSSSSSSSSSE g7@g7@{3F7B96DB-155B-48E9-B549-D50D81ED613E}c,GO3ķSSSSSSSSSSE i7@i7@{2BA99485-7DC8-42C6-A66B-3134A772154D}c,GO3ķSSSSSSSSSSE ?=\7@97@zzSwitchboard WCSc,GO3ķ>>>>>>>>>>0 9Y7@97@Update Links miniecoartc,GO3ķDDDDDDDDDD6 4X7@7@Switchboardc,GO3ķ8888888888* 2\gB7@kW7@sub Subsectionc,GO3ķ=@LWF000 @eYGG;;;;;;- 0"7@77@sub Sectionc,GO3ķ1@LWF000@bVDD888888* .-7@Q 7@sub LACRegionsc,GO3ķ(@LWF000]@eYGG;;;;;;- VC8S $            szRelationshipgrbitccolumnicolumnszObjectszColumnszReferencedObjectszReferencedColumn   2 szObjectszReferencedObjectszRelationship@Ŭ7@Wh7@LAC Floristic Regionsc,GO3ķ@NNNBBBBBBB4 @ Rr7@!i7@ETC_EcoGroupc,GO3ķq@6EEE9999999+ @`7@07@@ETC_CONSECOREGc,GO3ķ8@ETC_CONSECOREGUUUUUUUGG;- _7@i7@@ETCc,GO3ķ8@ETC???????<<0" ^HEb7@HEb7@EcologicalSystem with Description with Selectc,GO3ķrO rrrfZZZZZZL ` \a7@a7@Ecological Division with Domainc,GO3ķA@5XXXLLLLLLL> @4ؕ7@{i7@EcoGroup_Subsectionc,GO3ķ@5LLL@@@@@@@2 @ W7@!i7@EcoGroup_Sectionc,GO3ķ@4III=======/ @W7@g7@EcoGroup_Provincec,GO3ķ@3JJJ>>>>>>>0 @7@7@Ecogroup_Lists_Alliancesc,GO3ķp@3QQQEEEEEEE7 @ 7@7@Ecogroup_Listsc,GO3ķ1GGG;;;;;;;- @~37@h7@EcoGroup_LACRegionc,GO3ķ@0KKK???????1 @ r7@i7@EcoGroup_EORankSpecsc,GO3ķ -MMMAAAAAAA3 @7@Wh7@EcoGroup_EGRc,GO3ķ@,EEE9999999+ @9e됬7@i7@EcoGroup_ConsEcoregc,GO3ķ@,LLL@@@@@@@2 @ M7@i7@Ecogroup_Classifiersc,GO3ķ@*MMMAAAAAAA3 @ {qg]SI?5@m_^co{>oTꄉ9{K䁅&ZZi7@Zi7@QC Alliances not in ETCc,GO3ķOPPPDDDDDDD6 @|Vh7@Vh7@Pick a Subnation, show associationsc,GO3ķBL\\\PPPPPPPB @$ ʬ7@.ˬ7@OtherClassif3_EcoGroupc,GO3ķ@HOOOCCCCCCC5 @mɬ7@{i7@OtherClassif2_EcoGroupc,GO3ķ@>OOOCCCCCCC5 @t rf7@ rf7@Number of Systems per Divisionc,GO3ķ@:WWWKKKKKKK= @rf7@f7@MergeReport_Midsize plus Alliancesc,GO3ķr@:[[[OOOOOOOA @n`d7@d7@MergeReport_EOSpecsAndRankSpecsc,GO3ķ@XXXLLLLLLL> @\dƬ7@\dƬ7@lstbolivain wetlandsc,GO3ķj@MMMAAAAAAA3 @iTic7@c7@lst Dakotas Mixed Grass Ecoregionc,GO3ķ@ZZZNNNNNNN@ @fc7@c7@lst 303+306c,GO3ķ@DDD8888888* @cHEb7@b7@lst 202c,GO3ķ@@@@4444444& @a ޹7@Ĭ7@@ETC_Historicc,GO3ķ8@ETC_HistoricQQQQQQQEE9+ ]a7@a7@EcologicalSystem with Descriptionc,GO3ķ@6ZZZNNNNNNN@ @7@!i7@EcoGroup_Statesc,GO3ķ@4HHH<<<<<<<. @[a7@a7@Ecogroup_Lists Selectc,GO3ķ!@ZZZNBBBBBB4 `l7@h7@EcoGroup_EOSpecsc,GO3ķ@/III=======/ @Z;!a7@;!a7@Ecogroup_Classifiers Major Physiognomy onlyc,GO3ķ@+dddXXXXXXXJ @Q "7@i7@EcoGroup_CCAG_Memoc,GO3ķ@KKK???????1 @X;!a7@;!a7@Ecogroup_ABIRegions Sortc,L$ɵ 8ɵw$ɵ{\8ɵw$ɵ 8ɵw$ɵ 8ɵw$ɵ X8ɵeeeuEEuew`a$ɵ 8ɵeeUeeEuuw$ɵ 8ɵw$ɵ T8ɵUeEw$ɵ8ɵEHHRw`R$ɵ8ɵUX8X8Eu%E3w$ɵP8ɵ5eUw0$ɵ 8ɵ58H8H&w00$ɵ8ɵEw`o$ɵL8ɵEw$ɵ8ɵeu`  ifmswfvwddf `xwrlf}vW bm`vvjgjfuvYsujo`u}gruufzjf{=Mfbrhurxs,mjvwv,`mmj`pbfv ofuhfufsruw,ojdvj~f`mmj`pbfvrpm} tb`vvrbj`wjrpv{jwiprv}vwfo tbojvvjphmjvwv  tbv}vwfovsfu`vvrbj`wjrpsfusujo`u}djzjvjrp  .Z`Z[V]_fV][XZ_aba]VVdW]^]X_XdX]d0 Xrhurxsvxa`vvrbjpfbrhusvXfbrhurxsvxabb`h,hrwip`ofvfbrhurxsvxabb`h,vjo`vvrbfbrhurxsvxabb`h,vrxubfvfbrhurxsvxabb`h,vrxubfv,`ddjwjrp`mfbrhurxsvxabb`h,vrxubfv,m`bfbrhurxsvxarwifubm`vvjgWfbrhurxsvxarwifubm`vvjgXfbrhurxsvxarwifubm`vvjgYf|sruwf|bfmgjpdfbrhurxsifms`ssfpdd`w`ifmsbros`bwifmsgruo`wwjph ifmsgruo`wwjphf|`osmfv ifmsijpwv ifmswfvwddf ifms{rudofuhf mrhjpvfmfbwufbrudvvfmfbwufbrudvvxaguobujwfuj`vfmfbwufbrudvvxaguov`zfdbujwfuj`vfmfbwufbrudvvxaguov`zfdbujwfuj`dfvbujswjrpvfmfbwv`zfofwirdvxaajrhfrdjzjvjrpvxabm`vvjgjfusujo`u}vxabm`vvjgjfuvfbrpd`u}vxabrpvfbrufhvxam`bufhjrpvvxasurzjpbfvxavfbwjrpvxavw`wfvvxavxavfbwjrpvxabm`vvjgjfuvmjvwv{jwbiar`udv{jwbiar`udgruovv{jwbiar`udhfpfu`wfmjvwvd`w`a`vfvgruovordxmfv ufm`wjrpvijsvufsruwv vbujswv v}vufm w`amfvov}v`bfvov}vrakfbwvov}vtxfujfvov}vufm`wjrpvijsv`bbfvvm`}rxw ov}vdavxoo`u}jpgrxvfudfgjpfdxvfudfgjpfdG@F.E^D3LHC=9ByuA W @xx2g7@2g7@Pick a Consecoregionc,GO3ķ@HMMMAAAAAAA3 @w(?Ь7@ڬ7@@Patternc,GO3ķ8@PatternGGGGGGG@@4& vBf7@Bf7@OtherClassif3_Ecogroup with Namesc,GO3ķ@ZZZNNNNNNN@ @ -ʬ7@ʬ7@OtherClassif3c,GO3ķ2@?FFF:::::::, @uBf7@Bf7@OtherClassif2_ecogroup with namesc,GO3ķ@ZZZNNNNNNN@ @  IȬ7@{i7@OtherClassif2c,GO3ķ@>FFF:::::::, @iǬ7@i7@OtherClassif1_EcoGroupc,GO3ķ@=OOOCCCCCCC5 @$Ǭ7@{i7@OtherClassif1c,GO3ķW@=FFF:::::::, @ Ƭ7@Ƭ7@NLCD_Categoryc,GO3ķ@:FFF:::::::, @1ʩ7@1ʩ7@MSysModules2c,GO3ķ9999999999+ 1ʩ7@1ʩ7@MSysModulesc,GO3ķ8888888888* sf7@ rf7@MergeReport_Streamlinedc,GO3ķD ;PPPDDDDDDD6 @ qle7@le7@MergeReport_Midsize Alliances onlyc,GO3ķr@9[[[OOOOOOOA @pNe7@Ne7@MergeReport_Midsizec,GO3ķ@9LLL@@@@@@@2 @od7@d7@MergeReport_EOSpecsAndRankSpecs FULLc,GO3ķ'@]]]QQQQQQQC @ m`d7@`d7@MergeReport_DRAFT DATAc,GO3ķ@OOOCCCCCCC5 @l)d7@)d7@MergeReport_Bibliographyc,GO3ķ.@QQQEEEEEEE7 @ }Ƭ7@Ƭ7@lstAmazoniac,  o             ! " # $%&'()*+,-./0123456789:;<= > ? @ A BCDEFGHIJKLM=N=O=P=Q=R=S= T= U=V=W=X=Y=Z[\]^_`abcdefghijklmno p q r s tuvwxy z { | } ~                                  )07>=E=Q=Y= = = == =&=K=Q=V==9    ? \o{\ g {qg]SI?C(BNwsAC @yt7xx@h `  kH @ 9  U3$(qP@T`V a b3!&'()*+ , - . /                 !"#$%&'()*+,      !"#$%&'()* +   !!!!""" " # # # #$$$$%%%%&&&&''''(( (!(")#)$)%)&*'*(*)**+++++,,,,--- - . . . .////00001111222233 3!3"4#4$4%4&5'5(5)5* !   "#$%% @ @ @ @G+JNLKPOPZ% ] X^Y&[e`3j4mn# o o p!"q rr s z  } )         %  )  .  3  -  ,     9      H  7P'G+I'I'I'I'I'I'J'J' J' J' J' J' J'J'J'J'J'K'K'K'K'K'K'L'L'L'L'L'L'L'L' L'!L'"L'#L'$L'%L'&L'M''M')M'*M'+M',M'-M'.M'/M'(N'0N'2N'3N'4N'1SSSSSE .`bb_WYdgXVaXZX`Y_[Xf]^_f\ZZ_ggg^0db\a_bfVZd^f`dbVgdgXga`\\^\`0xX[XfXVgZZ\[[Z\[]ad\XWX]fd`_\ddgX0xX[XfXVgZZ\[[Z\[]ad\XWX]fd`_\ddgX0xXa`__Z^[]db^ZXb\`\\aYWYZ`]]XW[Zd0xXa`__Z^[]db^ZXb\`\\aYWYZ`]]XW[Zd0xYV\_`g\Z_VgZZV_f_gbYY[WdW\g^d[b`0xYV\_`g\Z_VgZZV_f_gbYY[WdW\g^d[b`0xYXgZW`b`[d[WZf]__b`[`\f^b[XVffd]0xYZfgZWa`Z_YWZX^Va^^]fdabWZga`^`V0x YZfgZWa`Z_YWZX^Va^^]fdabWZga`^`V0x Y[YWbWbVffY^ZZY[`^VdW_Z`f]\VYYa`0x Y_bYZ^gdbaZ]Zf`a_gYfaZ`fY]\\_X`g0x Ydg`g\ZWdWf`Z[d[_[_bfZfVd\`fYWXV0x Yg]a_\daW[[aZ^f_a[Z_d[Vd^Wfd\WYf0xZ`Z[V]_fV][XZ_aba]VVdW]^]X_XdX]d0xZ`Z[V]_fV][XZ_aba]VVdW]^]X_XdX]d0xZa^Xdb_dgfgYZ_bV`gYb`VYd_X_ga`a]0Za^Xdb_dgfgYZ_bV`gYb`VYd_X_ga`a]0ZgWY\]\ZbWY`Z\_ba^fd\]XVVd\d\^XX0ZgWY\]\ZbWY`Z\_ba^fd\]XVVd\d\^XX0\Z]W_f^XdX\dZfX[af_W_YZ]\Yg]XaX]0\\d_Z\]X_fYVZ_[Y^[\fY`_bfWbgZada0\\d_Z\]X_fYVZ_[Y^[\fY`_bfWbgZada0]WZ^aV\d]Y[VZZXdaX]\Z`W^YbdWZgWV0^]Zbf\\_bdaYZ_dX_aXg\Vdb`^]aZab[0^]Zbf\\_bdaYZ_dX_aXg\Vdb`^]aZab[0 ^`VVf]bf^[gWZ[g]_\YXZdXYX[Zb]b\d0 ^`VVf]bf^[gWZ[g]_\YXZdXYX[Zb]b\d0 _WVd[_Y`V`_dZW]daaaV^\X\^X\]f]Vg0 _WVd[_Y`V`_dZW]daaaV^\X\^X\]f]Vg0 _WgX``_^b\]bZa]X^W_]`_V^g^fW\Vd[0_Z`b[Z[^]YggZXa`^`fWd]Z\gXVW[fad0_Z`b[Z[^]YggZXa`^`fWd]Z\gXVW[fad0_]d]ddW]aZffZ^af_[fd]X]W^WbVba`f0_]d]ddW]aZffZ^af_[fd]X]W^WbVba`f0`\XWXYgX_[bZZ]ddag^XXZ^d[VfffVd_0`_\\`\b^\aW[ZgXWa[gYd[Y`YYVXZYX^0``ZagbgW_f_bZd[ba^X^VZ^^_ZZ[ZWVY0``ZagbgW_f_bZd[ba^X^VZ^^_ZZ[ZWVY0`bb_WYdgXVaXZX`Y_[Xf]^_f\ZZ_ggg^0`bb_WYdgXVaXZX`Y_[Xf]^_f\ZZ_ggg^0O3ķ@T^^^RRRRRRRD @u@@@  @ @  @@@@ @`mmj`pbf,fbrhurxs `mmj`pbf,fbrhurxs ajrhfrhu`sijb,djzjvjrpbm`vvjgjfuvXbujwfuj`xbm`vvjgjfuvYsujo`u}z`mxfvbm`vvjgjfuvYsujo`u}z`mxfvbm`vvjgjfuvZvfbrpd`u}z`mxfvx bm`vvjgjfuvZvfbrpd`u}z`mxfvfbrhurxsp`wjrp`mfbrhurxsp`wjrp`mfbrhurxs,`ajufhjrpvfbrhurxs,`ajufhjrpvfbrhurxs,ajrhfrdjzjvjrpfbrhurxs,ajrhfrdjzjvjrpfbrhurxs,ajrhfrdjzjvjrpfbrhurxs,bb`hfbrhurxs,bb`h fbrhurxs,bb`h,ofor fbrhurxs,bb`h,ofor fbrhurxs,bb`h,vrxubfvfbrhurxs,bb`h,vrxubfvfbrhurxs,bb`h,vrxubfv,`ddjwjrp`m fbrhurxs,bb`h,vrxubfv,`ddjwjrp`m fbrhurxs,bm`vvjgjfuvxfbrhurxs,bm`vvjgjfuvfbrhurxs,bm`vvjgjfuvfbrhurxs,bm`vvjgjfuv fbrhurxs,brpvfbrufhfbrhurxs,brpvfbrufhfbrhurxs,brpvfbrufhfbrhurxs,fhufbrhurxs,fhufbrhurxs,fru`plvsfbvxfbrhurxs,fru`plvsfbvxfbrhurxs,frvsfbvfbrhurxs,frvsfbvfbrhurxs,m`bufhjrpfbrhurxs,m`bufhjrp fbrhurxs,m`bufhjrpfbrhurxs,surzjpbfxfbrhurxs,surzjpbfxfbrhurxs,vfbwjrpxfbrhurxs,vfbwjrpxfbrhurxs,vw`wfvfbrhurxs,vw`wfvfbrhurxs,vw`wfv fbrhurxs,vxavfbwjrpfbrhurxs,vxavfbwjrpfwb,fbrhurxsxfwb,fbrhurxsxrwifubm`vvjgW,fbrhurxsx rwifubm`vvjgW,fbrhurxsx rwifubm`vvjgW,fbrhurxsx rwifubm`vvjgX,fbrhurxsxrwifubm`vvjgX,fbrhurxsxrwifubm`vvjgX,fbrhurxsx @ @@ @ @ @  @ `vvjhpfdwrx`vvjhpfdwr`vvjhpfdwr`vvjhpfdwrajrhfrhu`sijb,djzjvjrpajrhfrhu`sijb,dro`jpbm`vvjgjb`wjrpvw`wxvbm`vvjgjfuvXbujwfuj`bm`vvjgjfuvYsujo`u}z`mxfvx bm`vvjgjfuvYsujo`u}z`mxfv bm`vvjgjfuvZvfbrpd`u}z`mxfvxbrpvfbrufhfbrhurxsp`wjrp`mxfbrhurxsp`wjrp`mxfbrhurxsp`wjrp`mxfbrhurxsp`wjrp`mxfbrhurxsp`wjrp`mxfbrhurxsp`wjrp`mxfbrhurxsp`wjrp`mxfbrhurxsp`wjrp`mxfbrhurxsp`wjrp`mx fbrhurxsp`wjrp`mx fbrhurxsp`wjrp`mxfbrhurxsp`wjrp`mxfbrhurxsp`wjrp`mfbrhurxsp`wjrp`mfbrhurxsp`wjrp`mfbrhurxsp`wjrp`mfbrhurxsp`wjrp`mfbrhurxsp`wjrp`mfbrhurxsp`wjrp`mfbrhurxsp`wjrp`m fbrhurxsp`wjrp`mfbrhurxsp`wjrp`mfbrhurxsp`wjrp`mfbrhurxsp`wjrp`mfbrhurxsp`wjrp`mfbrhurxsp`wjrp`mfbrhurxsp`wjrp`mfbrhurxsp`wjrp`m fbrhurxsp`wjrp`m fbrhurxsp`wjrp`m fbrhurxsp`wjrp`mfbrhurxsp`wjrp`mfbrhurxsp`wjrp`mfbrhurxsp`wjrp`mfbrhurxs,bb`h fbrhurxs,bb`h fbrhurxs,bb`h fbrhurxs,bb`h fbrhurxs,bb`hfbrhurxs,bb`hm`bgmrujvwjbufhjrpvrwifubm`vvjgWx rwifubm`vvjgXx vw`wf  FClassifiers2--Criteria F F F  F 0 FWetlandCriterionUplandCriterionPrimaryKey Entered by&{3F7B96DB-155B-48E9-B549-D50D81ED613E}` FFv pFHF`FFFsFFFFFFFFFFFFF QQEAD^ZDCUQC.AUQARϝ7@ϝ7@Ecogroup subCCAG_SOURCESc,GO3ķ@LWF000K@ocQQEEEEEE7 ϝ7@ϝ7@Ecogroup subCCAG_SIMASSOCc,GO3ķ@LWF000@pdRRFFFFFF8  z7@El7@Ecogroup subAssocInEcoGrps2c,GO3ķ@LWF000rfTTHHHHHH:  s㍭7@s7@Ecogroup subABIRegionsc,GO3ķCCCCCCCCCC5 s㍭7@s7@Ecogroup Descriptions detailedc,GO3ķKKKKKKKKKK= 97@s7@Copyrightc,GO3ķ6666666666(  vx7@vx7@Classifier Defs4--Secondaryc,GO3ķ@LWF000@rfTTHHHHHH:   7@vx7@Classifier Defs3--Primaryc,GO3ķ@LWF000@pdRRFFFFFF8   7@ 7@Classifier Defs2--Criteriac,GO3ķ7@LWF000@qeSSGGGGGG9   -ɩ7@-ɩ7@UserDefinedc,GO3ķ8888888888*  -ɩ7@-ɩ7@SummaryInfoc,GO3ķZ@DDD8888888* @ 1ʩ7@1ʩ7@SysRelc,GO3ķ3333333333% 1ʩ7@1ʩ7@Scriptsc,GO3ķ4444444444& 1ʩ7@1ʩ7@Reportsc,GO3ķ4444444444&  1ʩ7@1ʩ7@Formsc,GO3ķ2222222222$ -ɩ7@-ɩ7@MSysRelationships22222222220 -ɩ7@-ɩ7@MSysQueries,,,,,,,,,,* -ɩ7@-ɩ7@MSysACEs))))))))))' -ɩ7@-ɩ7@MSysObjects,,,,,,,,,,* -ɩ7@:س7@MSysDbc,GO3ķ@]???3333333% @-ɩ7@-ɩ7@Relationships.........., -ɩ7@-ɩ7@Databases**********( -ɩ7@-ɩ7@Tables''''''''''%  GyuGF_ECfbDCNBAD@A@R333kW7@kW7@subClassifiersListc,GO3ķ8@LWF000/ i]KK??????1 177@\gB7@sub Statesc,GO3ķ1@LWF000b@aUCC777777) /Q 7@"7@sub Provincec,GO3ķ2@LWF000@cWEE999999+ --7@7@sub ConsEcoregc,GO3ķ;;;;;;;;;;- ,7@7@sub ClassifierSecondaryc,GO3ķB@LWF000 @nbPPDDDDDD6  *6ح7@Ft7@sub BioGeoDivisionc,GO3ķ/@LWF000=@i]KK??????1 )׭7@7@SelectSaveMethodc,GO3ķ==========/ (nu׭7@7@Select Records subfrmSavedCriteria Descriptionc,GO3ķ[[[[[[[[[[M  &׭7@7@Select Records subfrmCriteriac,GO3ķJJJJJJJJJJ< %:7@7@Select Recordsc,GO3ķ;;;;;;;;;;-  #;7@s7@Help Word Mergec,GO3ķ<<<<<<<<<<. "jؠ7@s7@Help Test DDEc,GO3ķ::::::::::, !t7@s7@Help Hintsc,GO3ķ7777777777)  7@s7@Help Formatting Examplesc,GO3ķEEEEEEEEEE7 ^7@s7@Help Formattingc,GO3ķ<<<<<<<<<<. )W7@)W7@Help Append Datac,GO3ķ@@LWF000@g[II======/ )W7@s7@Find EcoGroupc,GO3ķ::::::::::, 7@s7@ExportExcelc,GO3ķ8888888888* R7@R7@Ecogroup subOtherClassif2c,GO3ķ@LWF000@pdRRFFFFFF8  37@37@Ecogroup subCCAG_SOURCES_LACc,GO3ķ@LWF000.@sgUUIIIIII;  OGWFXX En Dd`CBUQA@777.8@ +8@BioGeographic_Domain333333333330v7@!i7@BioGeographic_Divisionc,GO3ķ@OOOCCCCCCC5 @L_7@_7@Assoc in Ecogroupsc,GO3ķ@KKK???????1 @K_7@_7@Alliances+Assoc by Systemc,GO3ķ @RRRFFFFFFF8 @J_7@_7@Alliances in Ecogroupsc,GO3ķ@ OOOCCCCCCC5 @ H@j7@]v7@@ALLIANCE_Historicc,GO3ķ8@ALLIANCE_Historic[[[[[[[JJ>0 G_7@_7@Alliance_Ecogroup with namesc,GO3ķ@UUUIIIIIII; @F_7@_7@Alliance_Ecogroup PLUS ETC_Ecogroup Alliancesc,GO3ķ[@fffZZZZZZZL @ EαZ7@e7@@ALLIANCEc,GO3ķ8@ALLIANCEIIIIIIIAA5' D<_7@<_7@@Tablesc,GO3ķ-@ @@@4444444& @ B<_7@<_7@@@MakeLists_Alliancesc,GO3ķ@MMMAAAAAAA3 @A=\7@=\7@AutoKeys1c,GO3ķ@B666666666( @X]7@b'7@Utilitiesc,GO3ķ6666666666( >4\7@97@zzSwitchboard oldc,GO3ķ>>>>>>>>>>0 =1[7@97@zzEcogroup Classifiersc,GO3ķCCCCCCCCCC5 <s[7@97@ViewCurrentSelectionc,GO3ķAAAAAAAAAA3 ;[7@97@ViewCurrentAssociationSelectionc,GO3ķLLLLLLLLLL> :$Z7@97@User-defined Classifiersc,GO3ķEEEEEEEEEE7 8Y7@7@Update Links ecoartc,GO3ķ@@@@@@@@@@2 7+Y7@7@Switchboard merge choicesc,GO3ķFFFFFFFFFF8 6xX7@7@Switchboard generate listsc,GO3ķGGGGGGGGGG9 5CkX7@7@Switchboard formsc,GO3ķ>>>>>>>>>>0  @@ @@bm`vvjgjfudfgvWojvbbm`vvjgjfudfgvXbujwfuj`bm`vvjgjfudfgvXbujwfuj`{jwisujo`u}bm`vvjgjfudfgvYsujo`u}bm`vvjgjfudfgvYsujo`u}{jwivfbrpd`u}bm`vvjgjfudfgvZvfbrpd`u}brs}ujhiwfbrhurxsdfvbujswjrpvdfw`jmfdfbrhurxsvxa`ajufhjrpvfbrhurxsvxa`mmj`pbfjpfbrhusvfbrhurxsvxa`vvrbjpfbrhusvXfbrhurxsvxabb`h,hrwip`ofvfbrhurxsvxabb`h,vjo`vvrbfbrhurxsvxabb`h,vrxubfvfbrhurxsvxabb`h,vrxubfv,`ddjwjrp`mfbrhurxsvxabb`h,vrxubfv,m`bfbrhurxsvxarwifubm`vvjgWfbrhurxsvxarwifubm`vvjgXfbrhurxsvxarwifubm`vvjgYf|sruwf|bfmgjpdfbrhurxsifms`ssfpdd`w`ifmsbros`bwifmsgruo`wwjph ifmsgruo`wwjphf|`osmfv ifmsijpwv ifmswfvwddf ifms{rudofuhf mrhjpvfmfbwufbrudvvfmfbwufbrudvvxaguobujwfuj`vfmfbwufbrudvvxaguov`zfdbujwfuj`vfmfbwufbrudvvxaguov`zfdbujwfuj`dfvbujswjrpvfmfbwv`zfofwirdvxaajrhfrdjzjvjrpvxabm`vvjgjfusujo`u}vxabm`vvjgjfuvfbrpd`u}vxabrpvfbrufhvxam`bufhjrpvvxasurzjpbfvxavfbwjrpvxavw`wfvvxavxavfbwjrpvxabm`vvjgjfuvmjvwv{jwbiar`udv{jwbiar`udgruovv{jwbiar`udhfpfu`wfmjvwvd`w`a`vfvgruovordxmfv ufm`wjrpvijsvufsruwv vbujswv v}vufm w`amfvov}v`bfvov}vrakfbwvov}vtxfujfvov}vufm`wjrpvijsv`bbfvvm`}rxw ov}vdavxoo`u}jpgrxvfudfgjpfdxvfudfgjpfdM@    @ifms{rudofuhf mrhjpvfmfbwufbrudvvfmfbwufbrudvvxaguobujwfuj`vfmfbwufbrudvvxaguov`zfdbujwfuj`vfmfbwufbrudvvxaguov`zfdbujwfuj`dfvbujswjrpvfmfbwv`zfofwirdvxaajrhfrdjzjvjrpvxabm`vvjgjfusujo`u}vxabm`vvjgjfuvfbrpd`u}vxabrpvfbrufhvxam`bufhjrpvvxasurzjpbfvxavfbwjrpvxavw`wfvvxavxavfbwjrpvxabm`vvjgjfuvmjvwv{jwbiar`udv{jwbiar`udgruovv{jwbiar`udhfpfu`wfmjvwvv{jwbiar`udofuhfbirjbfvxsd`wfmjplvfbr`uwxsd`wfmjplvojpjfbr`uwxvfudfgjpfdbm`vvjgjfuvzjf{bxuufpw`vvrbj`wjrpvfmfbwjrpzjf{bxuufpwvfmfbwjrp~~fbrhurxsbm`vvjgjfuv ~~v{jwbiar`udrmd ~~v{jwbiar`ud{bv xwjmjwjfv `xwrlf}vW d`w`a`vfvgruovordxmfv ufm`wjrpvijsvufsruwv vbujswv v}vufm w`amfv'o`lfmjvwv,`mmj`pbfv'txfujfv'w`amfv`mmj`pbf`mmj`pbf,fbrhurxs`mmj`pbf,fbrhurxssmxvfwb,fbrhurxs`mmj`pbfv`mmj`pbf,fbrhurxs{jwip`ofv`mmj`pbf,ijvwrujb`mmj`pbfva}v}vwfo`mmj`pbfvjpfbrhurxsv`mmj`pbfv`vvrba}v}vwfo`vvjhpfdwr`vvrbjpfbrhurxsvajrhfrhu`sijb,djzjvjrpajrhfrhu`sijb,dro`jpajrhfrhu`sijbdjzjvjrp{jwidro`jp=bm`vvjgjb`wjrpvw`wxv=bm`vvjgjfuhmrvv`u}ojvb=bm`vvjgjfuva}v}vwfo=ov}v`bfvov}vrakfbwvov}vtxfujfvov}vufm`wjrpvijsv`bbfvvm`}rxw ov}vdavxoo`u}jpgrxvfudfgjpfd(h, 4XO}jLvW(QyfS*v<  GALLIANCE.AllianceName- gGALLIANCE_EcoGroup.AllianceKey5 gGALLIANCE_EcoGroup.EcoMaster3 gGALLIANCE_EcoGroup.EcoNumber3 gGA.ALLIANCE GA.ALLIANCE_EcoGroup G GG GGA. GA. FA.X7YZ_____2@" 7FA.X7YZ_____1@" 7F GF  GFA. FA. D MSysObjects.Name( 'DZ@ 'DMSysObjects.Type( gDMSysObjects.DateUpdate. gDMSysObjects.DateCreate. gDTableNameMSysObjects.Name1 oDMSysObjects D GD GD D C MSysObjects.Name( 'C?@ 'CMSysObjects.DateUpdate. gCMSysObjects.DateCreate. gCQueryNameMSysObjects.Name1 oCTypeMSysObjects.Flags- oCMSysObjects C GC GC C B0@ 'BSelectEcogroup_Lists_Alliances7@6* BSelectEcogroup_Lists_Alliances7@6* BExpr2AlliancesAssoc<@+ BExpr1Alliances8@& BExpr9LastRefreshedNow()/ BEcoMaster[Select].EcoMaster3 wBEcoNumber[Select].EcoNumber3 wBEcogroup_Lists_Alliances$$$ BSelect B GBEcogroup_Lists_Alliances$$$ OB B LVALUUw\~JBioGeographic_Domain.DomainCode = BioGeographic_Division.DomainCodeALLIANCE.AllianceKey = ALLIANCE_EcoGroup.AllianceKeySELECT [Ecogroup National].[Elcode] as SystemCode, [Ecogroup National].[EcoGroupName] As SystemName, ALLIANCE.AllianceKey, ALLIANCE.AllianceName FROM ALLIANCE INNER JOIN (ETC INNER JOIN (ETC_EcoGroup INNER JOIN [Ecogroup National] ON [ETC_EcoGroup].[EcoNumber] = [EcoGroup National].EcoNumber) ON ETC.Elcode = ETC_EcoGroup.Elcode) ON ALLIANCE.AllianceKey = ETC.ClassifKeySELECT [Ecogroup National].[Elcode] as SystemCode, [Ecogroup National].[EcoGroupName] As SystemName, ALLIANCE_EcoGroup.AllianceKey, ALLIANCE.AllianceName FROM ALLIANCE INNER JOIN (ALLIANCE_EcoGroup INNER JOIN [Ecogroup National] ON [ALLIANCE_EcoGroup].[EcoNumber] = [EcoGroup National].EcoNumber) ON ALLIANCE.AllianceKey = ALLIANCE_EcoGroup.AllianceKey ALLIANCE.AllianceKey = ALLIANCE_EcoGroup.AllianceKeySELECT ETC_EcoGroup.EcoNumber, ETC_EcoGroup.EcoMaster, ALLIANCE.AllianceKey, ALLIANCE.AllianceName FROM ALLIANCE INNER JOIN (ETC INNER JOIN ETC_EcoGroup ON ETC.Elcode = ETC_EcoGroup.Elcode) ON ALLIANCE.AllianceKey = ETC.ClassifKeySELECT ALLIANCE_EcoGroup.EcoNumber, ALLIANCE_EcoGroup.EcoMaster, ALLIANCE_EcoGroup.AllianceKey, ALLIANCE.AllianceName FROM ALLIANCE INNER JOIN ALLIANCE_EcoGroup ON ALLIANCE.AllianceKey = ALLIANCE_EcoGroup.AllianceKey (((MSysObjects.Name) Not Like "?Sys*") AND ((MSysObjects.Type)=1 Or (MSysObjects.Type)=6))(((MSysObjects.Name) Not Like "~*") AND ((MSysObjects.Type)=5))(((Ecogroup_Lists_Alliances.EcoNumber) Is Null))[Select].EcoMaster = Ecogroup_Lists_Alliances.EcoMaster[Select].EcoNumber = Ecogroup_Lists_Alliances.EcoNumberListAllianceAssoc([Select].[EcoNumber],[Select].[EcoMaster])ListAlliances([Select].[EcoNumber],[Select].[EcoMaster])LVALX x@`(y    B      @ ObjectId AttributeOrderName1Name2 ExpressionFlag ObjectIdAttribute  MMMMMMM? @O/_7@/_7@Classifiers list by Systemc,GO3ķ@SSSGGGGGGG9 @>w7@{i7@ClassificationStatusc,GO3ķ@MMMAAAAAAA3 @7%w7@g7@BioGeographic_Domainc,GO3ķ2@MMMAAAAAAA3 @)]v7@{i7@AssignedToc,GO3ķ @CCC7777777) @I_7@_7@Alliances by Systemc,GO3ķ@LLL@@@@@@@2 @e7@i7@ALLIANCE_EcoGroupc,GO3ķ@JJJ>>>>>>>0 E8@8@ALLIANCE''''''''''' D8@8@@Tables&&&&&&&&&&& C8@8@@Queries''''''''''' B8@8@@@MakeLists_Alliances33333333333 A8@8@AutoKeys1((((((((((( @8@8@Utilities((((((((((( ?8@8@zX:\BOTANY\Latin SystemsDB\newest database\miniEcoart.mdbX:\BOTANY\Latin SystemsDB\newest database\miniEcoart.mdbX:\BOTANY\Latin SystemsDB\newest database\miniEcoart.mdbX:\BOTANY\Latin SystemsDB\newest database\miniEcoart.mdbX:\BOTANY\Latin SystemsDB\newest database\miniEcoart.mdbX:\BOTANY\Latin SystemsDB\newest database\miniEcoart.mdbX:\BOTANY\Latin SystemsDB\newest database\miniEcoart.mdbX:\BOTANY\Latin SystemsDB\newest database\miniEcoart.mdbX:\BOTANY\Latin SystemsDB\newest database\miniEcoart.mdbX:\BOTANY\Latin SystemsDB\newest database\miniEcoart.mdbX:\BOTANY\Latin SystemsDB\newest database\miniEcoart.mdbX:\BOTANY\Latin SystemsDB\newest database\miniEcoart.mdbX:\BOTANY\Latin SystemsDB\newest database\miniEcoart.mdbX:\BOTANY\Latin SystemsDB\newest database\miniEcoart.mdbVCN'''        2  mb AllianceKey EcoNumber EcoMaster ConfLevel ReviewedBy ClassifComeCm!"#$   &{B9CB6629-748D-44CD-AE07-AA5EE4C0BD5B}EcoCode EcoMaster EcoNumberETC_EcogroupElcode PrimaryKey {qg]S`y@ @ @ @ @ @ @              ! " # $%&'()*+,-./0123@p 0WnXC.q\G2oYC-}gQ;%waK5 t_L7" zeP;&A.1946CJ A.1944CJ A.1942CJ A.1942CJ A.1941CJ A.1940CJ A.1939CJ A.1938CJ A.1937CJ A.1936CJ A.1935CJ A.1934CJ A.1933CJ A.1927CJ A.1923CJ A.1922CJ A.1902CJ A.1901CJ A.1900CJ A.19CJ A.1899CJ A.1896CJ A.1890CJ A.1873KAS A.1818MSR A.18CJ A.1763MSR A.1761MSR A.1760MSR A.1755MSR A.1754MSR A.1747MSR A.1681MSR A.1679MSR A.1584CJ A.1581CJ A.1542KAS A.1445MSR A.1444MSR A.1443MSR A.1436MSR A.1433MSR A.1432MSR A.1431MSR A.1417MSR A.1407MSR A.1403MSR A.1400MSR A.1392MSR A.1381MSR A.1374MSR A.1371MSR A.1347MSR A.1332MSR A.1331KAS A.1330KAS A.1269KAS A.1267KAS A.1267KAS A.1266KAS A.1249KAS A.1205KAS A.1175CJ A.1170CJ A.1169CJ A.1166CJ A.1160CJ A.1159CJ A.1157CJ A.1155CJ A.1154CJ A.1139CJ A.1137CJ A.1135CJ A.1134CJ A.1133CJ A.1132CJ A.1131CJ A.1111CJ A.1108KAS A.1101KAS A.11CJ A.1047CJ A.1043KAS A.1037KAS A.1031KAS A.1CJ DBmXC.q[H5" n[H4  p\J5  r_L8$ : (  :     } EcoGroup National.EcoNumberEcoGroup NationalEcoGroup National.ElcodeEcoGroup National.EcoGroupName`X0 HO7@Ph 0W 0W :0WEcoGroup NationalX0 Hi7@!~sq_cSelect Records~sq_cOneSystemh    (P$[EcoGroup National].[EcoNumber][EcoGroup National].[Elcode]"A.875CJ A.872KAS A.851KAS A.849CJ A.849CJ A.847CJ A.83CJ A.82CJ A.80CJ A.76CJ A.728CJ A.726CJ A.708CJ A.700CJ A.7CJ A.7CJ A.593CJ A.504KAS A.503KAS A.5CJ A.492CJ A.490CJ A.488CJ A.462CJ A.4CJ A.37CJ A.37CJ A.364CJ A.363CJ A.361CJ A.360CJ A.360CJ A.36CJ A.35CJ A.35CJ A.32CJ A.31CJ A.29CJ A.27CJ A.26CJ A.2598MSR A.2518MSR A.2501MSR A.25CJ A.24CJ A.21CJ A.1984MSR A.1979CJ A.1976CJ A.1975CJ A.1974CJ A.1964CJ A.1963CJ A.1962CJ A.1961CJ A.1958CJ A.1957CJ A.1957CJ A.1956CJ A.1955CJ A.1954CJ A.1952CJ A.1951CJ A.1950CJ A.1948CJ A.1947CJ  ovu:$bk%bk&bkVbkbk!bk#bkAbk bkAbkbkbkKbkUbk1bkbkbkbkbkbkbkbkbkbk*bk l`v?l`vl`vl`vl`vl`vl`v2l`v?l`vl`vl`vl`v/l`v0l`v@l`vl`vl`vl`vl`v ovu!ovu"ovu#ovu$ovu%ovu&ovu'ovu(ovu)ovu*ovu+ovu,ovu-ovu.ovu/ovu0ovu1ovu5ovu6ovu7ovu8ovu9ovu:-                                                     @ @ @ @ @ @bk"bk$bk%bk&bkVbkbk!bk#bkAbk bkAbkbkbkKbkUbk1bkbkbkbkbkbkbkbkbkbk*bk l`v?l`vl`vl`vl`vl`vl`v2l`v?l`vl`vl`vl`v/l`v0l`v@l`vl`vl`vl`vl`v ovu!ovu"ovu#ovu$ovu%ovu&ovu'ovu(ovu)ovu*ovu+ovu,ovu-ovu.ovu/ovu0ovu1ovu5ovu6ovu7ovu8ovu9ovu:-@@ovu;ovu<ovu>ovuovuovuovuL4L4L4L4 L4L4L4L4 L4L4L4L4  L4L4 L4L4 L4L4 L4L4 L4L4L4L4 L4L4 -L4,L4(.L4(1L4X.L481L4.L4H1L4.L4X1L4.L4h1L4/L4x1L4H/L41L4x/L41L4/L41L4/L41L40L41L480L41L4h0L41L40L41L40L42L40L42L4L4L42L4 2L42L42L4 PrimaryKey+L4 (,L42L4 82L43L42L42L4(2L4 PrimaryKey-L4 (.L4 X.L4 .L4.L4 .L4/L4 H/L4x/L4 /L4/L40L480L4h0L40L4 0L4 0L4                  L4 L4L4 L4 L4 L4 L4 L4 L4 L4L4 L4 L4 L4L4 L4 L4 L4L4 L4  L4 L4 L4 L4 L4 L4 L4 L4 L4 L4L4 L4 L4 L4  5L4 3L4P5L4P8L45L4`8L45L4p8L45L48L46L48L4@6L48L4p6L48L46L48L46Llu @ @ @ @ @ @bkbkbkbkbk bk bk bk bk bkbkbkbkbkbkbkbkbkbkbkbk3bk4bk=bk@bkAbkBbkCbkDbkEbkFbkGbkHbkIbkJbkKbkLbkMbkNbkObkPbkQbkRbkSbkTbkUbkVbkbkbkbkbkbkbkbkbkbk bk bk bk bk bkbkbkbkbkbkbkbkbkbkbkbkbkbkbk bk!bk"bk#bk$bk%bk&bk'bk(bk)bk*bk+bk,bk-bk.bk1bk2bk3bk4bk5bk6bk7bk8bk9bk:bk;bk<bk=bk>bkAl`vl`vl`vl`vl`vl`vl`vl`vl`vl`vl`vl`vl`v l`v2l`v?l`v/l`v0l`v?l`v@ovu!ovu"ovu#ovu$ovu%ovu&ovu'ovu(ovu)ovu*ovu+ovu,ovu-ovu.ovu/ovu0ovu1ovu5ovu6ovu7ovu8ovu9ovu:ovu;ovu<ovu>ovuovuovuovu$ɵ8ɵuxPxPeE%ew$ɵD8ɵ%eE%Ew$ɵ8ɵeuEew@5$ɵ&8ɵeeuuEw$ɵ@8ɵEUeuw$ɵ8ɵw$ɵ 8ɵ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @"$%&V!#A A<=BEFIJ).S'2T (3DL=CMNOP,+H9:;34@45  678QR      G->KU1* !"#$%&'()*+,-./0156789:;<>?2?/0@ s(([SystemStatus] = 'C') AND ([ClassificationStatusID] <> 2) OR ([ClassificationStatusID] IS NULL) AND ([Wetland] = Yes)) AND ([State] IN ('nAR'))[EcoGroup National].[EcoGroupName])          @@ @  @`W`WVYW`WVY]`WVZY`WVZ]`WW`WWVW`WWV^`WWWW`WWYW `WWYX `WWYY `WWYZ `WWY[ `WWY]`WWY_`WW[Z`WW[[`WW[]`WW[_`WW\V`WW\\`WW\_`WW]V`WW][`WXV[`WXZ_`WX\\`WX\]`WX\]`WX\_`WYYV`WYYW `WYYX!`WYZ]"`WY]W#`WY]Z$`WY^W%`WY_X&`WZVV'`WZVY(`WZV])`WZW]*`WZYW+`WZYX,`WZYY-`WZY\.`WZZY/`WZZZ0`WZZ[1`W[ZX2`W[^W3`W[^Z4`W\]_5`W\^W6`W]Z]7`W][Z8`W][[9`W]\V:`W]\W;`W]\Y<`W^=`W^W^>`W^]Y?`W^_V@`W^_\A`W^__B`W_C`W_VVD`W_VWE`W_VXF`W_XXG`W_XYH`W_X]I`W_YYJ`W_YZK`W_Y[L`W_Y\M`W_Y]N`W_Y^O`W_Y_P`W_ZVQ`W_ZWR`W_ZXS`W_ZXT`W_ZZU`W_Z\V`W_Z]`W_Z^`W_[V`W_[W`W_[X`W_[Z`W_[[`W_[\`W_[]`W_[] `W_[^ `W_\W `W_\X `W_\Y `W_\Z`W_]Z`W_][`W_]\`W_]_`W_^Z`XW`XZ`X[`X[VW`X[W^`X[_^`X\`X]`X_`YW`YX`Y[`Y[ `Y\!`Y\V"`Y\V#`Y\W$`Y\Y%`Y\Z&`Y]'`Y](`Z)`Z\X*`Z^^+`Z_V,`Z_X-`[.`[VY/`[VZ0`[_Y1`]2`]3`]VV4`]V^5`]X\6`]X^7`]\8`^V9`^X:`^Y;`^Z]<`^Z_=`^Z_>`^[W?`^]X@`^][A3D3'nAR'l3@3|3 &`W_]Zbk%vVY]l`vVZYl`vVZ]bkWbkWVWl`vWV^l`vWWWbkWYWbk WYXbk WYYbk WYZbk WY[bk WY]bkWY_bkW[ZbkW[[bkW[]bkW[_bkW\VbkW\\bkW\_bkW]VbkW][bkXV[l`vXZ_l`vX\\l`vX\]l`vX\]l`vX\_l`vYYVl`vYYWl`v YYXovu!YZ]ovu"Y]Wovu#Y]Zovu$Y^Wovu%Y_Xovu&ZVVovu'ZVYovu(ZV]ovu)ZW]ovu*ZYWovu+ZYXovu,ZYYovu-ZY\ovu.ZZYovu/ZZZovu0ZZ[ovu1[ZXl`v2[^Wbk3[^Zbk4\]_ovu5\^Wovu6]Z]ovu7][Zovu8][[ovu9]\Vovu:]\Wovu;]\Yovu<^bk=^W^ovu>^]Yl`v?^_Vbk@^_\bkA^__bkB_bkC_VVbkD_VWbkE_VXbkF_XXbkG_XYbkH_X]bkI_YYbkJ_YZbkK_Y[bkL_Y\bkM_Y]bkN_Y^bkO_Y_bkP_ZVbkQ_ZWbkR_ZXbkS_ZXbkT_ZZbkU_Z\bkV_Z]bk_Z^bk_[Vbk_[Wbk_[Xbk_[Zbk_[[bk_[\bk_[]bk_[]bk _[^bk _\Wbk _\Xbk _\Ybk _\Zbk_]ZbkS3 &@ @ @         @ @ @ @ @`WbkVYWl`vVY]l`vVZYl`vVZ]bkWbkWVWl`vWV^l`vWWWbkWYWbk WYXbk WYYbk WYZbk WY[bk WY]bkWY_bkW[ZbkW[[bkW[]bkW[_bkW\VbkW\\bkW\_bkW]VbkW][bkXV[l`vXZ_l`vX\\l`vX\]l`vX\]l`vX\_l`vYYVl`vYYWl`v YYXovu!YZ]ovu"Y]Wovu#Y]Zovu$Y^Wovu%Y_Xovu&ZVVovu'ZVYovu(ZV]ovu)ZW]ovu*ZYWovu+ZYXovu,ZYYovu-ZY\ovu.ZZYovu/ZZZovu0ZZ[ovu1[ZXl`v2[^Wbk3[^Zbk4\]_ovu5\^Wovu6]Z]ovu7][Zovu8][[ovu9]\Vovu:]\Wovu;]\Yovu<^bk=^W^ovu>^]Yl`v?^_Vbk@^_\bkA^__bkB_bkC_VVbkD_VWbkE_VXbkF_XXbkG_XYbkH_X]bkI_YYbkJ_YZbkK_Y[bkL_Y\bkM_Y]bkN_Y^bkO_Y_bkP_ZVbkQ_ZWbkR_ZXbkS_ZXbkT_ZZbkU_Z\bkV_Z]bk_Z^bk_[Vbk_[Wbk_[Xbk_[Zbk_[[bk_[\bk_[]bk_[]bk _[^bk _\Wbk _\Xbk _\Ybk _\Zbk_]ZbkS3*%  @@ @@@ @`W_][bk`W_]\bk`W_]_bk`W_^Zovu`XWbk`XZbk`X[bk`X[VWovu`X[W^ovu`X[_^ovu`X\bk`X]bk`X_bk`YWbk`YXbk`Y[bk`Y[bk `Y\bk!`Y\Vbk"`Y\Vbk#`Y\Wbk$`Y\Ybk%`Y\Zbk&`Y]bk'`Y]bk(`Zbk)`Z\Xbk*`Z^^bk+`Z_Vbk,`Z_Xbk-`[bk.`[VYl`v/`[VZl`v0`[_Ybk1`]bk2`]bk3`]VVbk4`]V^bk5`]X\bk6`]X^bk7`]\bk8`^Vbk9`^Xbk:`^Ybk;`^Z]bk<`^Z_bk=`^Z_bk>`^[Wl`v?`^]Xl`v@`^][bkA˒KNhEDetailmCriteriaSortmCriteriamTierd Label7mtxtDefinitionjUplandCriteriond Label12jWetlandCriteriond Label13d Label14p sub_ClassifierPrimarysub ClassifierPrimaryj user_defineduser-definedd Label15mEntered_byEntered byd Label17Definitionͬ] pDO{TDetailmCriteriaSortmCriteriamTierd Label7mDefinitionjUplandCriteriond Label12jWetlandCriteriond Label13d Label14j user_defineduser-definedd Label15 Entered byͬo[oNqI 4?DetailmCriteriamDefinitionClassifier(6|S*e+p]J7hIZ(n[H!:' <5<5 <5NndClassifiers2--Criteria""" NndEcogroup_Classifiers N GN GNnd Nnd MBioGeographic_DomainBioGeographic_DivisionC@ B6 MBioGeographic_Domain.DomainName7 gMBioGeographic_Division.*0 gMouBioGeographic_Division""" MouBioGeographic_Domain M GM GMou Mou LETCETC_MEMOETC.Elcode = ETC_MEMO.Elcode? LETCETC_EcoGroup ETC.Elcode = ETC_EcoGroup.ElcodeG LETC_MEMO.GelSummary+ gL ETC.Gcomname$ gL ETC.Gname! gLETC_EcoGroup.Elcode+ gLETC_EcoGroup.EcoMaster. gLETC_EcoGroup.EcoNumber. gLLSETC_EcoGroup LLSETC_MEMO LLSETC L GL GLLS LLS KX7YZ_____2@(" 7KX7YZ_____1@(" 7K GK  GK K JALLIANCEALLIANCE_EcoGroup4@ 1% JALLIANCE.AllianceName- gJALLIANCE_EcoGroup.AllianceKey5 gJALLIANCE_EcoGroup.EcoMaster3 gJALLIANCE_EcoGroup.EcoNumber3 gJALLIANCE JALLIANCE_EcoGroup J GJ GJ J IX7YZ_____2v@ " 7IX7YZ_____1h@ " 7I GI  GI I GALLIANCEALLIANCE_EcoGroup4@ 1% LVALx{Y+cTT         (SELECT Count(PrimarySort) FROM Ecogroup_Classifiers as Tmp WHERE tmp.Diagnostic=No and [Ecogroup National].EcoNumber = tmp.Econumber and [Ecogroup National].EcoMaster = tmp.EcoMaster GROUP BY tmp.EcoNumber, tmp.EcoMaster)listDiagnostics([EcoGroup National].[econumber],[EcoGroup National].[ecomaster])(SELECT Count(PrimarySort) FROM Ecogroup_Classifiers as Tmp WHERE tmp.Diagnostic=Yes and [Ecogroup National].EcoNumber = tmp.Econumber and [Ecogroup National].EcoMaster = tmp.EcoMaster GROUP BY tmp.EcoNumber, tmp.EcoMaster)[Classifiers2--Criteria].CriteriaSort = [Classifiers3--PrimaryValues].CriteriaSort[Classifiers4--SecondaryValues].SecondarySort = Ecogroup_Classifiers.SecondarySort[EcoGroup National].EcoMaster = Ecogroup_Classifiers.EcoMaster[EcoGroup National].EcoNumber = Ecogroup_Classifiers.EcoNumber[Classifiers3--PrimaryValues].PrimarySort = Ecogroup_Classifiers.PrimarySort[Classifiers4--SecondaryValues].SecondaryValueEcogroup_Classifiers.SecondarySort[Classifiers3--PrimaryValues].PrimaryValue[Classifiers2--Criteria].Criteria[Classifiers2--Criteria].CriteriaSortSELECT [Ecogroup National].[Elcode] as SystemCode, [Ecogroup National].[EcoGroupName] As SystemName, ALLIANCE.AllianceKey, ALLIANCE.AllianceName, ETC.gname, ETC.Elcode FROM ALLIANCE INNER JOIN (ETC INNER JOIN (ETC_EcoGroup INNER JOIN [Ecogroup National] ON [ETC_EcoGroup].[EcoNumber] = [EcoGroup National].EcoNumber) ON ETC.Elcode = ETC_EcoGroup.Elcode) ON ALLIANCE.AllianceKey = ETC.ClassifKeySELECT [Ecogroup National].[Elcode] as SystemCode, [Ecogroup National].[EcoGroupName] As SystemName, ALLIANCE_EcoGroup.AllianceKey, ALLIANCE.AllianceName, Null as Gname, Null as Elcode FROM ALLIANCE INNER JOIN (ALLIANCE_EcoGroup INNER JOIN [Ecogroup National] ON [ALLIANCE_EcoGroup].[EcoNumber] = [EcoGroup National].EcoNumber) ON ALLIANCE.AllianceKey = ALLIANCE_EcoGroup.AllianceKey VCPJN**       2   d   PersonIDInitialsUserOffice or Contact AssignmentsiOutgncN*,*-*.*/ QY.rE.rF.rG.rHInitialsPersonID PersonName PrimaryKeyALLIANCE_HistoricMMMMMMM<<00 G8@8@Alliance_Ecogroup with names;;;;;;;;;;; F8@8@Alliance_Ecogroup PLUS ETC_Ecogroup AlliancesLLLLLLLLLLL 8@8@ALLIANCE_EcoGroup00000000000 E8@8@ALLIANCE8@ALLIANCE;;;;;;;33'' D8@8@@Tables&&&&&&&&&&& C8@8@@Queries''''''''''' B8@8@@@MakeLists_Alliances33333333333 A8@8@AutoKeys1((((((((((( @8@8@Utilities((((((((((( ?8@8@zzSwitchboard WCS00000000000 >8@8@zzSwitchboard old00000000000 =8@8@zzEcogroup Classifiers55555555555 <8@8@ViewCurrentSelection33333333333 ;8@8@ViewCurrentAssociationSelection>>>>>>>>>>> :8@8@User-defined Classifiers77777777777 98@8@Update Links miniecoart66666666666 88@8@Update Links ecoart22222222222 78@8@Switchboard merge choices88888888888 68@8@Switchboard generate lists99999999999 58@8@Switchboard forms00000000000 48@8@Switchboard*********** {qg*e+p]J7@ @ @ @ @ @ @ @BBBBde @@ ){L`zQ$Q    @@@@@ @@ifms{rudofuhf mrhjpvfmfbwufbrudvvfmfbwufbrudvvxaguobujwfuj`vfmfbwufbrudvvxaguov`zfdbujwfuj`vfmfbwufbrudvvxaguov`zfdbujwfuj`dfvbujswjrpvfmfbwv`zfofwirdvxaajrhfrdjzjvjrpvxabm`vvjgjfusujo`u}vxabm`vvjgjfuvfbrpd`u}vxabrpvfbrufhvxam`bufhjrpvvxasurzjpbfvxavfbwjrpvxavw`wfvvxavxavfbwjrpvxabm`vvjgjfuvmjvwv{jwbiar`udv{jwbiar`udgruovv{jwbiar`udhfpfu`wfmjvwvv{jwbiar`udofuhfbirjbfvxsd`wfmjplvfbr`uwxsd`wfmjplvojpjfbr`uwxvfudfgjpfdbm`vvjgjfuvzjf{bxuufpw`vvrbj`wjrpvfmfbwjrpzjf{bxuufpwvfmfbwjrp~~fbrhurxsbm`vvjgjfuv HSLStephanie LuNatureServe ArlingtonLAC+(<SEMShannon MenardNatureServe Minneapolis--FSCGSue Gawlerindependent (east)$$AREERob EvansNatureServe Durham##ERCRex CrawfordWA NHP>PCPat ComerNatureServe Boulder##?MSRMarion ReidNatureServe Boulder&&;MPMilo PyneNatureServe Durham""DMJRMary RussoNatureServe Durhamdatabase management7$IMFMeghan FellowsNatureServe ArlingtonLAC-*@LASLesley SneddonNatureServe Boston((BKLSKristin SnowNatureServe Minneapolisdatabase management>+GKASKeith SchulzNatureServe Boulder''JTJudy TeagueNatureServe Durham$$JGKGwen KittelNatureServe Boulder%%=DFLDon Faber-LangendoenNatureServe Syracuse00CWNCarl W. NordmanNatureServe Durham))CCJCarmen JosseNatureServe Arlington((ASWAlan S. WeakleyNatureServe Durham))AEWAllison E. Weakleyindependent (Durham)..!---GuestJust looking S) @ +`f{+`v{+bk+b{p+dgm+hl+kw+l`v+lmv+ m`v+ og+ oku+ os+ ovu+sb+ub+uff+vbh+vfo+vm+8@Alliances in Ecogroups55555555555 I8@8@Alliances by System22222222222 H8@8@ALLIANCE_Historic8@ALLIANCE_HistoricMMMMMMM<<00 G8@8@Alliance_Ecogroup with names;;;;;;;;;;; F8@8@Alliance_Ecogroup PLUS ETC_Ecogroup AlliancesLLLLLLLLLLL 8@8@ALLIANCE_EcoGroup00000000000 E8@8@ALLIANCE8@ALLIANCE;;;;;;;33'' D8@8@@Tables&&&&&&&&&&& C8@8@@Queries''''''''''' B8@8@@@MakeLists_Alliances33333333333 A8@8@AutoKeys1((((((((((( @8@8@Utilities((((((((((( ?8@8@zzSwitchboard WCS00000000000 >8@8@zzSwitchboard old00000000000 =8@8@zzEcogroup Classifiers55555555555 <8@8@ViewCurrentSelection33333333333 ;8@8@ViewCurrentAssociationSelection>>>>>>>>>>> :8@8@User-defined Classifiers77777777777 98@8@Update Links miniecoart66666666666 88@8@Update Links ecoart22222222222 78@8@Switchboard merge choices88888888888 68@8@Switchboard generate lists99999999999 58@8@Switchboard forms00000000000 48@8@Switchboard*********** K) @ @ ++++!+;+ <+=+>+?+@+ A+B+ C+D+ E+F+G+H+I+ J+t ForeignName RmtInfoShort RmtInfoLongLvLvPropLvModuleLvExtra]] ]]] Id ParentIdName        3ķ@LWF000@pdRRFFFFFF8 37@37@Ecogroup subCCAG_Sources_Additionalc,GO3ķ@LWF000@zn\\PPPPPPB El7@El7@Ecogroup subCCAG_GOTHNAMESc,GO3ķF@LWF000@qeSSGGGGGG9 @7@z7@Ecogroup subAllianceInEcoGrpsc,GO3ķ@LWF000@thVVJJJJJJ<  vx7@vx7@Classifier Defs3--Primary with Secondaryc,GO3ķ@LWF000@saaUUUUUUG  7@ 7@Classifier Defs2--Criteria with Primaryc,GO3ķ@LWF000@~r``TTTTTTF  7@ 7@Classifier Defs1--Miscc,GO3ķj@LWF000!@maOOCCCCCC5  Y7@t8@AccessLayoutc,GO3ķ*@@QEE9999999+ @1ʩ7@1ʩ7@Modulesc,GO3ķ4444444444& {i7@{i7@lu) @ @ `m`pv{f`lmf}+`mmjvrpf{f`lmf}+b`um{prudo`p+b`uofpkrvvf+drpg`afum`phfpdrfp+hxfvw+h{fpljwwfm+kxd}wf`hxf+lfjwivbixm~+lujvwjpvpr{+ mfvmf}vpfddrp+ o`ujrpufjd+o`u}uxvvr+ ofhi`pgfmmr{v+ ojmrs}pf+ s`wbrofu+uf|bu`{grud+urafz`pv+vi`pprpofp`ud+vwfsi`pjfmx+vxfh`{mfu+S) @ +`f{+`v{+bk+b{p+dgm+hl+kw+l`v+lmv+ m`v+ og+ oku+ os+ ovu+sb+ub+uff+vbh+vfo+vm+ A@  A@|9?~?`0< ` `VC'N11'''''''   2  DivisionCode DivisionName DomainCodeed13:14o15t16 &7.rF&{A966A6C8-6B15-4F21-B5F3-D53A33024328}Code DivisionName DomainCode PrimaryKey22222 H8@8@ALLIANCE_Historic8@ALLIANCE_HistoricMMMMMMM<<00 G8@8@Alliance_Ecogroup with names;;;;;;;;;;; F8@8@Alliance_Ecogroup PLUS ETC_Ecogroup AlliancesLLLLLLLLLLL 8@8@ALLIANCE_EcoGroup00000000000 E8@8@ALLIANCE8@ALLIANCE;;;;;;;33'' D8@8@@Tables&&&&&&&&&&& C8@8@@Queries''''''''''' B8@8@@@MakeLists_Alliances33333333333 A8@8@AutoKeys1((((((((((( @8@8@Utilities((((((((((( ?8@8@zzSwitchboard WCS00000000000 >8@8@zzSwitchboard old00000000000 =8@8@zzEcogroup Classifiers55555555555 <8@8@ViewCurrentSelection33333333333 ;8@8@ViewCurrentAssociationSelection>>>>>>>>>>> :8@8@User-defined Classifiers77777777777 98@8@Update Links miniecoart66666666666 88@8@Update Links ecoart22222222222 78@8@Switchboard merge choices88888888888 68@8@Switchboard generate lists99999999999 58@8@Switchboard forms00000000000 48@8@Switchboard*********** {qg @ @ @ @ @ @ @ @ @ BBBBBBBBB B B B B BCCCCCCCCCC CDDDDDDD D!D"D #DF$F&F'F(F)F%G*G,G-G.G/G@ 0'U'iB!`6  yZD1]G  @@@@@  @@ifms{rudofuhf mrhjpvfmfbwufbrudvvfmfbwufbrudvvxaguobujwfuj`vfmfbwufbrudvvxaguov`zfdbujwfuj`vfmfbwufbrudvvxaguov`zfdbujwfuj`dfvbujswjrpvfmfbwv`zfofwirdvxaajrhfrdjzjvjrpvxabm`vvjgjfusujo`u}vxabm`vvjgjfuvfbrpd`u}vxabrpvfbrufhvxam`bufhjrpvvxasurzjpbfvxavfbwjrpvxavw`wfvvxavxavfbwjrpvxabm`vvjgjfuvmjvwv{jwbiar`udv{jwbiar`udgruovv{jwbiar`udhfpfu`wfmjvwvv{jwbiar`udofuhf\XPatagonia [XSouth American Pacific Maritime( ZXPampas YXMediterranean Chile  untitled South-Central Dry Andes Peruvian-Chilean Desert Galapagos  Chaco  Caatinga  Hawaiian Highlands Caribbean  Atlantic Forest North-Central Moist Andes" Amazonia Guianan Eastern Lowland Cerrado  Orinoquia Guianan Uplands and Highlands& Meso-American Seasonal Highlands) Moist Meso-America Dry Meso-America 2,Rocky Mountain 1,Sierra Madre  0,Inter-Mountain Basins  /,Western Great Plains .,North American Warm Desert# -,Madrean Semidesert Mediterranean California! Eastern Great Plains North American Pacific Maritime( Gulf and Atlantic Coastal Plain ) Central Interior and Appalachian * Laurentian and Northern Appalachian - idMontane Subarctic hdMontane Arctic  gdSubarctic  fdArctic  edIce Cap  0 @ @ @ @ @e2f2g2h2i222222 2 -2 .2 /2 0212222222222222222222 2!2"Y2#Z2$[2%\2&Id ParentIdName        3ķ@LWF000@pdRRFFFFFF8 37@37@Ecogroup subCCAG_Sources_Additionalc,GO3ķ@LWF000@zn\\PPPPPPB El7@El7@Ecogroup subCCAG_GOTHNAMESc,GO3ķF@LWF000@qeSSGGGGGG9 @7@z7@Ecogroup subAllianceInEcoGrpsc,GO3ķ@LWF000@thVVJJJJJJ<  vx7@vx7@Classifier Defs3--Primary with Secondaryc,GO3ķ@LWF000@saaUUUUUUG  7@ 7@Classifier Defs2--Criteria with Primaryc,GO3ķ@LWF000@~r``TTTTTTF  7@ 7@Classifier Defs1--Miscc,GO3ķj@LWF000!@maOOCCCCCC5  Y7@t8@AccessLayoutc,GO3ķ*@@QEE9999999+ @1ʩ7@1ʩ7@Modulesc,GO3ķ4444444444& {i7@{i7@luo0@ @@@@ @@ @ `o`~rpj`2`ubwjb2`wm`pwjbgrufvw2b``wjph`2b`ujaaf`p2bfpwu`mjpwfujru`pd`ss`m`bij`p2bfuu`dr2bi`br2du}ofvr`ofujb`2f`vwfuphuf`wsm`jpv2 h`m`s`hrv2hxj`p`pf`vwfupmr{m`pd2hxj`p`pxsm`pdv`pdijhim`pdv2hxmg`pd`wm`pwjbbr`vw`msm`jp2i`{`jj`pijhim`pdv2jbfb`s2jpwfuorxpw`jpa`vjpv2m`xufpwj`p`pdpruwifup`ss`m`bij`p2o`duf`pvfojdfvfuw2 ofdjwfuu`pf`pb`mjgrupj`2 ofdjwfuu`pf`pbijmf2#ofvr`ofujb`pvf`vrp`mijhim`pdv2orjvwofvr`ofujb`2orpw`pf`ubwjb2orpw`pfvxa`ubwjb2pruwi`ofujb`ps`bjgjbo`ujwjof2pruwi`ofujb`p{`uodfvfuw2 pruwibfpwu`morjvw`pdfv2rujprtxj`2s`os`v2$s`w`hrpj`2&sfuxzj`pbijmf`pdfvfuw2 urbl}orxpw`jp2vjfuu`o`duf2vrxwi`ofujb`ps`bjgjbo`ujwjof2%vrxwibfpwu`mdu}`pdfv2!vxa`ubwjb2xpwjwmfd2"{fvwfuphuf`wsm`jpv2 raphs 34(2):143-166.Bliss, L. C., and G. W. Cox. 1964. Plant community and soil variation within a northern Indiana prairie. The American Midland Naturalist 72(1):115-128.Wherry, E. T. 1963. Some Pennsylvania barrens and their flora. I. Serpentine. Bartonia 33:7-11.Rice, E. L. 1963. Vegetation of Beavers Bend State Park, Oklahoma. Geological Survey Guide Book 9:39-45.Penfound, W. T. 1963. The composition of a post oak forest in south-central Oklahoma. Southwestern Naturalist 8:114-115.Osburn, W. S., Jr. 1963. The dynamics of fallout distribution in a Colorado alpine tundra snow accumulation ecosystem. Pages 51-71 in: S. Vincent and A. W. Klement, Jr., editors. Radioecology: Selected papers from the Symposium. Reinhold Publishing Company, New York, and American Institute of Biological Science.Lakela, O. 1963. The identity of ~Bumelia lacuum$ Small. Rhodora 65:280-283.0 @ @ @ @ @d2d2d2d2d222222 2 ,2 ,2 ,2 ,2,2,22222222222222222 2!2"X2#X2$X2%X2&J. W. 1964a. Utilization of the Front Range tundra, Colorado. Pages 109-118 in: D. J. Crisp, editor. Grazing in terrestrial and marine environments. Blackwell Scientific Publishing, Oxford, England.Marr, J. W. 1964b. The vegetation of the Boulder area. University of Colorado Museum Leaflet 13:34-42.Lapham, D. M., and H. L. McKague. 1964. Structural patterns associated with the serpentines of southeastern Pennsylvania. Geological Society of America Bulletin 75:639-660.Johnson, W. M., and E. H. Reid. 1964. Range condition classification of bunchgrass range at the Manitou Experimental Forest in Colorado. Journal of Range Management 17:137-141.Galloway, L. A. 1964. The vegetation of an actively eroding canyon in Canadian County, Oklahoma. Proceedings of the Oklahoma Academy of Science 45:20-23.Flaccus, E., and L. F. Ohmann. 1964. Old-growth northern hardwood forests in northeastern Minnesota. Ecology 45:448-459.Driscoll, R. S. 1964b. A relict area in the central Oregon juniper zone. Ecology 45(2):345-353.Davis, R. B. 1964. Bryophytes and lichens of the spruce-fir forests of the coast of Maine. I. The ground cover. The Bryologist 76:190-194.Damman, A. W. H. 1964. Some forest types of central Newfoundland and their relation to environmental factors. U.S. Forest Service Monographs 8:1-62.Crockett, J. J. 1964. Influence of soils and parent materials on grasslands of the Wichita Mountains Wildlife Refuge, Oklahoma. Ecology 45:326-335.0 @ @ @ @ @e2f2g2h2i222222 2 -2 .2 /2 0212222222222222222222 2!2"Y2#Z2$[2%\2&V#jKV#jKV#jKrvwlrV#jKV#jKV#jKV#jKV#o 3 2 2c,GO3ķ 2ۇ O8V#jKrvwlrV#jKV#jKV#jKV#jKrvwlrV#jKV#jKV#jKV#jKV#o 2 1 1c,GO3ķ 1ۇ O8V#jKrvwlrV#jKV#jKV#jKV#jKrvwlrV#jKV#jKV#jKV#jKV#o 1 0 0c,GO3ķ 0ۇ O8V#jKrvwlrV#jKV#jKV#jKV#jKrvwlrV#jKV#jKV#jKV#jKV#o 0 / /c,GO3ķ /ۇ O8V#jKrvwlrV#jKV#jKV#jKV#jKrvwlrV#jKV#jKV#jKV#jKV#o / . .c,GO3ķ .ۇ O8V#jKrvwlrV#jKV#jKV#jKV#jKrvwlrV#jKV#jKV#jKV#jKV#o . - -c,GO3ķ -ۇ O8V#jKrvwlrV#jKV#jKV#jKV#jKrvwlrV#jKV#jKV#jKV#jKV#o - , ,c,GO3ķ ,ۇ O8V#jKrvwlrV#jKV#jKV#jKV#jKrvwlrV#jKV#jKV#jKV#jKV#o , + +c,GO3ķ +ۇ O8V#jKrvwlrV#jKV#jKV#jKV#jKrvwlrV#jKV#jKV#jKV#jKV#o VCiN88   ( DomainCode DomainName8:8;8< 0.rD DomainCode DomainName PrimaryKeyown 1965@v ,, A65MON01ICECMonk 1965l@v "" A65MAR01ICECMarr 1965@v "" A65JAM01ICECJameson and Reid 1965q@v .." A65JAC01ICECJackson 1965n@v %% A65HAZ01ICECHazell 1965t@v $$ A65HAR01ICECHarvill 1965\@v %% A65HAD01ICECHadley and Branson 1965>@v 00$ A65GOO01ICECGood 1965u@v "" A65CHA01ICECChadwick and Dalke 1965t@ u 00$ A65CAP01ICECCaplenor 1965@ u && A65BUR01ICECBurgess 1965@ u %% A65BUF01ICECBuffington and Herbel 1965@u 33' A65BRO01ICECBrown and Thompson 1965@u 00$ A65BRA03ICECBrayshaw 1965@u && A65BRA01ICECBranson et al. 1965@u ,, A65ALB01ICECAlbertson and Tomanek 1965@u 33' A64WHI01ICECWhittaker and Niering 1964@u 33' A64VOG02ICECVogl 1964@u "" A64POT01ICECPotter and Green 1964m@u .." A64PEN01ICECPenfound 1964@u && A64NIC01ICECNichols 1964b@ t && A64MUE01ICECMueller-Dombois 1964@ t --! A64MCI01ICECMcIntosh and Hurley 1964n@ t 11% A64MAR02ICECMarr 1964a@ t ## A64MAR01ICECMarr 1964bf@t ## A64LAP01ICECLapham and McKague 1964@t 00$ A64JOH01ICECJohnson and Reid 1964@t .." A64GAL01ICECGalloway 1964@t && A64FLA01ICECFlaccus and Ohmann 1964x@t 00$ A64DRI01ICECDriscoll 1964b_@t '' A64DAV01ICECDavis 1964@t ## A64DAM01ICECDamman 1964@t $$ A64CRO01ICECCrockett 1964@t && A64CAM01ICECCampbell and Dick-Peddie 1964@ s 66* S{qgsIi/m<X-uK U)vA67MAS01ICECMason et al. 1967@z ** A67LAR01ICECLa Roi 1967@z $$ A67JAN01ICECJanssen 1967t@z %% A67HAZ01ICECHazell 1967@z $$ A67HAR01ICECHarvill 1967]@z %% A67HAD01ICECHadley and Buccos 1967@z //# A67GEH01ICECGehlbach 1967c@ y && A67DWY01ICECDwyer and Pieper 1967@ y .." A67DIX01ICECDix and Smeins 1967@ y ,, A67CAT01ICECCatana 1967i@ y $$ A67CAB01RMUSCable 1967i@y ## A67BRA02ICECBradley 1967@y %% A67BRA01ICECBranson et al. 1967@y ,, A67ALE01ICECAlexander 1967y@y '' A66SHA01ICECShanks 1966@y $$ A66RAC01ICECRacine 1966@y $$ A66MOW01ICECMowbray 1966@y %% A66MON02SEUSMonk 1966P@y "" A66MIT01ICECMitchell et al. 1966@y --! A66MIL01WRUSMiller et al. 1966@ x ++ A66KRA01ICECKral 1966@ x "" A66HYD01ICECHyder et al. 1966@ x ** A66HUL01ICECHulett et al. 1966@ x ++ A66HUG01ICECHughes 1966r@x $$ A66HAL01ICECHalls and Homesley 1966@x 00$ A66FRE01ICECFreckmann 1966t@x '' A66DYR01ICECDyrness and Youngberg 1966@x 33' 7wU(@    @@@@@  @@ifms{rudofuhf mrhjpvfmfbwufbrudvvfmfbwufbrudvvxaguobujwfuj`vfmfbwufbrudvvxaguov`zfdbujwfuj`vfmfbwufbrudvvxaguov`zfdbujwfuj`dfvbujswjrpvfmfbwv`zfofwirdvxaajrhfrdjzjvjrpvxabm`vvjgjfusujo`u}vxabm`vvjgjfuvfbrpd`u}vxabrpvfbrufhvxam`bufhjrpvvxasurzjpbfvxavfbwjrpvxavw`wfvvxavxavfbwjrpvxabm`vvjgjfuvmjvwv{jwbiar`udv{jwbiar`udgruovv{jwbiar`udhfpfu`wfmjvwvv{jwbiar`udofuhfbirjbfvxsd`wfmjplvfbr`uwxsd`wfmjplvojpjfbr`uwxvfudfgjpfdbm`vvjgjfuvzjf{bxuufpw`vvrbj`wjrpvfmfbwjrpzjf{bxuufpwvfmfbwjrp~~fbrhurxsbm`vvjgjfuv ~~v{jwbiar`udrmd ~~v{jwbiar`ud{bv xwjmjwjfv `xwrlf}vW d`w`a`vfvgruovordxmfv ufm`wjrpvijsvufsruwv vbujswv v}vufm w`amfv'o`lfmjvwv,`mmj`pbfv'txfujfv'w`amfv`mmj`pbf`mmj`pbf,fbrhurxs`mmj`pbf,fbrhurxssmxvfwb,fbrhurxs`mmj`pbfv`mmj`pbf,fbrhurxs{jwip`ofv`mmj`pbf,ijvwrujb`mmj`pbfva}v}vwfo`mmj`pbfvjpfbrhurxsv`mmj`pbfv`vvrba}v}vwfo`vvjhpfdwr`vvrbjpfbrhurxsvajrhfrhu`sijb,djzjvjrpov}v`bfvov}vrakfbwvov}vtxfujfvov}vufm`wjrpvijsv`bbfvvm`}rxw ov}vdavxoo`u}jpgrXSouth Amercan Humid Temperate Domain)South American Dry DomainHumid Neotropical Domain,North American Dry Domain North American Humid Temperate Domain*dArctic Domain7 @d99,999X9   ]    ]IdParentIdNameType DateCreate DateUpdateOwnerFlagsDatabaseConnect ForeignName RmtInfoShort RmtInfoLongLvLvPropLvModuleLvExtra]] ]]] Id ParentIdName        3ķ@LWF000@pdRRFFFFFF8 37@37@Ecogroup subCCAG_Sources_Additionalc,GO3ķ@LWF000@zn\\PPPPPPB El7@El7@Ecogroup subCCAG_GOTHNAMESc,GO3ķF@LWF000@qeSSGGGGGG9 @7@z7@Ecogroup subAllianceInEcoGrpsc,GO3ķ@LWF000@thVVJJJJJJ<  vx7@vx7@Classifier Defs3--Primary with Secondaryc,GO3ķ@LWF000@saaUUUUUUG  7@ 7@Classifier Defs2--Criteria with Primaryc,GO3ķ@LWF000@~r``TTTTTTF  7@ 7@Classifier Defs1--Miscc,GO3ķj@LWF000!@maOOCCCCCC5  Y7@t8@AccessLayoutc,GO3ķ*@@QEE9999999+ @1ʩ7@1ʩ7@Modulesc,GO3ķ4444444444& {i7@{i7@luB7 @`ubwjbdro`jp9ixojdpfrwursjb`mdro`jp9pruwi`ofujb`pdu}dro`jp9pruwi`ofujb`pixojdwfosfu`wfdro`jp9vrxwi`ofub`pixojdwfosfu`wfdro`jp9vrxwi`ofujb`pdu}dro`jp9hUeueueee%Ь n$ iU{ "hU55e%EU%eЬ@.$ iU| T"hUuee%%eeeЬpu$ iU} "hUEee5%EuEЬ R$ iU~ "hUeeeeeuu%Ь`s$ iU P#hUeeu555uuЬp $ iU #hUeeeeueEeЬ`l$ iU #hUu5%eeueeЬ`r$ iU L$hUeeeuu555Ь`e$ iU $hUueUeeeeeЬ02$ iU $hU%Uee5%eeЬ`i$ iU H%hU%%u%eueeЬ@o$ iU %hUe5%eeeeeЬ`o$ iU %hU%%5eeeeeЬ`d$ iU D&hUeeeue%ee`t$ iU &hU%%eU%5Uep $ iU &hUu55%u%5%` $ iU @'hUeeEe%%%U`o$ iU 'hUeeueeeee`i$ iU 'hU7 @d99,999X9` $ iU 8)hU%eu5%%eE߬06$ iU )hUeeeeueee߬Pa$ iU )hUu%%e%Ue5߬p,$ iU 4*hUuEuEee%e߬0:$ iU *hUuu%%uEuu߬`n$ iU *hUe%%5%ueu߬`d$ iU 0+hUee%55Ee%߬` $ iU +hUueueeeee߬`i$ iU +hU%%%EeeE%߬` $ iU ,,hUeeeeeeee߬`i$ iU ,hU%ee5%55e߬pi$ iU ,hUeeeu%uue08$ iU (-hUeee%ueee $ iU |-hUeeeuee55Pi$ iU -hUeeuuu%%e` $ iU $.hUueeu5%%e`n$ iU x.hUee%uE%eu@l$ iU .hUe%55E%%5`c$ iU /hU%55Ee%%%`e$ iU t/hUuu%ee%ee`adscale zone of northwestern Utah. Ecology 47(4):627-630.G0F[E/]YDUQC+'BqmAD{FY;!a7@;!a7@Ecogroup_CCAG_Sources_Allc,GO3ķE@*RRRFFFFFFF8 @F7@g7@Ecogroup_CCAG_Sources_Additionalc,GO3ķK@*YYYMMMMMMM? @V "7@g7@EcoGroup_CCAG_Sourcesc,GO3ķ@NNNBBBBBBB4 @K7@i7@EcoGroup_CCAGc,GO3ķ- FFF:::::::, @&_=7@!i7@EcoGroup_BioGeoDivisionc,GO3ķ#@PPPDDDDDDD6 @ ي7@{i7@EcoGroup_ABIRegionsc,GO3ķ@LLL@@@@@@@2 @Wн`7@н`7@Ecogroup National with primary divisionc,GO3ķ @```TTTTTTTF @絉7@i7@EcoGroup Nationalc,GO3ķ^ JJJ>>>>>>>0 @Uн`7@н`7@Diagnostic Classifiersc,GO3ķ@OOOCCCCCCC5 @y7@{i7@CONSECOREGc,GO3ķ@CCC7777777) @=fy7@=fy7@ConfLevelc,GO3ķg@BBB6666666( @Tн`7@н`7@Classifiers4--Secondary for reviewc,GO3ķ@[[[OOOOOOOA @S``7@``7@Classifiers4--Secondary and upc,GO3ķWWWKKKKKKK= @Y1Bx7@i7@Classifiers3--PrimaryValuesc,GO3ķ@TTTHHHHHHH: @Q``7@``7@Classifiers3--Primary and upc,GO3ķ@UUUIIIIIII; @Qw7@!i7@Classifiers2--Criteriac,GO3ķt@OOOCCCCCCC5 @P/_7@/_7@Classifiers2 with primary & secondary sortc,GO3ķ'@cccWWWWWWWI @N/_7@/_7@Classifiers by Systemc,GO3ķ, NNNBBBBBBB4 @Ew7@w7@Classifier Glossary--miscc,GO3ķ"@RRRFFFFFFF8 @M/_7@/_7@BioGeographicDivision with Domainc,GO3ķ@ZZZNNNNNNN@ @VC N??      ClassificationStatusIDClassificationStatusCDClassificationStatusDesc?A?B?C?D .rEClassificationStatusCDClassificationStatusDescClassificationStatusID PrimaryKeyIN (ETC INNER JOIN (ETC_EcoGroup INNER JOIN [Ecogroup National] ON [ETC_EcoGroup].[EcoNumber] = [EcoGroup National].EcoNumber) ON ETC.Elcode = ETC_EcoGroup.Elcode) ON ALLIANCE.AllianceKey = ETC.ClassifKeySELECT [Ecogroup National].[Elcode] as SystemCode, [Ecogroup National].[EcoGroupName] As SystemName, ALLIANCE_EcoGroup.AllianceKey, ALLIANCE.AllianceName FROM ALLIANCE INNER JOIN (ALLIANCE_EcoGroup INNER JOIN [Ecogroup National] ON [ALLIANCE_EcoGroup].[EcoNumber] = [EcoGroup National].EcoNumber) ON ALLIANCE.AllianceKey = ALLIANCE_EcoGroup.AllianceKey ALLIANCE.AllianceKey = ALLIANCE_EcoGroup.AllianceKeySELECT ETC_EcoGroup.EcoNumber, ETC_EcoGroup.EcoMaster, ALLIANCE.AllianceKey, ALLIANCE.AllianceName FROM ALLIANCE INNER JOIN (ETC INNER JOIN ETC_EcoGroup ON ETC.Elcode = ETC_EcoGroup.Elcode) ON ALLIANCE.AllianceKey = ETC.ClassifKeySELECT ALLIANCE_EcoGroup.EcoNumber, ALLIANCE_EcoGroup.EcoMaster, ALLIANCE_EcoGroup.AllianceKey, ALLIANCE.AllianceName FROM ALLIANCE INNER JOIN ALLIANCE_EcoGroup ON ALLIANCE.AllianceKey = ALLIANCE_EcoGroup.AllianceKey (((MSysObjects.Name) Not Like "?Sys*") AND ((MSysObjects.Type)=1 Or (MSysObjects.Type)=6))(((MSysObjects.Name) Not Like "~*") AND ((MSysObjects.Type)=5))(((Ecogroup_Lists_Alliances.EcoNumber) Is Null))[Select].EcoMaster = Ecogroup_Lists_Alliances.EcoMaster[Select].EcoNumber = Ecogroup_Lists_Alliances.EcoNumberListAllianceAssoc([Select].[EcoNumbeM.8@.8@BioGeographicDivision with Domain@@@@@@@@@@@ {qg]SI? @ @ @ @ @ @ @ @ @ @ @ @BBBBde @>@    @@@@@ @ifms{rudofuhf mrhjpvfmfbwufbrudvvfmfbwufbrudvvxaguobujwfuj`vfmfbwufbrudvvxaguov`zfdbujwfuj`vfmfbwufbrudvvxaguov`zfdbujwfuj`dfvbujswjrpvfmfbwv`zfofwirdvxaajrhfrdjzjvjrpvxabm`vvjgjfusujo`u}vxabm`vvjgjfuvfbrpd`u}vxabrpvfbrufhvxam`bufhjrpvvxasurzjpbfvxavfbwjrpvxavw`wfvvxavxavfbwjrpvxabm`vvjgjfuvmjvwv{jwbiar`udv{jwbiar`udgruovv{jwbiar`udhfpfu`wfmjvwvv{jwbiar`udofuhfbirjbfvxsd`wfmjplvfbr`uwxsd`wfmjplvojpjfbr`uwxvfudfgjpfdbm`vvjgjfuvzjf{bxuufpw`vvrbj`wjrpvfmfbwjrpzjf{bxuufpwvfmfbwjrp~~fbrhurxsbm`vvjgjfuv ~~v{jwbiar`udrmd ~~v{jwbiar`ud{bv xwjmjwjfv `xwrlf}vW d`w`a`vfvgruovordxmfv ufm`wjrpvijsvufsruwv vbujswv v}vufm w`amfv'o`lfmjvwv,`mmj`pbfv'txfujfv'w`amfv`mmj`pbf`mmj`pbf,fbrhurxs`mmj`pbf,fbrhurxssmxvfwb,fbrhurxs`mmj`pbfv`mmj`pbf,fbrhurxs{jwip`ofv`mmj`pbf,ijvwrujb`mmj`pbfva}v}vwfo`mmj`pbfvjpfbrhurxsv`mmj`pbfv`vvrba}v}vwfo`vvjhpfdwr`vvrbjpfbrhurxsvajrhfrhu`sijb,djzjvjrpajrhfrhu`sijb,dro`jpajrhfrhu`sijbdjzjvjrp{jwidro`jp=ov}v`bfvluPProvisionalNNonstandardSStandard >@ p@s@v@  R    ]    ]IdParentIdNameType DateCreate DateUpdateOwnerFlagsDatabaseConnect ForeignName RmtInfoShort RmtInfoLongLvLvPropLvModuleLvExtra]] ]]] Id ParentIdName        3ķ@LWF000@pdRRFFFFFF8 37@37@Ecogroup subCCAG_Sources_Additionalc,GO3ķ@LWF000@zn\\PPPPPPB El7@El7@Ecogroup subCCAG_GOTHNAMESc,GO3ķF@LWF000@qeSSGGGGGG9 @7@z7@Ecogroup subAllianceInEcoGrpsc,GO3ķ@LWF000@thVVJJJJJJ<  vx7@vx7@Classifier Defs3--Primary with Secondaryc,GO3ķ@LWF000@saaUUUUUUG  7@ 7@Classifier Defs2--Criteria with Primaryc,GO3ķ@LWF000@~r``TTTTTTF  7@ 7@Classifier Defs1--Miscc,GO3ķj@LWF000!@maOOCCCCCC5  Y7@t8@AccessLayoutc,GO3ķ*@@QEE9999999+ @1ʩ7@1ʩ7@Modulesc,GO3ķ4444444444& {i7@{i7@lu>prpvw`pd`ud@surzjvjrp`m@vw`pd`ud@egetational changes in a black willow forest over a four-year period. Proceedings of the Oklahoma Academy of Science 45:39.Orloci, L. 1965. The Coastal Western Hemlock Zone on the south-western British Columbia mainland. Pages 18-34 in: V. J. Krajina, editor. Ecology of western North America. Volume I. University of British Columbia, Department of Botany.Monk, C. D., and T. W. Brown. 1965. Ecological considerations of cypress heads in north central Florida. The American Midland Naturalist 74:126-140.Monk, C. D. 1965. Southern mixed hardwood forest of north central Florida. Ecological Monographs 35:336-354.Marr, J. W. 1965. Forest ecology of the Front Range. Pages 16-20 in: C. Schulz and H. Smith, editors. Guidebook for one-day field Conferences-Boulder area, Colorado. VIIth International Association for Quaternary Research Congress, Nebraska Academy of Science, Lincoln, NE.Jameson, D. A., and E. H. Reid. 1965. The pinyon-juniper type of Arizona. Journal of Range Management 18:152-154.Jackson, A. S. 1965. Wildfires in the Great Plains grasslands. Tall Timbers Fire Ecology Conference 4:241-259.Hazell, D. B. 1965. The claypan range site in northern Osage County, Oklahoma. Journal of Range Management 18:94-96.Harvill, A. M., Jr. 1965. The vegetation of Parramore Island, Virginia. Castanea 30:226-228.Hadley, R. F., and F. A. Branson. 1965. Surficial geology and microclimatic effects on vegetation, soils and geomorphology in the Denver, Colorado, area. Pages 56-63 in: Guidebook for 1-day field conferences-Boulder area, CO. 7th International Association for Quaternary Research Congress. Nebraska Academy of Science.Good, R. E. 1965. Salt marsh vegetation, Cape May, New Jersey. Bulletin of the New Jersey Academy of Science 10:1-11.>@@@@en, and C.T. SnyderUngar, I. A. 1965. An ecological study of the vegetation of the Big Sapt Marsh, Stafford County, Kansas. University of Kansas Science Bulletin 116(1):1-99.Tisdale, E. W., M. Hironaka, and M. A. Fosberg. 1965. An area of pristine vegetation in Craters of the Moon National Monument, Idaho. Ecology 46(3):349-352.Taylor, R. J. 1965. Shortleaf pine (~Pinus echinata$) in Bryan County, Oklahoma. Southwestern Naturalist 10:42-47.Stephenson, S. N. 1965. Vegetation change in the pine barrens of New Jersey. Bulletin of the Torrey Botanical Club 92:102-114.Smoliak, S. 1965. A comparison of ungrazed and lightly grazed ~Stipa-Bouteloua$ prairie in southeastern Alberta. Canadian Journal of Plant Science 45:270-275.Sims, P. L., and D. D. Dwyer. 1965. Pattern of retrogression of native vegetation in north central Oklahoma. Journal of Range Management 18:20-25.Scott-Williams, B. W. 1965. The ecology of the alpine tundra on Trail Ridge. Pages 13-16 in: C. B. Schulz and H. T. Smith, editors. Guidebook for one-day field conferences -- Boulder area, Colorado. VIIth International Association for Quaternary Research Congress, Nebraska Academy of Science, Lincoln, NE.Rodgers, C. L., and R. E. Shake. 1965. Survey of vascular plants in Bearcamp Creek watershed. Castanea 30:149-166.Rodgers, C. L. 1965. The vegetation of Horsepasture Gorge. Journal of the Elisha Mitchell Scientific Society 81:103-122.Rickard, W. H., and J. C. Beatley. 1965. Canopy-coverage of the desert shrub vegetation mosaic of the Nevada Test Site. Ecology 46(4):524-529.Rice, E. L. 1965. Bottomland forests of central Oklahoma. Ecology 40:593-608.Reiners, W. A. 1965. Ecology of a heath-shrub synusia in the pine barrens of Long Island, New York. Bulletin of the Torrey Botanical Club 92:448-464.>@@@@en, and C.T. Snyder 1982. Water relations in soils as related to plant communiti es in Ruby Valley, Nevada. Journal of Range Manage. 35:462-468.Kral, R. 1966. Observations on the flora of the southeastern United States with special reference to northern Louisiana. Sida 2:395-408.Hyder, D. N., R. E. Bement, E. E. Remmenga, and C. Terwilliger, Jr. 1966. Vegetation-soils and vegetation-grazing relations from frequency data. Journal of Range Management 19:11-17.Hulett, G. K., R. T. Coupland, and R. L. Dix. 1966. The vegetation of dune sand areas within the grassland region of Saskatchewan. Canadian Journal of Botany 44:1307-1331.Hughes, R. H. 1966. Fire ecology of canebrakes. Proceedings of the Tall Timbers Fire Ecology Conference 5:149-158.Halls, L. K., and W. B. Homesley. 1966. Stand composition in a mature pine-hardwood forest of southeastern Texas. Journal of Forestry 64:170-174.Freckmann, R. W. 1966. The prairie remnants of the Ames area. Proceedings of the Iowa Academy of Science 73:126-136.Dyrness, C. T., and C. T. Youngberg. 1966. Soil-vegetation relationships within the ponderosa pine type in the central Oregon pumice region. Ecology 47:122-138.Dodd, J. D., and R. T. Coupland. 1966. Vegetation of saline areas in Saskatchewan. Ecology 47(6):958-968.Dayton, B. R. 1966. The relationship of vegetation to Iredell and other Piedmont soils in Granville County, North Carolina. Journal of the Elisha Mitchell Science Society 82:108-118.Davis, R. B. 1966. Spruce-fir forests of the coast of Maine. Ecological Monographs 36:79-94.Brewer, R. 1966. Vegetation of two bogs in southwestern Michigan. The Michigan Botanist 5(1):36-46.Wells, P. V. 1965. Scarp woodlands, transported soils, and concept of grassland climate in the Great Plains region. Science 148:246-249.VC NFF si2  , Classifier DefinitionLe trai_oFI  PrimaryKeyFF. Plant communities and environmental interrelationships in a portion of the Tillamook Burn, northwestern Oregon. Ecology 49:1-13.White, K. L. 1967. Native bunchgrass (~Stipa pulchra$) on Hastings Reservation, California. Ecology 48:949-955.Webber, E. E. 1967. Bluegreen algae from a Massachusetts salt marsh. Bulletin of the Torrey Botanical Club 94:99-106.Ungar, I. A. 1967. Vegetation-soil relationships on saline soils in northern Kansas. The American Midland Naturalist 78(1):98-121.Nixon, F. S. 1967. A vegetational study of the Pine Ridge of northwestern Nebraska. Southwestern Naturalist 12:134-145.Moir, W. H. 1967. The subalpine tall grass, ~Festuca thurberi$ community of Sierra Blanca, New Mexico. Southwestern Naturalist 12(3):321-328.McMillan, C., and F. N. Moseley. 1967. Salinity tolerances of five marine spermatophytes of Redfish Bay, Texas. Ecology 48:503-506.McGee, C. E., and R. Smith. 1967. Undisturbed ~Rhododendron$ thickets are not spreading. Journal of Forestry 65:334-335.Mason, L. R., H. M. Andrews, J. A. Carley, and E. D. Haacke. 1967. Vegetation and soils of No Man's Mesa relict area. Journal of Range Management 20:45-59.La Roi, G. H. 1967. Ecological studies in the boreal spruce-fir forests of the North American taiga. I. Analysis of the vascular flora. Ecological Monographs 37(3):229-253.Janssen, C. R. 1967. A floristic study of forests and bog vegetation, northwestern Minnesota. Ecology 48(5):751-765.Hazell, D. B. 1967. Effect of grazing intensity on plant composition, vigor and production. Journal of Range Management 20:249-254.Harvill, A. M., Jr. 1967. The vegetation of Assateague Island, Virginia. Castanea 32:105-108.Hadley, E. B., and R. P. Buccos. 1967. Plant community composition and net primary production within a native eastern North Dakota prairie. The American Midland Naturalist 77:116-127.S{qgr^6BurkhaMcCormick, J., and M. F. Buell. 1968. The plains: Pigmy forest of the New Jersey Pine Barrens, a review and annotated bibliography. Bulletin of the New Jersey Academy of Science 13:20-34.Maxwell, M. H., and L. N. Brown. 1968. Ecological distribution of the high plains of eastern Wyoming. Southwestern Naturalist 13:143-158.Laessle, A. M. 1968. Relationship of sand pine scrub to former shore lines. Quarterly Journal of the Florida Academy of Science 30:269-286.Johnson, J. R., and G. F. Payne. 1968. Sagebrush reinvasion as affected by some environmental influences. Journal of Range Management 21:209-213.Johnson, F. D. 1968. Taxonomy and distribution of northwestern alders. Pages 9-22 in: J. M. Trappe, J. F. Franklin, R. F. Tarrant, and G. M. Hansen, editors. Biology of Alder. Pacific Northwest Forest and Range Experimental Station, Portland, OR.Hulett, G. K., et al. 1968. The vegetation of remnant grasslands in the loessial region of northwestern Kansas and southwestern Nebraska. Southwestern Naturalist 13:377-391.Daubenmire, R. 1968. Analysis and description of plant communites. Pages 62-70 in: Plant communities. A text book of plant synecology. Harper & Row, New York.Cox, B. J. 1968. A vegetational comLVAL @ @ @ @ @ @ @ @ @ @ @             ! " # $%&'()*+,-./0123456789:;<= > ? @ A BCDEFGHIJKLM=systems that form small, discrete areas of vegetation cover typically limited in distribution by localized environmental features. In undisturbed conditions, typical occurrences range from 1-50 ha.systems that form extensive and contiguous cover, occur on the most extensive landforms, and typically have wide ecological tolerances. Disturbance patches typically occupy a relatively small percentage (e.g. <5%) of the totals occurrence. In undisturbed conditions, typical occurrences range in size from 2,000 to 100,000 ha.systems that occur as linear strips and are often ecotonal between terrestrial and aquatic ecosystems. In undisturbed conditions, typical occurrences range in linear distance from 0.5 to 100 km.systems that form large areas of interrupted cover and typically have narrower ranges of ecological tolerances than matrix types. Individual disturbance events tend to occupy patches that can encompass a large proportion of the overall occurrence (e.g. >20%). In undisturbed conditions, typical occurrences range from 50-2,000 ha. E nQE6)$Blackburn, W. H., and P. T. Tueller. 1970. Pinyon and juniper invasion in black sagebrush communities in east-central Nevada. Ecology 51:841-848.Zobel, D. B. 1969. Factors affecting the distribution of ~Pinus pungens$, an Appalachian endemic. Ecological Monographs 39:303-333.York, J. C., and W. A. Dick-Peddie. 1969. Vegetation changes in southern New Mexico during the past hundred years. Pages 157-166 in: W. O. McGinnies and B. J. Goldman, editors. Arid lands in perspective. University of Arizona Press, Tucson.Whigham, D. F. 1969. Vegetation patterns on the north slopes of Bluff Mountain, Ashe County, North Carolina. Journal of the Elisha Mitchell Scientific Society 85:1-15.Waring, R. H. 1969. Forest plants of the eastern Siskiyous: Their environmental and vegetational distribution. Northwest Science 43:1-17.Ungar, I. A., W. Hogan, and M. McClennand. 1969. Plant communities of saline soils at Lincoln, Nebraska. The American Midland Naturalist 82(2):564-577.Turner, G. T. 1969. Response of mountain grassland vegetation to gopher control, reduced grazing, and herbicide. Journal of Range Management 22:377-383.Stevens, C. E. 1969. A native red spruce stand in Rockingham County. Jeffersonia 3:1-2.Samek, V. 1969. La vegetacin de la Isla de Pinos. Acad. Cien, Cuba, Ser. Isla de Pinos No. 28:1-28.Paulsen, H. A., Jr. 1969. Forage values on a mountain grassland-aspen range in western Colorado. Journal of Range Management 22:102-107.Mueggler, W. F., and C. A. Harris. 1969. Some vegetation and soil characteristics of mountain grasslands in centralWetlandVegetated UplandSmall Patch@G Planted/CultivatedNon-VegetatedNatural/Semi-NaturalMatrixG@GLinear@GLarge PatchK@G aE @@m`uhfs`wbiHmjpf`uHo`wuj|Hp`wxu`m vfojp`wxu`mHprpzfhfw`wfdHsm`pwfd bxmwjz`wfdHvo`mms`wbiHxsm`pdHzfhfw`wfdH{fwm`pdH FlagsDatabaseConnect ForeignName RmtInfoShort RmtInfoLongLvLvPropLvModuleLvExtra]] ]]] Id ParentIdName        3ķ@LWF000@pdRRFFFFFF8 37@37@Ecogroup subCCAG_Sources_Additionalc,GO3ķ@LWF000@zn\\PPPPPPB El7@El7@Ecogroup subCCAG_GOTHNAMESc,GO3ķF@LWF000@qeSSGGGGGG9 @7@z7@Ecogroup subAllianceInEcoGrpsc,GO3ķ@LWF000@thVVJJJJJJ<  vx7@vx7@Classifier Defs3--Primary with Secondaryc,GO3ķ@LWF000@saaUUUUUUG  7@ 7@Classifier Defs2--Criteria with Primaryc,GO3ķ@LWF000@~r``TTTTTTF  7@ 7@Classifier Defs1--Miscc,GO3ķj@LWF000!@maOOCCCCCC5  Y7@t8@AccessLayoutc,GO3ķ*@@QEE9999999+ @1ʩ7@1ʩ7@Modulesc,GO3ķ4444444444& {i7@{i7@luK @ @ @ @ @ @ @BBBBBBBBB B B B B BCCCCCCCCCC CDDDDDDD D!D"D #DF$F&F'F(F)F%G*G,G-G.G/G0G1G2G3G'G+I'I'I'I'I'I'J'J' J' J' J' J' J'J'J'J'J'K'K'K'K'K'K'L'L'L'L'L'L'L'L' L'!L'"L'#L'$L'%L'&L'M''M')M'*M'+M',M'-M'.M'/M'(N'0N'2N'3N'4N'1SSSSSE JP @ @ @ @ @ @ @I'I'I'I'I'I'J'J' J' J' J' J' J'J'J'J'J'K'K'K'K'K'K'L'L'L'L'L'L'L'L' L'!L'"L'#L'$L'%L'&L'M''M')M'*M'+M',M'-M'.M'/M'(N'0N'2N'3N'4N'5NLNLNLNLNLNLNLNLNLNL NL N L N L N L N LN LNLNLNLNLNLN'1OLOLOLOLOLOLOLOLOLOLOL OL!O L"O L#O L$O L%O L&OOOOOOOLPOPOPOPOPOPO PO PO PO POal 18:1-85.'~BG( m/a}jWD1 \c( ZO [EcoGroup National].Upland2 gO [EcoGroup National].Vegetated5 gO coGroup National].Natural3 gO !@N gO [EcoGroup National].LeadResp4 gOOtherClassifiersS@N( oOCountNonDiagnostics@(+ oODiagnosticsP@ (# oOCountDiagnostics@ (( oO [EcoGroup National].EcoGroupName8 gO[EcoGroup National].Elcode2 gO[EcoGroup National].EcoMaster5 gO[EcoGroup National].EcoNumber5 gOEcoGroup National O GO GO O NClassifiers2--CriteriaClassifiers3--PrimaryValuesR@ (I=" NClassifiers4--SecondaryValuesEcogroup_ClassifiersR@ (I=) NEcoGroup NationalEcogroup_Classifiers>@ (=1 NEcoGroup NationalEcogroup_Classifiers>@(=1 NClassifiers3--PrimaryValuesEcogroup_ClassifiersL@(G;' N Ecogroup_Classifiers.Comments5 gN Ecogroup_Classifiers.Diagnostic7 gN .@( gN "@( gN *@( gN Ecogroup_Classifiers.PrimarySort8 gN!@( gN%@( gN[Classifiers2--Criteria].Tier5 gNSystem Name [EcoGroup National].EcoGroupNameC oN[EcoGroup National].Elcode2 gN[EcoGroup National].EcoMaster5 gN[EcoGroup National].EcoNumber5 gNndEcoGroup National NndClassifiers4--SecondaryValues))) NndClassifiers3--PrimaryValues''' B  @      @@@@@d`w`a`vfvgruovordxmfv ufm`wjrpvijsvufsruwv vbujswv v}vufm w`amfv'o`lfmjvwv,`mmj`pbfv'txfujfv'w`amfv1vt,bf|sruwf|bfm1vt,bf|sruwv1vt,bvfmfbwufbrudv1vt,bmr`d`vvrbmjvw1vt,bvfmfbwufbrudv1vt,bmr`dmjvw1vt,bvfmfbwufbrudv1vt,brpf`vvrb1vt,bvfmfbwufbrudv1vt,brpfv}vwfo1vt,bvfmfbwufbrudv1vt,bsjblmjvwv1vt,bvfmfbwufbrudv1vt,bsjblmjvwv`mmj`pbf`mmj`pbf`mmj`pbf,fbrhurxs`mmj`pbf,fbrhurxssmxvfwb,fbrhurxs`mmj`pbfv`mmj`pbf,fbrhurxs{jwip`ofv`mmj`pbf,ijvwrujb`mmj`pbfva}v}vwfo`mmj`pbfvjpfbrhurxsv`mmj`pbfv`vvrba}v}vwfo`vvjhpfdwr`vvrbjpfbrhurxsvajrhfrhu`sijb,djzjvjrpajrhfrhu`sijb,dro`jpajrhfrhu`sijbdjzjvjrp{jwidro`jp=bm`vvjgjb`wjrpvw`wxv=bm`vvjgjfuhmrvv`u}ojvb=bm`vvjgjfuva}v}vwfo=bm`vvjgjfuvmjvwa}v}vwfo=bm`vvjgjfuvX{jwisujo`u}vfbrpd`u}vruw=bm`vvjgjfuvXbujwfuj`=bm`vvjgjfuvYsujo`u}`pdxs=bm`vvjgjfuvYsujo`u}gruufzjf{=isujo`u}djzjvjrp=fbrhurxs,`ajufhjrpv=fbrhurxs,`ajufhjrpvvruw=fbrhurxs,ajrhfrdjzjvjrp=fbrhurxs,bb`h=fbrhurxs,bb`h,ofor=fbrhurxs,bb`h,vrxubfv=fbrhurxs,bb`h,vrxubfv,`ddjwjrp`m=fbrhurxs,bb`h,vrxubfv,`mm=fbrhurxs,bm`vvjgjfuvfbrhurxs,bm`vvjgjfuvo`krusi}vjrhpro}rpm}fbrhurxs,brpvfbrufhov}v`bfvov}vrakfbwvov}vtxfujfvov}vufm`wjrpvijsv`bbfvvm`}rxw ov}vdavxoo`u}jpgrxvfudfgjpfdomain@@@@@@@@@@@ LVAL"_6 Z<rF#-}\3 l @ @ @ @ @ @ @I'I[Classifiers3--PrimaryValues].PrimarySort = [Classifiers4--SecondaryValues].PrimarySort[Classifiers2--Criteria].CriteriaSort = [Classifiers3--PrimaryValues].CriteriaSort[Classifiers2--Criteria].Criteria[Classifiers3--PrimaryValues].PrimaryValue[Classifiers3--PrimaryValues].CriteriaSort[Classifiers3--PrimaryValues].PrimarySort[Classifiers4--SecondaryValues].*[Classifiers3--PrimaryValues].[PrimarySort][Classifiers3--PrimaryValues].[CriteriaSort][Classifiers3--PrimaryValues].[PrimarySort]=[Classifiers4--SecondaryValues].[PrimarySort][Classifiers2--Criteria].[CriteriaSort]=[Classifiers3--PrimaryValues].[CriteriaSort][Classifiers2--Criteria].[WetlandCriterion][Classifiers2--Criteria].[UplandCriterion][Classifiers4--SecondaryValues].*[Classifiers3--PrimaryValues].[PrimaryValue][Classifiers2--Criteria].[Criteria][Classifiers3--PrimaryValues].[CriteriaSort][Classifiers2--Criteria].CriteriaSort = [Classifiers3--PrimaryValues].CriteriaSort[Classifiers2--Criteria].Criteria[Classifiers3--PrimaryValues].[PrimarySort][Classifiers3--PrimaryValues].[CriteriaSort][Classifiers2--Criteria].[CriteriaSort]=[Classifiers3--PrimaryValues].[CriteriaSort][Classifiers2--Criteria].[WetlandCriterion][Classifiers2--Criteria].[UplandCriterion][Classifiers2--Criteria].[Criteria][Classifiers2--Criteria].CriteriaSort = [Classifiers3--PrimaryValues].CriteriaSort[Classifiers3--PrimaryValues].PrimarySort = [Classifiers4--SecondaryValues].PrimarySort[Classifiers4--SecondaryValues].SecondaryValue[Classifiers4--SecondaryValues].SecondarySort[Classifiers3--PrimaryValues].PrimaryValue[Classifiers3--PrimaryValues].PrimarySort[EcoGroup National].[Spatial Scale & Pattern][EcoGroup National].ConceptAuthorlistNonDiagnostics([EcoGroup National].[econumber],[EcoGroup National].[ecomaster])0kXE2_@!<)b$X9w9{M S,@N gS#@N gS,@N gS[Classifiers2--Criteria].[Tier]7 gSClassifiers4--SecondaryValues))) SClassifiers3--PrimaryValues''' SClassifiers2--Criteria""" S S RClassifiers2--CriteriaClassifiers3--PrimaryValuesR@NI=" R!@N gR[Classifiers3--PrimaryValues].*7 gRSCClassifiers3--PrimaryValues''' RSCClassifiers2--Criteria""" R GR GRSC RSC Q SC+@N 'Q SC,@ N 'Q SC[Classifiers2--Criteria].[Tier]7 'QClassifiers2--CriteriaClassifiers3--PrimaryValuesT@ NI=" Q+@ N gQ*@ N gQ[Classifiers3--PrimaryValues].*7 gQ#@ N gQ[Classifiers2--Criteria].[Tier]7 gQSCClassifiers3--PrimaryValues''' QSCClassifiers2--Criteria""" QSC QSC PClassifiers2--CriteriaClassifiers3--PrimaryValuesR@NI=" PClassifiers3--PrimaryValuesClassifiers4--SecondaryValuesW@NPD' P.@N gP-@N gP*@N gP)@N gP[Classifiers2--Criteria].*2 gPClassifiers4--SecondaryValues))) PClassifiers3--PrimaryValues''' PClassifiers2--Criteria""" P GP GP P O[EcoGroup National].ConfLevel5 gO-@N gOcoGroup National].Wetland3 gK @ @ @ @ @ @ @NLNLNLNLNLNLNLNLNL NL N L N L N L N LN LNLNLNLNLNLN'1OLOLOLOLOLOLOLOLOLOLOL OL!O L"O L#O L$O L%O L&OOOOOOOLPOPOPOPOPOPO PO PO PO PO POPOPOPOQOQOQOQOQOQOQOQOQOQ OQ OQ OQORORO RO!RO"RO#RO$RO%RO&ROSO'SO)SO*SO+SO,SO-SO.SO/SSSSSS S S SO(TT T T T TTTTT rica VC'NRR'''''   2         CriteriaSortCriteriaTier DefinitionUplandCriterionWetlandCriterion Entered by user-definedEtndtrRURV RWRXY).rF&{3F7B96DB-155B-48E9-B549-D50D81ED613E} Entered by PrimaryKeyUplandCriterionWetlandCriterionRR'L'L'L'L' L'!L'"L'#L'$L'%L'&L'M''M')M'*M'+M',M'-M'.M'/M'(N'0N'2N'3N'4N'5NLNLNLNLNLNLNLNLNLNL NL N L N L N L N LN LNLNLNLNLNLN'1OLOP-@N gP*@N rerP.8@.8@Classifiers2 with primary & secondary sortIIIIIIIIIII O.8@.8@Classifiers list by System99999999999 N.8@.8@Classifiers by System44444444444 E.8@.8@Classifier Glossary--misc88888888888 >.8@.8@ClassificationStatus33333333333 M.8@.8@BioGeographicDivision with Domain@@@@@@@@@@@ {qg]_@!@ @ @ @ @ @NLNLNLNLNLNLNLNLNL NL N L N L N L N LN LNLNLNLNLNLN'1OLOLOLOLOLOLOLOLOLOLOL OL!O L"O L#O L$O L%O L&OOOOOOOLPOP@ LVALJ!x @ @ @ @ @ @ @ @ @ @ @ @          Expected persistence in a given landscape; Short: e.g. a savanna system occurring as large patches in a woodland-forest matrix that may "shift" across the landscape (within a 50-100 yr. window) driven by fire. Medium: e.g. a forest system subject to long-term cycles (100-500 yr.) of catastrophic disturbance that shifts successional trajectory. Long: systems typically subject only to localized, small scale-disturbance and/or types defined largely by physical substrates (cliffs) that could be expected to persist on a given landscape for >500 years.Communities typically occurring with other systems co-occur with this system type e.g. dune-swale, upland prairie-wetland potholeClimatic gradients within a division, or specialized microclimate, e.g. cold air drainages, frost pocket, ice cave, etc.predominant composition using commonly used terms[does NRCS have some standard groupings?][is there a standard for shallow versus deep?] [see Ontario FEC)Defined using bioclimatic classification (see Rivas-Martinez et al. 1999). Thresholds vary by global bioclimatic zone: Polar (Divisions 110, 120, 120M), Boreal (Divisions 130, 130M) Temperate (Divisions 210, 210M, 220, 240M, 250, 310, 310M, 320, 330, 330M, 340, 540, 620, 630) Mediterranean (Divisions 260, 610), Tropical (Divisions: all 400's, 510, 510M, 520, 530, 550). Bioclimatic belts defined by thermotypes, based on Yearly Positive Temperature (Tp). Tp: In 0.1 degrees Celsius, sum of the monthly average temperature for months with average temperature above 0 degrees Celsius (see Tp ranges for each bioclimatic belt).Q'iQ3K%tC#f@nK5 _F(h^_wxbVWjbfbwxblfuW_^_wxblfuhfW_^_`vxuzf}rgwifarw`pjb`mgf`wxufvrgo`h`~jpforxpw`jprpwifvmrsfv`pdsm`wf`xvxug`bfxpsxamjvifddrbxofpwxvd`grufvwvfuzjbfr~`ulp`wjrp`mgrufvwuxvvfmmzjmmf`u[Ysspruwi`ofujb`"X^_zjSCS Subregion SCS-definedREE-*+Other CriterionPCHydroperiodPCgFlooding Return IntervalPC gSoil Moisture RegimePCgSubsoil StructurePCgSubsoil TextureNRCSPC'%o}Water DepthPCg|Specialized Water ChemistryPC#!!g{Water pHPCgzWater Nutrient StatusPCgoLandform/Topography/Special Substrates PC/--weHydrogeomorphic Units[use BRINSON et al. 1993]PCB@o5Temporal Persistence(@SPC(&4Juxtaposition@SPC!+Microclimatex@SPC _*Floristics/Dominants1@SPC(&)Life Formpredominant form of vegetationPC;9$+Other DisturbancePC#Wind Intensity/Spatial CharacterPC(&&W"Mass Movement TypePCW!Grazing Intensity/Spatial CharacterPC+))W Fire Intensity/Spatial CharacterPC(&&WDisturbance Return IntervalPC#!!WSubstrate Consolidation[NRCS?]PC20Soil Moisture (NRCS)PCWSoil Texture)@SPC _Soil Organic Matter[needs work, see NRCS]PC=;Soil Depth@@SPC_Specialized Substrate ChemistryPC'%%W Soil pH[need definitions NRCS]PC20 _ Soil FertilityPCW Glacial History PCWBioclimatePCwSpecialized SubstratesPCWTopography PCWLandformsPCwMajor PhysiognomyPCwLife Zonesv@SPCQsbTsbTsbTsbTsbTsbTsbTsbTsbTsbT sbT sbT sbT sbT sbTsbTsbTsbTsbTsbTsbTsbTsbTsbTsbTsbTsbTsbTsbTsbTsbTsbTsbT sbT!sbT"sbT#sbT$sbT%uffT&] Id ParentIdName        3ķ@LWF000@pdRRFFFFFF8 37@37@Ecogroup subCCAG_Sources_Additionalc,GO3ķ@LWF000@zn\\PPPPPPB El7@El7@Ecogroup subCCAG_GOTHNAMESc,GO3ķF@LWF000@qeSSGGGGGG9 @7@z7@Ecogroup subAllianceInEcoGrpsc,GO3ķ@LWF000@thVVJJJJJJ<  vx7@vx7@Classifier Defs3--Primary with Secondaryc,GO3ķ@LWF000@saaUUUUUUG  7@ 7@Classifier Defs2--Criteria with Primaryc,GO3ķ@LWF000@~r``TTTTTTF  7@ 7@Classifier Defs1--Miscc,GO3ķj@LWF000!@maOOCCCCCC5  Y7@t8@AccessLayoutc,GO3ķ*@@QEE9999999+ @1ʩ7@1ʩ7@Modulesc,GO3ķ4444444444& {i7@{i7@luQ @ @ @ @ @TTTTTT T T TT T T T T TT T!T"T#T$T)T*T+T4T5TeToTzT{T|T}TT T!T"T#T$T%T&pruwi`ofujb`zrmxofX!i`ud{rrdv`hujbxmwxufi`pdarrl\[Zxvd`grufvwvfuzjbf{`vijphwrpdb^]]sspruwi`ofujb`"Yb`oVWjbfbb`osafmmfw`mW__Vb`osafmmkkp`bujvlz``pduf{vas`mofua`mm`pdkuo`bhufhruW__Vbrrsfu`wjzfjpzfpwru}rgfpd`phfufdwiuf`wfpfdvfpvjwjzf`pdu`ufvsfbjfvd`pjfmarrpfp`wjrp`mgrufvwvwf`upvu`phfudjv"YbrrVWjbfbbrrsfuW__VbrrsfudkW__Vfbrmrh}rg{fwm`pdvjpajhof`dr{vurbl}orxpw`jpp`wjrp`ms`ulbrmru`drxvdjgjvi{jmdmjgfvfuzjbfajrmrhjb`mufsruw_VW[{`vijphwrpdbZ[sspruwi`ofujb`"YdfwVWjbfbdfwijfuW__VdfwijfuopW__V`o`ujpf`pdfvwx`ujpfi`ajw`wbm`vvjgjb`wjrpv}vwfogru{`vijphwrpvw`wf{`vijphwrpp`wxu`mifujw`hfsurhu`odfs`uwofpwrgp`wxu`mufvrxubfvrm}osj`{`[\sspruwi`ofujb`"ZfssVWjbfbfssjpfwwfW__VfssjpfwwfuwW__Vvrjmvxuzf}rgdrubifvwfubrxpw}vrxwib`urmjp`xvd`vrjmbrpvfuz`wjrpvfuzjbfvrxwib`urmjp``hujbxmwxu`mf|sfujofpwvw`wjrp`pdvrxwib`urmjp`m`pdufvrxubfvbrpvfuz`wjrpbroojvvjrpWZ[sssm"ZgmrVWjbfbgp`jW__Vgp`j(gmrujd`p`wxu`m`uf`vjpzfpwru}*W__Vhxjdfwrwifp`wxu`mbrooxpjwjfvrggmrujd`gmrujd`p`wxu`m`uf`vjpzfpwru}`pdgmrujd`dfs`uwofpwrgp`wxu`mufvrxubfvw`mm`i`vvffWWWsspruwi`ofujb`"Zsspruwi`ofujb`"Z in the Inner Bluegrass of Kentucky. Castanea 45:150-164.North America g, TN. 67 pp.North America Q@AAAAAAAAATTTTTTTTTT T T T T TTTTTTTTTTTTTT%T&TTTTTT T!T"T#T$@TablesEcogroup_Classifiers?+% ;!a7@;!a7@TablesEcogroup_CCAG_Sources_AllD+% F7@g7@TablesEcogroup_CCAG_Sources_AdditionalK+%  "7@g7@TablesEcoGroup_CCAG_Sources@+%  "7@i7@TablesEcoGroup_CCAG_Memo=+% 7@i7@TablesEcoGroup_CCAG8+% _=7@!i7@TablesEcoGroup_BioGeoDivisionB+% ;!a7@;!a7@TablesEcogroup_ABIRegions SortC+% ي7@{i7@TablesEcoGroup_ABIRegions>+% н`7@н`7@TablesEcogroup National with primary divisionR+% 絉7@i7@TablesEcoGroup National<+% ~7@絉7@@TablesDistribution7+% н`7@н`7@TablesDiagnostic ClassifiersA+% y7@{i7@TablesCONSECOREG5+% =fy7@=fy7@TablesConfLevel4+%  y7@{i7@TablesClassifiers4--SecondaryValuesH+% н`7@н`7@TablesClassifiers4--Secondary for reviewM+% ``7@``7@TablesClassifiers4--Secondary and upI+% 1Bx7@i7@TablesClassifiers3--PrimaryValuesF+% ``7@``7@TablesClassifiers3--Primary for reviewK+% ``7@``7@TablesClassifiers3--Primary and upG+% w7@!i7@TablesClassifiers2--CriteriaA+%Q@AAAAAAAAATTTTT TTTTTTTTTTTT T!T"T#T$T%T&TTTTTT T T T TTTTTTTfront revitalization Albany, NY. 184 pp.North America" G90HAR01ICECHardin 1990Hardin, D. 1990. Guide to the natural communities of Florida. Florida Game and Freshwater Fish Commission, Nongame Wildlife Program, Natural Areas Inventory, and Florida Department of Natural Resources, Tallahassee. 111 pp.North America G90GLE02ICECGlenn 1990Glenn, S. 1990. Community characterization abstract: Dwarf ~Quercus alba$ forest. Oklahoma Biological Survey, Natural Heritage Inventory, Norman. 1 p.North America G90FRO01ICECFrost et al. 1990Frost, C. C., H. E. LeGrand, Jr., and R. E. Schneider. 1990. Regional inventory for critical natural areas, wetland ecosystems, and endangered species habitats of the Albemarle-Pamlico estuarine region: Phase 1. North Carolina Department of Environment, HNorth America* G90FLO01ICECFNAI 1990FNAI [Florida Natural Areas Inventory]. 1990. Guide to the natural communities of Florida. Florida Natural Areas Inventory and Florida Department of Natural Resources, Tallahassee. 111 pp.North America G90EPP01ICECEppinette 1990Eppinette, R. T. 1990. Soil survey of Dorchester County, South Carolina. USDA Soil Conservation Service, South Carolina Agricultural Experiment Station, and South Carolina Land Resources Conservation Commission. 145 pp. plus maps.North America G90DET01ICECDethier 1990Dethier, M. N. 1990. A marine and estuarine habitat classification system for Washington State. Washington Natural Heritage Program, Department of Natural Resources, Olympia, WA. 56 pp.North America VCP-N ZZ-%- -----&   P         PrimarySort PrimaryValue CriteriaSort Definition PrimaryPrint Entered by user-defined^ZsA^AZ{^A^A^Z A^A^AZ^A^AZ Q).rF.rI&{64719E82-D26D-4E25-BE91-934763F72B27}&{91F2AA98-C67C-4B72-8197-A908F8E160D5}'Classifiers3--PrimaryValuesPrimaryValue Entered by PrimaryKeySort SpecificCodeZZQ SC[Classifiers2--Criteria].[Tier]7 'QClassifiers2--CriteriaClassifiers3--PrimaryValuesT@ NI=" Q+@ N gQ*@ N gQ[Classifiers3--PrimaryValues].*7 gQ#@ N gQ[Classifiers2--Criteria].[Tier]7 gQSCClassifiers3--PrimaryValues''' QSCClassifiers2--Criteria""" QSC QSC PClassifiers2--CriteriaClassifiers3--PrimaryValuesR@NI=" PClassifiers3--PrimaryValuesClassifiers4--SecondaryValuesW@NPD' P.@N gP-@N gP*@N gP)@N gP[Classifiers2--Criteria].*2 gPClassifiers4--SecondaryValues))) PClassifiers3--PrimaryValues''' PClassifiers2--Criteria""" P GP GP P O[EcoGroup National].ConfLevel5 gO-@N gOcoGroup National].Wetland3 g7 {qg]S @ @ @ @ @ @ @ @ @NLNLNLNLNLNLNLNLNL NL N L N L N L N LN LNLNLNLNLNLN'1OLOLOLOLOLOLOLOLOLOLOL OL!O L"O L#Ox&dY'Nb4r<tLX>\<"[/ @ @ @ @ @hForest and Woodland (Treed)Forest and Woodland (Tree)PC@>$$ 7^Lowland8@\LowlandPC%# ?TMontane@\MontanePC%# ?JAlpine/AltiAndino@\AlpinePC.,& ?)+Other LifeformsOtherPC  w)Vine/LianaWoody Climbers or VinesVine/LianaPCB@6 ?z)EpiphyteEpiphytePC 7f)AlgaAlgaPC 7\)Lichen Lichen PC 7R)BryophyteBryophytePC 7H)NonvascularNonvascularPC! 7>)Aquatic HerbAquatic HerbPC#! 74)Succulent ForbSucculent ForbPC'% 7*)FernFernPC 7)GraminoidGraminoidPC 7 )ForbForbPC 7)Palm Shrub Palm Shrub PC! 7)Semi-ShrubSemi-ShrubPC 7)Dwarf-ShrubDwarf-ShrubPC! 7)Succulent ShrubSucculent ShrubPC)' 7)Evergreen Sclerophyllous ShrubEvergreen Sclerophyllous ShrubPCGE'' 7)Thorn ShrubThorn ShrubPC! 7)Xeromorphic ShrubXeromorphic ShrubPC-+ 7)Broad-Leaved Evergreen ShrubBroad-Leaved Evergreen ShrubPCCA%% 7)Broad-Leaved Deciduous ShrubBroad-Leaved Deciduous ShrubPCCA%% 7)Broad-Leaved ShrubBroad-Leaved ShrubPC/- 7)Needle-Leaved ShrubNeedle-Leaved ShrubPC1/ 7v)BambooBambooPC 7l)Tree FernTree FernPC 7b)Palm Tree Palm Tree PC 7X)+Other TreeOtherPC wN)Succulent TreeSucculent TreePC'% 7D)Evergreen Sclerophyllous TreeEvergreen Sclerophyllous TreePCEC&& 7:)Thorn TreeThorn TreePC 70)Xeromorphic TreeXeromorphic TreePC+) 7&)Broad-Leaved Evergreen TreeBroad-Leaved Evergreen TreePCA?$$ 7)Broad-Leaved Deciduous TreeBroad-Leaved Deciduous TreePCA?$$ 7)Broad-Leaved TreeBroad-Leaved TreePC-+ 7)Needle-Leaved TreeNeedle-Leaved TreePC/- 7LVAL ;W, %pvfpfw`mW_^Wbiujvwfpvfppuaxubifmm`mjhhfww`pdfvjoovW_^Wwifvwuxbwxuf`pddfzfmrsofpwrgsrbrvjpzfhfw`wjrps`hfvZY\Wjp!bkujbi`udvrpfdjwrusrbrvjp{fwm`pdv!`pjpwfhu`wfd`p`Landscape: Generally large and continuous (>2,000 ha)Low = e.g. forest underburns w/ <30% mortality, negligable soil surface effects, no impact on stand heterogeneityMedium = partial stand replacement (30-70% mortality, moderate soil surface effects, increasing stand heterogeneityPatch: Realatively small and/or discontinuous. In natural conditions, typical size ranges from 1-2,000 ha. High= stand replacement >70% mortality, soil surface effects, increased stand homogenity (clay, clay loam, sandy clay, silty clay, silty clay loam) (loam, sandy loam, sandy clay loam)USER DEFINED? OR USE DRISCOLL ET AL. 1984?)Life Zone comprised of the Thermothermic and Infrathermic thermotype belts. Boreal: Yearly Positive Temperature (Tp): Infrathermic-Thermic = 501-800 Temperate: (Tp): Infrathermic-Thermic = 2001->2350 Mediterranean: (Tp): Infrathermic-Thermic = 2150->2450 Tropical: (Tp): Infrathermic-Thermic = 2701->3100Life Zone comprised of the Orothermic-Suprathermic-Mesothermic thermotype belt. Polar: Yearly Positive Temperature (Tp): Mesothermic 81-380 Boreal: Yearly Positive Temperature (Tp): Orothermic-Suprathermic-Mesothermic = 81-500 Temperate: (Tp): Orothermic-Suprathermic-Mesothermic = 381-1400 Mediterranean: (Tp): Orothermic-Suprathermic-Mesothermic = 451-2150 Tropical: (Tp): Orothermic-Suprathermic-Mesothermic = 451-2700Life Zone comprised of the Athermic and Cryothermic thermotype belts. Polar: Yearly Positive Temperature (Tp): Athermic = 0 Suprathermic = 1-80 Boreal: Yearly Positive Temperature (Tp): Athermic - Cryothermic = 0-80 Temperate: Yearly Positive Temperature (Tp): Athermic - Cryothermic = 0-380 Mediterranean: Yearly Positive Temperature (Tp): Athermic - Cryothermic = 0-450 Tropical: Yearly Positive Temperature (Tp): Athermic - Cryothermic = 0-450Y#&IuM%m9q?GyE)QsSand Soil Texture (sand, loamy sand)SandPC?=9 ?Mineral: W/ A Horizon <10 cmMineral: W/A Horizon <10 cmPCB@%% 7Mineral: W/ A Horizon >10 cmMineral: W/A Horizon >10 cmPCB@%% 7Muck Muck PC 7Organic Peat ( >40 cm)Organic PeatPC-+ 7vDeep Soil (>100 cm)DeepPC.,( ?lShallow Soil (15-100 cm) (30 - 100?)Shallow SoilPCGE9 ?bVery Shallow Soil (<15 cm) (<30?)Very ShallowPCDB6 ?X+User Defined(e.g. Serpentine, etc.)User DefinedPCGE9 N Acidic SoilAcidicPC 7D Circumneutral SoilCircumneutralPC*( 7: Alkaline SoilAlkalinePC  70 Oligotrophic SoilOligotrophicPC(& 7& Mesotrophic SoilMesotrophic SoilPC+) 7 Eutrophic SoilEutrophicPC"  7 PeriglacialPeriglacialPC! 7 UnglaciatedUnglaciatedPC! 7 Glaciated Glaciated PC 7Beach (Substrate)BeachREE" 7+Other Specialized SubstratesOtherPC-+&& wPlaya Lake BedPlaya Lake BedPC'% 7TufaTufaPC 7Rock Outcrops/Barrens/GladesRock Outcrops/Barrens/GladesPCCA%% 7Dune (Substrate)DunePC 7Talus (Substrate)TalusPC! 7Cliff (Substrate)CliffPC! 7Toeslope/Valley BottomToeslope/Bottom/Valley PC86 7Side SlopeHigh-Low SlopePC#! 7Ridge/Summit/Upper SlopeHigh Ridge/Upper SlopePC97!! 7+TBD...+@\TBD...PC$" Moss/Lichen (Non-Vascular)Moss/Lichen (Non-Vascular)PC?=## 7~Herbaceous HerbaceousHerbaceousPC53) ?}Woody-HerbaceousHerbaceous with a woody layerWoody-HerbaceousPCTRB ?|Grassland, Savanna, Steppe (graminoid-dominated) HerbaceousGrassland, Savanna, SteppePCkiO9 ?rShrubland (Shrub-dominated)(SEMI-DESERT, CHAPPARAL, ETC.)Shrubland (Shrub)PCa_N$ ?Y"U9q<KkAI{M)e)U$#W-Patch/Medium IntensityPatch/Medium IntensityPC97!! 7#W-Patch/High IntensityPatch/High IntensityPC53 7"Lava FlowLava FlowPC 7"AvalancheAvalanchePC 7"LandslideLandslidePC 7"Flood ScouringFlood ScouringPC'% 7!G-Landscape/Low IntensityLandscape/Low IntensityPC;9"" 7!G-Landscape/Medium IntensityLandscape/Medium IntensityPCA?%% 7!G-Landscape/High IntensityLandscape/High IntensityPC=;## 7!G-Patch/Low IntensityPatch/Low IntensityPC31 7!G-Patch/Medium IntensityPatch/Medium IntensityPC97!! 7!G-Patch/High IntensityPatch/High IntensityPC53 7 F-Landscape/Low IntensityLandscape/Low IntensityPC;9"" 7z F-Landscape/Medium IntensityLandscape/Medium IntensityPCA?%% 7p F-Landscape/High Intensity5@ \Landscape/High IntensityPCIG/# ?f F-Patch/Low Intensityq@\Patch/Low IntensityPC?=* ?\ F-Patch/Medium Intensitys@\Patch/Medium IntensityPCEC-! ?R F-Patch/High Intensity@\Patch/High IntensityPCA?+ ?HVery Long Disturbance Interval (>100 YRS)Very LongPCIG>' ?>Long Disturbance Interval (26-100 YRS)LongPCA?;" ?4Intermediate Disturbance Interval (13-25 YRS)IntermediatePCPNB* ?*Short Disturbance Interval (7-12 YRS)ShortPCA?:# ? Very Short Disturbance Interval (<1-6 YRS)Very ShortPCKI?( ?+Other Substrate ConsolidationOtherPC.,'' w UnconsolidatedUnconsolidatedPC'% 7ConsolidatedConsolidatedPC#! 7XericXericPC 7UsticUsticPC 7UdicUdicPC 7AridicAridicPC 7AquicAquicPC 7Clay Soil Texture;@\ClayPC,*& ?Silt Soil Texture (silt, silt loam)SiltPC><8 ?Loam Soil Texture$@\LoamPC,*& ?$Y!:i'LLo?s; a pChinea 1993Chinea, J. D., R. J. Beym Short (<5 yrs) Flooding IntervalShort (<5 yrs)PC97)) 7 Intermittent FloodingIntermittentPC,* 7 Saturated SoilSaturatedPC"  7 +User Defined (e.g Hardpan, Calliche, etc.)User DefinedPCNL@  Clay Subsoil TextureClayPC#! 7 Silt Subsoil TextureSiltPC#! 7x Loam Subsoil TextureLoamPC#! 7n Sand Subsoil TextureSandPC#! 7P }Deep (>15 cm) WaterDeep (>15 cm)PC+) 7F }Shallow (<15 cm) WaterShallow (<15 cm)PC1/ 7< |+User Defined (e.g Serpentine, etc.)User DefinedPCGE9 2 {Acidic WaterAcidicPC 7( {Circumneutral WaterCircumneutralPC+) 7 {Alkaline WaterAlkalinePC! 7 zOligotrophic WaterOligotrophicPC)' 7 zMesotrophic WaterMesotrophic WaterPC-+ 7 zEutrophic WaterEutrophicPC#! 7 o+User DefinedUser DefinedPC$" w eTidal / Estuarine(TIDAL FLOW, FRINGE)Tidal / EstuarinePCMK: ? eRiverine / Alluvial (STREAM FLOW)Riverine / AlluvialPCJH5 ? eDepressional(RAINWATER, LOCAL SHEET FLOW)DepressionalPCLJ> ? eExtensive Wet Flat(SHEET FLOW, SEEPAGE FLOW)Extensive Wet FlatPCUSA ? eSeepage-Fed Sloping (SEEPAGE FLOW)Seepage-Fed SlopingPCLJ7 ? 5Long (> 500 yrs) PersistenceLong (> 500 yrs)PC75%% 7 5Moderate (100-500 yrs) PersistenceModerate (100-500 yrs)PCCA++ 7 5Short (50-100 yrs) PersistenceShort (50-100 yrs)PC;9'' 7~ 4+User DefinedUser Defined PC%# wL ++User DefinedUser Defined PC%# wB *+User Defined]@`User DefinedPC0." $ #W-Landscape/Low IntensityLandscape/Low IntensityPC;9"" 7 #W-Landscape/Medium IntensityLandscape/Medium IntensityPCA?%% 7 #W-Landscape/High IntensityLandscape/High IntensityPC=;## 7 #W-Patch/Low IntensityPatch/Low IntensityPC31 7LVAL W.G? (valley flat) Extensive marshy, depressed areas of floodplains between the natural levee borders of channel belts and valley sides or terraces.Relatively flat, horizontal, or gently inclined surfaces, sometimes long and narrow, bounded by a steeper ascending slope on one side and by a steeper descending slope on the opposite side found in the upper shore zone beyond the reach of ordinary waves and tides.(wash) The flat-floored channel of an ephemeral stream, commonly with very steep to vertical banks cut in alluvium.One of a series of platforms in a stream valley, flanking and more or less parallel to the stream channel, originally formed near the level of the stream, and representing the dissected remnants of an abandoned floodplain, streambed, or valley floor produced during a former stage of erosion or deposition.A floodplain or a low-gradient delta. It may be modern or relict.A nearly level, graded, alluvial surface.A body of alluvium, with or without debris flow deposits, whose surface forms a segment of a cone that radiates downslope from the point where the stream emerges from a narrow valley onto a less sloping surface. Common longitudinal profiles are gently sloping and nearly linear. Source uplands range in relief and aerial extent from mountains and plateaus to gullied terrain on hill and piedmont slopes.The material washed down mountain and hill slopes by ephemeral streams and deposited at the mouth of gorges in the form of a moderately steep, conical mass descending equally in all directions from the point of issue.(metastable slope) A mountain or hill slope that is responding to valley incision and has detritus accumulated behind obstructions, indicating contemporary transport of slope alluvium. Slope gradients commonly exceed 45%. (e.g Hardwoods, Bottomland Hardwoods, Oaks, Mixed Mesophytic, Sagebrush, Cottonwood, Willow) Yn8 wd3eLc&wlP PolarPolarPC 7 BorealBorealPC 7 TemperateTemperatePC 7 MediterraneanMediterraneanPC%# 7 Tropical/SubtropicalTropicalPC'% 7) oPeatland Microtopography of Strings and FlarksPeatland Microtopography of Strings and FlarksSCGhe77 7( oMaritime Climatemaritime climateSCG,) w' *Picea mariana - Larix laricinaPicea mariana - Larix laricinaSCGHE'' w& oAlpine SlopesAlpine SlopesSCG&# 7% |Brackish (Mesohaline)Brackish (Mesohaline)SCG63 7$ |Saltwater (Polyhaline)Saltwater (Polyhaline)SCG85 7# *Spartina (patens, alterniflora)Spartina (patens, alterniflora)SCGJG(( w" *Thuja occidentalis - Fraxinus nigraThuja occidentalis - Fraxinus nigraSCGRO,, w! *Picea (rubens, mariana) - Acer rubrumPicea (rubens, mariana) - Acer rubrumSCGVS.. w Rocks and Derived Substrates of the immediate coastRocks/Derived Substrates of immediate coastSCGjg<< 7 *Acer saccharum - Betula spp.Acer saccharum - Betula spp.SCGDA%% w *Pinus spp. - Tsuga canadensisPinus spp. - Tsuga canadensisSCGFC&& w *Picea (glauca, mariana, rubens) - Abieseastern spruce - firPicea (glauca, mariana, rubens) - AbiesSCGzwP0  *Quercus - CaryaQuercus - CaryaSCG*' w *Pinus (strobus, rigida, echinata, virginiana) - Quercus prinusPinus (strobus, rigida, echinata, virginiana) - Quercus prinusSCGGG w *Pinus rigidaPinus rigidaSCG$! w Sandplains/Glacial Outwash or FlatsSandplains/Glacial Outwash or FlatsSCGRO,, 7 >180-day hydroperiod>180 daysPC(& 7 30-180-day hydroperiod30-180 daysPC,* 7 1-29-day hydroperiod1-29 daysPC)' 7 <24-hour hydroperiod<24 hoursPC(& 7 +Other Flooding Return IntervalOtherPC/-(( w Long (>25 yrs) Flooding IntervalLong (>25 yrs)PC97)) 7 Intermediate (5-25 yrs) Flooding intervalIntermediate (5-25 yrs)PCKI22 73Y#~Il1Q{: ~W0 Z#Bayout@dBayouMJR" ?Bay@dBayMJR ?Basin floorBasin floorMJR" 7Basin@ cBasinMJR" ?Barrier reef\@ cBarrier reefMJR0-! ?Barrier island(s)@cBarrier island(s)MJR:7& ?Barrier flat@cBarrier flatMJR0-! ?Barrier beach@cBarrier beachMJR2/" ?Bar@cBarMJR ?Bank2@cBankMJR  ?Bald4@cBaldMJR  ?Bajada@cBajadaMJR$! ?Badlands@cBadlandsMJR(% ?Backwater@cBackwaterMJR*' ?Backswamp@ `BackswampMJR*' ?Backshore terrace@`Backshore terraceMJR:7& ?Avalanche chuteAvalanche chuteMJR*' 7Arroyos@`ArroyoMJR$! ?Alluvial terrace2@`Alluvial terraceMJR85% ?Alluvial plainB@`Alluvial plainMJR41# ?Alluvial flat)@`Alluvial flatMJR2/" ?Alluvial fan@`Alluvial fanMJR0-! ?Alluvial cone@`Alluvial coneMJR2/" ?Active slope@`Active slopeMJR0-! ?Interior Low PlateauInterior Low PlateauMJR41 wCumberland and Southern Ridge and ValleyCumberland and Southern Ridge and ValleyMJR\Y11 w Ozark/OuachitaOzark/OuachitaMJR(% w North Atlantic Coastal PlainNorth Atlantic Coastal PlainMJRDA%% w Southern AppalachiansSouthern AppalachiansMJR63 w Southern PiedmontSouthern PiedmontMJR.+ w South FloridaSouth FloridaMJR&# w Florida PeninsulaFlorida PeninsulaMJR.+ w Mid and Southern Atlantic Coastal PlainMid and Southern Atlantic Coastal PlainMJRZW00 w East Gulf Coastal PlainEast Gulf Coastal PlainMJR:7 w West Gulf Coastal PlainWest Gulf Coastal PlainMJR:7 wLVAL Bq?|AQ ^XG93THO01ICECThomas and Allen 1993Thomas, R. D., and C. M. Allen. 1993. Atlas of the vascular flora of Louisiana. Volume I: Ferns & fern allies, conifers, & monocotyledons. Louisiana Department of Wildlife and Fisheries, Natural Heritage Program and TheA depressed area with no or limited surface outlet. Examples are closed depressions in a glacial till plain, lake basin, river basin, or fault-bordered intermontane structure such as the Bighorn Basin of Wyoming.A coral reef that is separated from the coast by a lagoon that is too deep for coral growth.Similar to a barrier beach but consisting of multiple instead of single ridges and commonly having dunes, vegetated zones, and swampy terraces extending lagoonward from the beach, or a detached portion of a barrier beach between two inlets.The relatively flat area, often occupied by pools of water, separating the exposed or seaward edge of a barrier and the lagoon behind the barrier.(offshore bar) A single elongate sand ridge rising slightly above the high-tide level and extending generally parallel with the coast, but separated from it by a lagoon.An elongated landform generated by waves and currents and usually running parallel to the shore, composed predominantly of unconsolidated sand, gravel, cobbles, or stones with water on two sides.The rising ground bordering a lake, river, or sea.A high rounded knob or mountain top, bare of forest.The nearly flat surface of a continuous apron consisting of confluent alluvial fans which, together with the pediment, make up the piedmont slope in a basin.A region nearly devoid of vegetation where erosion, instead of carving hills and valleys of the ordinary type, has cut the land into an intricate maze of narrow ravines and sharp crests and pinnacles.A creek or series of connected lagoons parallel to a coast, separated narrowly from the sea, and communicating with it by barred outlets, or a currentless body of water of the same trend as a river and fed from it at the lower end by a back-flow.LVAL  6=g) @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @(floodplain) Lowlands formed by alluvial deposit along a stream or in a lake basin.A swamp or tract of wet land, covered in many cases with peat.(a) A high bank or bold headland, with a broad, precipitous, sometimes rounded cliff face overlooking a plain or body of water, especially on the outside of a stream meander; (b) Any cliff with a steep, broad face.A general term for various saucer-, cup-, or trough-shaped hollows formed by wind erosion on a pre-existing dune or other sand deposit; the adjoining accumulation of sand derived from the depression, where readily recognizable, is commonly included.A platform-type, nearly level to gently inclined erosional surface developed on resistant strata in areas where valleys are cut in alternating strong and weak layers with an essentially horizontal attitude.An essentially continuous mound of beach material behind the beach that has been heaped up by wave or other action. Ridges may occur singly or as a series of approximately parallel deposits.The unconsolidated material that covers a gently sloping zone, typically with a concave profile, extending landward from the low-water line to the place where there is a definite change in material or physiographic form (such as a cliff) or to the line of permanent vegetation; the relatively thick and temporary accumulation of loose water-borne material (usually well-sorted sand and pebbles, accompanied by mud, cobbles, boulders, and smoothed rock and shell fragment) that is in active transit along, or deposited on, the shore zone between the limits of low water and high water.A lake, or small sluggish secondary stream, often in an abandoned channel or a river delta, local on the Gulf Coast.A recess in the shore or an inlet of a sea or lake between two capes or headlands, not as large as a gulf but larger than a cove.Y'nAmD[.f2 j'o8Z'i994Eddleman, L. EDoline@hDolineMJR$! ?Dipslope\@hDipslopeMJR(% ?Dike@hDikeMJR  ?Desert pavement@hDesert pavementMJR63$ ?Depression@hDepressionMJR,) ?Depositional stream terraceDepositional stream terraceMJRB?$$ 7Depositional leveeDepositional leveeMJR0- 7Delta plainm@ gDelta plainMJR.+  ?Delta@ gDeltaMJR" ?Debris slide@gDebris slideMJR0-! ?CuestaA@gCuestaMJR$! ?Crest>@gCrestMJR" ?CoveH@gCoveMJR  ?Colluvial slope@gColluvial slopeMJR63$ ?Colluvial shoulderJ@gColluvial shoulderMJR<9' ?Collapse sinkhole@gCollapse sinkholeMJR:7& ?Col@gColMJR ?Coastal plain@gCoastal plainMJR2/" ?Coast@ fCoastMJR" ?Cliff (Landform)X@ fCliffMJR-*% ?Cirque headwall3@ fCirque headwallMJR63$ ?Cirque floorCirque floorMJR$! 7Cirquew@fCirqueMJR$! ?Cinder cone@fCinder coneMJR.+  ?Chenier plainChenier plainMJR&# 7Chenier&@fChenierMJR&# ?Channelh@fChannelMJR&# ?Carolina baye@fCarolina bayMJR0-! ?Canyonn@fCanyonMJR$! ?Caldera@fCalderaMJR&# ?Butte@fButteMJR" ?Braided channel or stream@fBraided channel or streamMJRJG." ?BottomlandsS@dBottomlandsMJR.+  ?Bog>@dBogMJR ?Bluff@dBluffMJR" ?Blowout@dBlowoutMJR&# ?Bench@dBenchMJR" ?Beach ridge@dBeach ridgeMJR.+  ?Beach (Landform)H@dBeachMJR-*% ?LVAL Va&vt                              @ @ @ @  A strip of land of indefinite width (may be several miles) that extends from the seashore inland to the first major change in terrain features.Any high, very steep to perpendicular or overhanging face of rock or earth; a precipice.The steep, wall-like cliff at the back of a cirque.Semi-circular, concave, bowl-like area with steep face primarily resulting from erosive activity of a mountain glacier.A conical elevation formed by the accumulation of volcanic ash or clinker-like material around a vent with steeper sides than an ash cone.Beach ridge built upon swamp deposits.The deepest portion of a stream, bay, or strait through which the main volume or current of water flows.A swampy area, usually oval-shaped and covered with brush, local on the South Atlantic Coastal Plain.A long, deep, narrow, very steep-sided valley with high and precipitous walls in an area of high local relief.A large basin-shaped volcanic depression, more or less circular or cirque-like in form, the diameter of which is many times greater than that of the included volcanic vent or vents, no matter what the steepness of the walls or form of the floor.(mesa) A conspicuous isolated hill or small mountain, especially one with very steep or precipitous sides, or a turret-like formation such as those found in the badlands.(floodplain landforms) A channel or stream with multiple channels that interweave as a result of repeated bifurcation and convergence of flow around interchannel bars, resembling in plan the strands of a complex braid. Braiding is generally confined to broad, shallow streams of low sinuosity, high bedload, non-cohesive bank material, and step gradient. At a given bank-full discharge, braided streams have steeper slopes and shallower, broader, and less stable channel cross sections than meandering streams.LVAL ds2:!@h_ZfddVWjbfbfddmfo`p`pdk`jpdmW__ZPlains formed by the accumulation of silt at the mouths of streams, or by overflow along their lower courses.A body of alluvium, nearly flat and fan-shaped, deposited at or near the mouth of a river or stream where it enters a body of relatively quiet water, usually a sea or lake.The rapid downward movement of predominantly unconsolidated and incoherent earth and debris in which the mass does not show backward rotation but slides or rolls forward, forming an irregular hummocky deposit which may resemble morainal topography.A sloping plain which is terminated on one side by a steep slope.(summit) The commonly linear top of a ridge, hill or mountain.A small area of plain or valley that extends into mountains or plateaus.The inclined surface of a hill, mountain, plateau, plain, or any part of the surface of the earth, consisting of alluvium in part and also containing angular fragments of the original rock.The geomorphic component that forms the uppermost inclined surface at the top of a hillslope. It comprises the transition zone from backslope to summit of an upland. The surface is predominantly convex in profile and erosional in origin; consisting of alluvium in part and also containing angular fragments of the original rock.Caverns may become so enlarged by solution and erosion that they may locally collapse, thus giving rise to this class of sinkholes.A saddle or gap across a ridge or between two peaks; also, in a valley in which streams flow both ways from a divide, that part of the valley at the divide, especially if the valley slopes rather steeply away from the divide.Any plain which has its margin on the shore of a large body of water, particularly the sea, and generally represents a strip of recently emerged sea bottom.LVAL E5Nq4 A slow flow of earth lubricated with water, occurring as either a low-angle terrace flow or a somewhat steeper but slow hillside flow.A mound, ridge, or hill of loose, windblown granular material (generally sand), either bare or covered with vegetation.A low, smooth, elongated oval hill, mound, or ridge of compact glacial till that may or may not have a core of bedrock or stratified glacial drift. The longer axis is parallel to the general direction of glacier flow. Drumlins are products of streamline (laminar) flow of glaciers, which molded the subglacial floor through a combination of erosion and deposition.A small stream valley, generally more open and with broader floor than a ravine or gulch.A part of the surface of the lithosphere that is occupied by a drainage system or contributes surface water to that system.A roughly symmetrical upfold, with bed dipping in all directions, more or less equally, from a point. A smoothly rounded landform or rock mass such as a rock-capped mountain summit, roughly resembling the dome of a building.Rounded hollows varying from 30 to 3000 feet in diameter and from 6 to 330 feet deep, that may be dish-, funnel-, or well-shaped.A slope of the land surface which conforms approximately to the dip of the underlying rocks.A tabular body of igneous rock that cuts across the structure of adjacent rocks or cuts massive rocks, often the result of magma intrusion.(desert crust) When loose material containing pebbles or larger stones is exposed to wind action, the finer dust and sand are blown away and the pebbles gradually accumulate on the surface, forming a sort of mosaic which protects the finer material underneath from attack.A low place of any size on a plain surface, with drainage underground or by evaporation; a hollow completely surrounded by higher ground and having no natural outlet for surface drainage.Y&Gh'g{NyL!qLOiGorge@kGorgeMJR" ?Glacier@kGlacierMJR&# ?Glaciated uplands?@kGlaciated uplandsMJR:7& ?Glaciated rugged bedrock knobsGlaciated rugged bedrock knobsMJRHE'' 7Glaciated plainsGlaciated plainsMJR,) 7GapQ@kGapMJR ?Frost moundK@kFrost moundMJR.+  ?Frost creep slope8@ jFrost creep slopeMJR:7& ?Foredune@ jForeduneMJR(% ?FootslopeFootslopeMJR 7Foothill(s)E@jFoothill(s)MJR.+  ?FluvialFluvialMJR 7Floodplain@jFloodplainMJR,) ?Flat@jFlatMJR  ?Fissure ventFissure ventMJR$! 7Fissure4@jFissureMJR&# ?FenFenMJR 7Fault terraceFault terraceMJR&# 7Fault scarp>@jFault scarpMJR.+  ?Fan piedmontFan piedmontMJR$! 7Exogenous domeExogenous domeMJR(% 7Estuary@jEstuaryMJR&# ?Esker@jEskerMJR" ?Escarpment@jEscarpmentMJR,) ?Erosional stream terraceErosional stream terraceMJR<9!! 7Eroding stream channel systemEroding stream channel systemMJRFC&& 7Eroded benchEroded benchMJR$! 7Earth hummocks@jEarth hummocksMJR41# ?Earth flow@ hEarth flowMJR,) ?Dune fieldDune fieldMJR  7Dune (undifferentiated)Dune (undifferentiated)MJR:7 7Dune (Landform)w@ hDuneMJR+($ ?Drumlinm@hDrumlinMJR&# ?DrawY@hDrawMJR  ?Drainage channel (undifferentiated)Drainage channel (undifferentiated)MJRRO,, 7Drainage bottom (undifferentiated)Drainage bottom (undifferentiated)MJRPM++ 7Drainage basin{@hDrainage basinMJR41# ?Dome@hDomeMJR  ?LVAL Ykt^*JL@ h_ZsrwVWjbfbsrwwfuW__ZSlope where the soil creeps as a result of frost action.A coastal dune or dune ridge oriented parallel to the shoreline, occurring at the landward margin of the beach, along the shoreward face of a beach ridge, or at the landward limit of the highest tide, and more or less completely stabilized by vegetation.Lower subsidiary hills at the foot of a mountain, or of higher hills.(bottomland) The nearly level alluvial plain that borders a stream and is subject to inundation under flood-stage conditions unless protected artificially. It is usually a constructional landform built of sediment deposited during overflow and lateral migration of the stream.A general term for a level or nearly level surface or small area of land marked by little or no relief, e.g., mud flat or valley flat.An extensive crack, break, or fracture in the rocks.The cliff formed by the fault and usually modified by erosion.Drainage channel adjacent to the sea in which the tide ebbs and flows; some are the lower courses or rivers or smaller streams, others are no more than drainage ways that lead seawater into and out of coastal swamps.A long, narrow sinuous, steep-sided ridge composed of irregularly stratified sand and gravel that was deposited by a subsurface stream flowing between ice walls, or in an ice tunnel of a retreating glacier, and was left behind when the ice melted.(scarp) A relatively continuous and steep slope or cliff breaking the general continuity of more gently sloping land surfaces and produced by erosion or faulting. The term is more often applied to cliffs produced by differential erosion.Patterned ground with an essentially circular mesh, a nonsorted appearance, and a form characterized by its three-dimensional, knob-like shape and cover of vegetation.|LVALd%"6^9@@@Pillars developed by erosion of horizontal strata of varying hardness in regions where most rainfall is concentrated during a short period of the year.A sharp anticlinal ridge, decreasing in height at both ends until it runs out.(foothills) A natural elevation of the land surface, rising as much as 300 m above the surrounding lowlands, usually of restricted summit area (relative to a tableland) and having a well-defined outline; hill slopes generally exceed 15%. The distinction between a hill and a mountain is often dependent on local usage.Includes all mountains, the heights of the land which are greater than hills, and all elevated masses of land, which are called plateaus, or tablelands.Any projection of the land into the sea, generally applied to a cape or promontory of some boldness and elevation.A valley the floor of which is notably higher than the level of the valley or shore to which it leads.(ravine) A small stream valley, narrow and steep-sided in cross section, and larger than a gully.The material deposited from a glacier on the ground surface over which the glacier has moved, bordered by lateral and/or terminal moraines.A block, generally long compared to its width, that has been downthrown along faults relative to the rocks on either side.(a) A narrow, deep valley with nearly vertical rocky walls, enclosed by mountains, smaller than a canyon, and more steep-sided than a ravine; especially a restricted, steep-walled part of a canyon; (b) A narrow defile or passage between hills or mountains.A mass of ice with definite lateral limits, with motion in a definite direction, and originating from the compacting of snow by pressure.Uplands that have been scoured and worn down by glacial action.Any deep notch, ravine, or opening between hills or in a ridge or mountain chain.General term for knolls, hummocks, and hills associated with frozen ground.LVAL Y m c,#iubwW_VWsm`pwmjgfrg168CONSERVATION INTERNATIONAL 1997CONSERVATION INTERNATIONAL, ESCUELA POLITECNICA NACIONAL, FEDIMA, MUSEO DE HISTORIA NATURAL -UNMSM. 1997. RAP Working Papers 7. The Cordillera del Condor region of Ecuador and Peru: a biologA narrow shelf, partly cut and partly built, which remains as a terrace when the water level of a lake falls.Any standing body of inland water, generally of considerable size.A body of shallow water, particularly one possessing a restricted connection with the sea.(a) A rounded eminence, as a knoll, hillock, or small hill or mountain, especially a prominent or isolated hill with steep sides, commonly found in the southern United States; (b) A peak or other projection from the top of a hill or mountain. Also a boulder or group of boulders or an area of resistant rocks protruding from the side of a hill or mountain.A steep-sided bowl-shaped depression without surface drainage. It is in glacial drift deposits and believed to have formed by the melting of a large, detached block of stagnant ice buried in the glacial drift.A limestone plateau marked by sinks, or karst holes, interspersed with abrupt ridges and irregular protuberant rock; usually underlain by caverns and underground streams.A terrace-like body of stratified drift deposited between a glacier and an adjacent valley wall.A mound-like hill of ice-contact glacial drift, composed chiefly of stratified sand and gravel.A tract of land, usually of moderate extent, surrounded by water.The district between adjacent streams flowing in the same general direction.Prominent steep-sided residual hills and mountains rising abruptly from plains, that are generally bare and rocky, large and small, isolated, and surrounded by lowland surfaces of erosion.A short, narrow waterway connecting a bay, lagoon, or similar body of water with a large parent body of water.A rounded or conical mound of knoll, hillock, or other small elevation. Also, a slight rise of ground above a level surface.LVALFQGh_[a`jVWjbfba`jmf}W__[aDrift, deposited chiefly by direct glacial action.A residual rock, hill, or mountain standing above a peneplain.(pimple mound) Small, rounded, circular elevations 15 to 30 feet in diameter and 2 to 6 feet in height.A slope that is relatively stable at the present time, but may become active if the environmental balance is disturbed, for instance, by road construction or destruction of vegetation.(tableland) A flat-topped mountain or other elevation bounded on at least one side by a steep cliff.Crescentic cuts in the upland bordering a stream, which were cut by lateral planation on the outer part of the meander loop.The part of a floodplain between two lines tangent to the outer bends of all the meanders, or the zone within which channel migration occurs.A shallow lake, the waters of which are either stagnant or actuated by a very feeble current; filled with rushes, reeds, and sedges and are often bordered by trees which love to plunge their roots into the muddy soil.Extended plains or country lying not far above tide level and generally less than 1000 above sea level.Slightly submerged sand ridges which extend generally parallel with the shoreline and are submerged at least by high tides.(floodwall, earth dike) An artificial or natural embankment built along the margin of a watercourse or an arm of the sea, to protect land from inundation or to confine streamflow to its channel.A bed of several beds as in a quarry or natural outcrop, particularly those projecting in a step-like manner.The solidified, stationary mass of rock formed when a lava stream congeals.Certain aggregations of drift which are left by a valley glacier after melting.The perceptible downward sliding or falling of a relatively dry mass of earth, rock, or mixture of the two.LVAL\1Y/5&zkP1"vgL-rcH@?7@Stats Systems by Division with StatBBBBBBBBBBc,GO3ķ  (mima mounds) Small, rounded, circular elevations 15 to 30 feet in diameter and 2 to 6 feet in height.A group term for the more or less symmetrical forms, such as circles, polygons, nets, steps, and stripes, that are characteristic of, but not necessarily confined to, mantle subject to intensive frost action.(meander belt, oxbow lake) A closely looping stream meander having an extreme curvature such that only a neck of land is left between the two parts of the stream. A term used in New England for the land enclosed, or partly enclosed, within an oxbow.(glacial outwash, kettles) An extensive lowland area of coarse-textured, glaciofluvial material. An outwash plain is commonly smooth; where pitted, due to melt-out of incorporated ice masses, it is generally low in relief.A muddy, low-lying strip of ground by the shore, or an island, usually submerged more or less completely by the rise of the tide.A natural elevation of the land surface, rising more than 300 m above surrounding lowlands, usually of restricted summit area (relative to a plateau), and generally having steep sides (greater than 25% slope) with or without considerable bare rock surface. A mountain can occur as a single, isolated mass or in a group forming a chain or range. Mountains are primarily formed by deep-seated earth movements and/or volcanic action and secondarily by differential erosion.A low hill of earth, natural or artificial.A drift topography characterized by chaotic mounds and pits, generally randomly oriented, developed in superglacial drift by collapse and flow as the underlying stagnant ice melted. Slopes may be steep and unstable, and there will be used and unused stream courses and lake depressions interspersed with the morainic ridges. Consequently, there will be rapid or abrupt changes between materials of differing lithology.LVALE @ h_[krpVWjbfbkrA long, narrow elevation of the land surface, usually sharp-crested with steep sides and forming an extended upland between valleys. The term is used in areas of both hill and mountain relief.(gulch, draw) A small stream channel, narrow, steep-sided, and commonly V-shaped in cross section; and larger than a gully.A rounded, steep-sided depression resulting from downward surface solution.The usually dry and nearly level lake plain that occupies the lowest parts of closed depressions, such as those occurring on intermontane basin floors; temporary flooding occurs primarily in response to precipitation-runoff events; deposits are fine-grained and may or may not be characterized by high water table and saline conditions.(mesa, plain) An extensive upland mass with a relatively flat summit area that is considerably elevated (more than 100 m) above adjacent lowlands, and is separated from them on one or more sides by escarpments. A comparatively large part of a plateau surface is near summit level.(lowland, plateau) An extensive lowland area that ranges from level to gently sloping or undulating. A plain has few or no prominent hills or valleys, and usually occurs at low elevation with reference to surrounding areas (local relief generally less than 100 m, although some, such as the Great Plains of the United States, are as much as 1000-1800 m above sea level.) Where dissected, remnants of a plain can form the local uplands.Any high tower or spire-shaped pillar of rock, alone or cresting a summit.A large frost mound; especially a relatively large conical mound of soil-covered ice (commonly 30-50 m high and up to 400 m in diameter) raised in part by hydrostatic pressure within and below the permafrost of Arctic regions, and of more than one year's duration.fLVAL lq<A small alluvial fan or other outspread deposit formed where an overloaded stream breaks through a levee and deposits its material (often coarse-grained) on the floodplain.(a) A small point or low tongue or narrow embankment of land, commonly consisting of sand or gravel deposited by longshore drifting and having one end attached to the mainland and the other terminating in open water, usually the sea; a finger-like extension of the beach; (b) A relatively long, narrow shoal or reef extending from the shore into a body of water.A hole that is formed primarily by solution action.A slope with slow downward movement of rock fragments.The inclined surface of a hill, mountain, plateau, plain, or any part of the surface of the earth.The track of bare rock left by a landslide.(doline) A closed depression formed either by solution of the surficial bedrock (e.g., limestone, gypsum, salt) or by collapse of underlying caves. Complexes of sinkholes in carbonate-rock terraces are the main components of karst topography.(hillslope) The geomorphic component that forms the uppermost inclined surface at the top of a hillslope. It comprises the transition zone from backslope to summit of an upland. The surface is predominantly convex in profile and erosional in origin.The line of intersection of the sea with the land.A part of the area covered by water, of the sea or lake or river, when the depth is little.An area where water oozes from the earth, often forming the source of a small stream.An escarpment, cliff, or steep slope of some extent along the margin of a plateau, mesa, terrace, or bench.A pond occupying a depression along an active fault.A low point on a ridge or crestline, generally a divide (pass, col) between the heads of streams flowing in opposite directions.The channel which contains a rivers waters.A valley produced by subsidence of a strip bounded by two parallel rifts.'LVAL =o>IzkP1"vgLA general term for the nearly level to gently sloping, bottom surface of a valley; component landforms include axial stream channels, the floodplain, and in some areas, low terrace surfaces that may be subject to flooding from tributary streams.(basin) An elongated, relatively large, externally drained depression of the earth's surface that is primarily developed by stream erosion. An elongage and wide depression with gently sloping borders.A long narrow intermontane depression occupied by two or more streams (whether expanded into lakes or not) alternately draining the depression in opposite directions.A strongly asymmetrical dune ridge extending transverse to the direction of dominant sand-moving winds.A marshy or muddy land area which is covered and uncovered by the rise and fall of the tide.A step-like surface, bordering a valley floor or shoreline, that represents the former position of an alluvial plain, or lake or sea shore. The term is usually applied to both the relatively flat summit surface (platform, tread) cut or built by stream or wave action, and the steeper descending slope (scarp, riser) graded to a lower base level of erosion.A small mountain lake or pool, especially one that occupies an ice-gouged basin on the floor of a cirque.Rock fragments of any size or shape (usually coarse and angular) derived from and lying at the base of a cliff or very steep, rock slope; the accumulated mass of such loose broken rock chiefly by falling, rolling, or sliding.An area intermittently or permanently covered with water, having shrubs and trees but essentially without the accumulation of peat.(a) A slight depression, sometimes swampy, in the midst of generally level land; (b) A shallow depression in an undulating ground moraine due to uneven glacial deposition; (c) A long, narrow, generally shallow, trough-like depression between two beach ridges, and aligned roughly parallel to the coastline.The channel which contains a streams waters.LVAL j?mn=wiW_^Z`xma`bivojwibW_^Zjpzfpwru}rgarw`pjb`mp`wxu`m`uf`vjpk`vsfubrxpw}vrxwib`urmjp`s`hfv\W_Yjp!jpzfpwru}rgarw`pjb`mp`wxu`m`uf`vjpbrmmfwrpdrubifvwfuiruu}`pdk`vsfubrxpwjfvvrxG96MIN01ICECMinc 1996Minc, L. D. 1996. Michigan's Great Lakes coastal wetlands: Definition, variability, and classification. A report in 2 parts submitted to Michigan Natural Features Inventory, Lansing, areas where patchy wildfire commonly supports a mosaic of open grassland or savanna interspersed with more dense woodlandtypicallly on smaller rivers, or medium-sixed rivers in arid/semi-arid climates where phreatophytes intermingle along riverine edges and limited river floodplain dynamics take place, including levees, and first bottoms.small depressional wetland that draws down regularly, forming concentric rings of mostly herbaceous vegetationtypically includes shrub, herbaceous and non-vascular vegetation in complex mosaic determined in part by hydrologic regime and peat-formation. May include scattered trees or forested islands. May also occur adjacent to open water.Typically includes woody and herbaceous vegetation where soil is accumulated, along with cliff face and talus accumulationtyoically includes beach front, foredune, active and stabilized back dunes. Interdunal wetlands or slack ponds may also be included.metasedimentary sandstone, shists, and shalecoastal and interior marine sediments often with podsols and sterile sandstonestundra, wet meadow, dwarf shrubland, fell field, bedrock, talus, and snowpack in mosaica common recurring pattern in evaoration-driven playas in arid and semi-arid landscapes where salt encusted, non-vegegated areas a surrounded by a mosiac of salt grass (often in pockets) and scattered salt tolerant shrubs. These often transition into salt desert scurb in the surrounding landscape.An embankment extending seaward or lakeward from the shore line produced by wave deposition.Any loose surface deposits of sand, gravel, boulders, etc.}Yz au`bljviofvri`mjpfatfsjsi}wf[ ujvm`pdvrmjhrwursijb{`wfu_wujdhf`pdz`mmf}xwjmmsm`jp y[wad]xvfudfgjpfd]xvfudfgjpfd_xvfudfgjpfd_xvfudfgjpfd_xvfudfgjpfd_xvfudfgjpfd_xvfudfgjpfd_#XZirxui}dursfujrda%W^Vd`}i}dursfujrdaWX_d`}i}dursfujrdaYVW^Vd`}i}dursfujrda`ajfvbr`ixjmfpvjvtxfubxvi}srmfxbrjdfvtuxhrv``ajfvo`hpjgjb`$z`uo`hpjgjb` `aurpj`m`wjgrmj` `aurpj`o`ujwjo` `bfuv`bbi`uxoafwxm`vssa `bfuv`bbi`uxog`hxvhu`pdjgrmj``bjdjbvrjm]`bjdjb{`wfu_`bwjzfvmrsfb `h`zfbfuxm`w`grxtxjfuj`brmxop`ujv`h`zfvi`{jjgrxtxjfuj`brmxop`ujv `mh`[`ml`mjpfvrjm]`ml`mjpf{`wfu_`mmxzj`mbrpfb `mmxzj`mg`pb `mmxzj`mgm`wb`mmxzj`msm`jpb`mmxzj`mwfuu`bfb`msjpforv`jb`msjpfvmrsfva`msjpf `mwj`pdjpr[#`mwfufd`pdfbjwf`mxzj`m`oaurvj`dxorv``h`zfbfuxm`w` `oaurvj`vssrsxpwj`birmm` `tx`wjbifua[`txjb^`uaxwxvofp~jfvjj`ufp`vam`pb`v`ufpjvb``ujdjb^`uur}rb`uwfojvj`b`mjgrupjb`v`mzj`ofmmjgfu``uwfojvj`wujdfpw`w`vvswujdfpw`w`#`uwfojvj`wujdfpw`w`vvsz`vf}`p``vsfp `vsfpbrpjgfuoj|`z`m`pbif^`z`m`pbifbixwfba`bbi`ujvsjmxm`ujva`blvirufwfuu`bfba`blv{`osba`bl{`wfuba`dm`pdvba`k`d`ba`mdba`oarr[ a`plba`uba`uujfuaf`biba`uujfugm`wba`uujfujvm`pdvba`uujfuuffgba`vjpba`vjpgmrrub a`x|jw`a`}b!a`}rxb"af`bim`pdgruoeaf`bivxavwu`wf]af`biujdhfeafpbieafwxm`vss amr{rxweamxggearhearh`pdgfporv`jbaruf`maaruf`mgfparwwrom`pdveau`bljviofvri`mjpfaYu    @ @@@@@  @  rwifugmrrdjphufwxupjpwfuz`marwifumjgfgruov["rwifuvsfbj`mj~fdvxavwu`wfv]rwifuvxavwu`wfbrpvrmjd`wjrp^ rwifuwuff[wad]xvfudfgjpfd]xvfudfgjpfd_xvfudfgjpfd_xvfudfgjpfd_xvfudfgjpfd_xvfudfgjpfd_xvfudfgjpfd_#XZirxui}dursfujrda%W^Vd`}i}dursfujrdaWX_d`}i}dursfujrdaYVW^Vd`}i}dursfujrda`ajfvbr`ixjmfpvjvtxfubxvi}srmfxbrjdfvtuxhrv``ajfvo`hpjgjb`$z`uo`hpjgjb` `aurpj`m`wjgrmj` `aurpj`o`ujwjo` `bfuv`bbi`uxoafwxm`vssa `bfuv`bbi`uxog`hxvhu`pdjgrmj``bjdjbvrjm]`bjdjb{`wfu_`bwjzfvmrsfb `h`zfbfuxm`w`grxtxjfuj`brmxop`ujv`h`zfvi`{jjgrxtxjfuj`brmxop`ujv `mh`[`ml`mjpfvrjm]`ml`mjpf{`wfu_`mmxzj`mbrpfb `mmxzj`mg`pb `mmxzj`mgm`wb`mmxzj`msm`jpb`mmxzj`mwfuu`bfb`msjpforv`jb`msjpfvmrsfva`msjpf `mwj`pdjpr[#`mwfufd`pdfbjwf`mxzj`m`oaurvj`dxorv``h`zfbfuxm`w` `oaurvj`vssrsxpwj`birmm` `tx`wjbifua[`txjb^`uaxwxvofp~jfvjj`ufp`vam`pb`v`ufpjvb``ujdjb^`uur}rb`uwfojvj`b`mjgrupjb`v`mzj`ofmmjgfu``uwfojvj`wujdfpw`w`vvswujdfpw`w`#`uwfojvj`wujdfpw`w`vvsz`vf}`p``vsfp `vsfpbrpjgfuoj|`z`m`pbif^`z`m`pbifbixwfba`bbi`ujvsjmxm`ujva`blvirufwfuu`bfba`blv{`osba`bl{`wfuba`dm`pdvba`k`d`ba`mdba`oarr[ a`plba`uba`uujfuaf`biba`uujfugm`wba`uujfujvm`pdvba`uujfuuffgba`vjpba`vjpgmrrub a`x|jw`a`}b!a`}rxb"af`bim`pdgruoeaf`bivxavwu`wf]af`biujdhfeafpbieafwxm`vss amr{rxweamxggearhearh`pdgfporv`jbaruf`maaruf`mgfparwwrom`pdveau`bljviofvri`mjpfa Ytv@  @@ @@@@  @ @@@@ au`jdfdbi`ppfmruvwuf`oeaur`dmf`zfddfbjdxrxvviuxa[aur`dmf`zfddfbjdxrxvwuff[aur`dmf`zfdfzfuhuffpviuxa[aur`dmf`zfdfzfuhuffpwuff[aur`dmf`zfdviuxa[ aur`dmf`zfdwuff[au}rsi}wf[axuvfu`ojbursi}mm`s`bi}bfufxvsujphmfjaxwwfeb`m`o`hurvwjvrsijwjdjvb`mdfu`e b`p}rpe b`p}rporv`jb b`ulhmf}j~fdvrjmb`upfhj`mrsirbfufxvs`bi}bfufxvvwfprbfufxvb`bwjb`urmjp`a`}e bf`prwixvbxpf`wxv`dfprvwro`g`vbjbxm`wxobfubrb`usxvmfdjgrmjxv bi`o`fb}s`ujvprrwl`wfpvjvbi`ppfme bifpjfue bifpjfusm`jpebjpdfubrpfebjubxopfxwu`mvrjm]bjubxopfxwu`m{`wfu_bjutxfebjutxfgmrruebjutxfif`d{`mmebm`}vrjmwf|wxuf^bm`}vxavrjmwf|wxuf_bmjggm`pdgruoebmjggvxavwu`wf] br`vwebr`vw`mdxpforv`jbbr`vw`ms`zfofpwbr`vw`msm`jpebrmebrmm`svfvjplirmfebrmmxzj`mvirxmdfuebrmmxzj`mvmrsfebrpvrmjd`wfd^bru`~`m`wfujwjb`""$brzfebufvwebursbjubmf$bx`ubjw`bxfvw`ebxoafum`pd`pdvrxwifupujdhf`pdz`mmf}b bxsufvvxvo`bp`aj`p`bxsufvvxvo`burb`us`bhrzfpj`p`b`au`ovj`p`bxsufvvxvv`uhfpwjjd`ulhmf}j~fdvrjmd`umjphwrpj`b`mjgrupjb` dfaujvvmjdfedffs%W[bo{`wfu_dffsvrjm]dfmw`edfmw`sm`jpedfsrvjwjrp`mmfzffe dfsrvjwjrp`mvwuf`owfuu`bfe!dfsufvvjrpe"dfsufvvjrp`m_ dfvfuws`zfofpwe#dj`a`v`djlfe$djsvmrsfe%drmjpfe&drofidu`jp`hfa`vjpidu`jp`hfarwwroxpdjggfufpwj`wfdidu`jp`hfbi`ppfmxpdjggfufpwj`wfdidu`{iduxomjpidxpfm`pdgruoidxpfvxavwu`wf] dxpfxpdjggfufpwj`wfdidxpfgjfmdid{`ugviuxa[f`uwigmr{i f`uwiixoorblvi f`vwhxmgbr`vw`msm`jpbfpwjvrmfv fsjsi}wf[ i )Yuw@     @  @@@   @  @ @furdfdafpbii furdjphvwuf`obi`ppfmv}vwfoi furvjrp`mvwuf`owfuu`bfi fvb`usofpwifvlfuifvwx`u}ifxwursijbvrjm]fxwursijb{`wfu_fzfuhuffpvbmfursi}mmrxvviuxa[fzfuhuffpvbmfursi}mmrxvwuff[f|rhfprxvdrofif|wfpvjzf{fwgm`w_ gm`pdvb`sf ijhijpwfpvjw}^gm`pdvb`sf mr{jpwfpvjw}^gm`pdvb`sf ofdjxojpwfpvjw}^gs`wbi ijhijpwfpvjw}^gs`wbi mr{jpwfpvjw}^gs`wbi ofdjxojpwfpvjw}^g`psjfdorpwig`xmwvb`usig`xmwwfuu`bfigfpigfup[gfuu`mjwjbufdvrjmvgjvvxufigjvvxufzfpwigm`wigmrrdvbrxujph^gmrrdsm`jpigmrujd`sfpjpvxm`bgmxzj`migrrwijmmvigrrwvmrsfigrua[grufdxpfigrufvw`pd{rrdm`pdwuffd[&grxtxjfuj`vsmfpdfpvk`wursi`bxpf`w`m`uuf`wujdfpw`w`gu`pbjvb`pgruo`wjrpvrjmvgu`plfpj`s`mofujgurvwbuffsvmrsfigurvworxpdihm`pdvb`sf ijhijpwfpvjw}^hm`pdvb`sf mr{jpwfpvjw}^hm`pdvb`sf ofdjxojpwfpvjw}^hs`wbi ijhijpwfpvjw}^hs`wbi mr{jpwfpvjw}^hs`wbi ofdjxojpwfpvjw}^h`si hm`bj`wfd]hm`bj`wfdsm`jpvi!hm`bj`wfduxhhfdafdurbllpravi"hm`bj`wfdxsm`pdvi#hm`bjfui$hruhfi%hu`afphu`ojprjd[hu`pjwr!hu`vvm`pdv`z`pp`vwfssfhu`ojprjddrojp`wfd]hurxpdoru`jpfhxmbii`phjphz`mmf}i`uds`pif`dm`pdifua`bfrxv]ijhim`pdijmmvijmmvmrsfafdurblrxwbursijvwrvrmfv"irha`blirrdrrv ixoorbl ixoxvb`uarp`wfvrjmvjbfgjfmdv hm`bjfuvjhpfrxvurbljosfuof`amfm`}fu&jpmfw jpvfmafuh jpwfudxpfgm`w jpwfugmxzfjpwfujrumr{sm`wf`xb jpwfuofdj`wf[X[}uvgmrrdjphjpwfuz`majpwfuofdj`wfdjvwxua`pbfjpwfuz`m^ jpwfuojwwfpwgmrrdjph_jvm`pdaHHYvx @  @@@@ @  @ @ @@kxpjsfuxvbr`ixjmfpvjvkdfssf`p`ksjpbirwjjkxpjsfuxvorprvsfuo`hu`vvfvkxpjsfuxvrbbjdfpw`mjvl`ofl`oforu`jpfl`ofwfuu`bfl`uvwl`uvw l`uvwwr{ful`uvw{jpdr{lfhfml`uvwlfwwmflfwwmfdrxw{`vism`jplpralprmmluxooirm~m`hrrpm`lfm`lfwfuu`bfm`lfafdm`lfsm`jpm`pdvmjdf^m`pdvmjdf dfaujvgmr{ m`wfm}jphvpr{s`blm`wfu`moru`jpf!m`wfu`mvb`usxpdjggfufpwj`wfd"m`wfujw`m`wfujw`ijdurorugjb`""$#m`wrvrmv m`z`gmr{^m`z`gmr{xpdjggfufpwj`wfd#mfdhf$mfzff%mjbifp[mjofvwrpf mjwru`m`ufprvrmr`ovrjmwf|wxuf^mr`ovxavrjmwf|wxuf_mrfvvmrfvvdfsrvjwxpdjggfufpwj`wfdmrph%[VV}uvsfuvjvwfpbf_ mrph%X[}uvgmrrdjphjpwfuz`mamrphdjvwxua`pbfjpwfuz`m^mrphvirufa`umr{`uwfojvj`vss"mr{m`pd[%mr{m`pdvo`ujpf`mh`f o`ujpfvfdjofpw`u}o`ujpfwfuu`bfxpdjggfufpwj`wfdo`ujwjofbmjo`wfao`uviof`pdfuafmwof`pdfuvb`uofbi`pjb`mdjvwxua`pbfofdjwfuu`pf`paofv`ofvrwursijbvrjm]ofvrwursijb{`wfu_ofw`orusijburblofw`vw`amfvmrsfojd`pdvrxwifup`wm`pwjbbr`vw`msm`jpbojdvmrsf ojo`orxpd ojpfu`m!{ `iruj~rp#WVbo]!ojpfu`m!{ `iruj~rp%WVbo] ordfu`wfWVV[VV}uvsfuvjvwfpbf_orp`dprbl orpw`pf[$oru`jpf oru`jpfxpdjggfufpwj`wfd orvv mjbifpprpz`vbxm`u]orxpdorxpw`jpz`mmf}orxpw`jpvorxpw`jpz`mmf}g`porxpw`jpvjdfoxbl]oxdgm`wp`vvfmm`sxmbiu`pffdmfmf`zfdviuxa[ pffdmfmf`zfdwuff[prpz`vbxm`u[pruwi`wm`pwjbbr`vw`msm`jpbpruwis`bjgjbgfpprvfvmrsfrmjhrwursijbvrjm]rmjhrwursijb{`wfu_bYwy@   @ @@@@@@  @ @@ruh`pjbsf`w%ZVbo]rxw{`vig`prxw{`vism`jprxw{`viwfuu`bfr|ar{r|jvrmfv$r~`ul rx`bijw`bs`moviuxa[s`mowuff[ s`wwfupfdhurxpdxpdjggfufpwj`wfdsf`lsf`w`pdoxd sf`wdrofsf`wm`pdojburwrsrhu`si}rgvwujphv`pdgm`ulvasf`w}hmf}j~fdsfujhm`bj`m]sfujhm`bj`marxmdfugjfmdsjbf`hm`xb`o`uj`p`uxafpv`ajfva sjbf`uxafpvo`uj`p``bfuuxauxoasjbf`hm`xb` sjbf`o`uj`p` sjbf`o`uj`p`m`uj|m`ujbjp`asjbf`vjwbifpvjvsjbf`|mxw~jj sjfdorpwsjosmforxpdvsjphrsjpp`bmf sjpxvvwuraxvujhjd`fbijp`w`zjuhjpj`p`txfubxvsujpxva sjpxvbfoaurjdfvkxpjsfuxvdfssf`p`sjpxvbrpwruw` sjpxvdjvbrmrusmfjrsi}mm`sfphfmo`ppjjsjpxvfdxmjvkxpjsfuxvorprvsfuo`sjpxvfdxmjvkxpjsfuxvrvwfrvsfuo`sjpxvgmf|jmjvkxpjsfuxvvbrsxmruxokrvwfrvsfuo` sjpxvkfgguf}jsjpxvmrph`fz`sgmf|jmjvsjpxvorprsi}mm`kxpjsfuxvrvwfrvsfuo`!sjpxvujhjd`asjpxvv`ajpj`p`txfubxvdrxhm`vjjsjpxvvsswvxh`b`p`dfpvjva sm`jp!sm`wf`x"sm`}`#sm`}`m`lfafd]sm`}`orv`jbsrdvrmfv'srm`uasrpd%srwirmfsurvrsjvvssdrojp`wfdsvfxdrwvxh`ofp~jfvjjtx`uw~`mmjwjbvrjmvtxfubxvb`u}`a txfubxv`hujgrmj`txfubxv`hujgrmj`t{jvmj~fpjtfphfmo`ppjjtxfubxv`uj~rpjb`tforu}jthujvf`tramrphjgrmj`twrxof}jtxfubxvafuafujdjgrmj`txfubxvh`uu}`p`txfubxvh`uu}`p`z`uauf{fujtxfubxvh`uu}`p`z`uh`uu}`p`txfubxvlfmmrhhjjtxfubxvmra`w`txfubxvdrxhm`vjju`jvfdaf`biu`jvfdfvwx`u}u`jvfdoxdgm`wu`jvfdwjd`mgm`wu`zjpfufddjvi}fmmr{vrjmvufmjbwbr`vwmjpfujdhfujdhf`pdz`mmf} Yxz@@@@@@     @@  @ @ @@ujdhf vxoojw xssfuvmrsf]ujdhfwrsafdurblrxwburs ujgwz`mmf} ujo ujs`uj`porv`jbujsjr%ujzfuafd ujzfujpf `mmxzj`m_ urb`va`vjb`vjpwuxvjz`v"$(urblrxwbursv a`uufpv hm`dfv] urblg`mm`z`m`pbif urblv`pddfujzfdvxavwu`wfvrgwifjoofdj`wfbr`vwav`a`mof|jb`p`v`ddmfv`hsrpdv`mwvsu`}v`mw{`wfusrm}i`mjpfav`pdv`pdvrjmwf|wxuf]"v`pdvxavrjmwf|wxuf_v`pdijmmvv`pdsm`jpv hm`bj`mrxw{`virugm`wvav`ubra`wxvzfuojbxm`wxvv`wxu`wfdvrjm_v`z`pp`{rrdm`pdorv`jbvb`usvb`usvmrsfvbrxuvbrxufda`vjpvf`bmjggvfdjofpw`u}urblvffsvffs`hfgfdvmrsjph_ vfojviuxa[vftxrj`vfosfuzjufpvvftxrj`dfpdurphjh`pwfxovfusfpwjpfvi`mmr{#W[bo{`wfu_vi`mmr{vrjm]vir`mvirufmjpfviruw#[}uvgmrrdjphjpwfuz`m_ viruw[VWVV}uvsfuvjvwfpbf_viruwdjvwxua`pbfjpwfuz`m^ virxmdfuviuxam`pdviuxadrojp`wfd]vjdfvmrsf]vjmwvrjmwf|wxuf^vjmwvxavrjmwf|wxuf_vjplirmfvjplirmfxpdjggfufpwj`wfdvmjdfvmrsfvmrxhivmxos`pdwrssmfsurpfvmrsfvmxossrpd vrjmbuffsvmrsf!vrmrpfw~vrmxwjrpvjplirmf"vrxwigmrujd`bvrxwifup`ss`m`bij`pvbvrxwifupsjfdorpwbvs`uwjp`s`wfpv`mwfupjgmru`avsi`hpxovssvsjw#vsm`}$vwuf`owfuu`bfxpdjggfufpwj`wfd%vwuf`oafdvxak`bfpwl`uvwbrmm`svfvjplirmfvxavjdfpbfvjplirmfvxbbxmfpwgrua[vxbbxmfpwviuxa[vxbbxmfpwwuff[vxoojwv{`mfv{`osw`mxvm`pdgruow`mxvvxavwu`wf] w`upwfosfu`wfawfuu`bfwirupviuxa[wirupwuff[wixk`rbbjdfpw`mjvgu`|jpxvpjhu`awjd`m fvwx`ujpf_wjd`mgm`w wjd`mhxw wjmmsm`jp -113AndesYy @@   @@@@@@ @@@ wrf~rpfxpdjggfufpwj`wfd wrfvmrsf wrfvmrsf z`mmf}arwwro]wu`pvzfuvfdxpfwuffgfup[ wufpbiwursjb`maur{pvrjmvwursjb`m}fmmr{vrjmvwursjb`m vxawursjb`mawurxhiwvxh`ifwfursi}mm``ajfv`o`ajmjvwvxh`ifwfursi}mm`svfxdrwvxh`ofp~jfvjjwvxh`ifwfursi}mm`svfxdrwvxh`ofp~jfvjjwvxh`ifwfursi}mm`wixk`smjb`w`wvxh`ofuwfpvj`p`wxg`] xdjb^xmwjvrmfv)xmwu`o`gjbxmwu`o`gjb{jwimr{b`!ohu`wjrxpbrpvrmjd`wfd^ xphm`bj`wfd]xphm`bj`wfdsm`jpxvwjb^z`mmf}z`mmf}arwwroz`mmf}gmrruz`mmf}vjdfzfup`msrrmorv`jbzfu}mrphdjvwxua`pbfjpwfuz`m^zfu}vi`mmr{vrjm]zfu}viruwzfu}viruwdjvwxua`pbfjpwfuz`m^ zjhxjfu`m`bjpj`w`grxtxjfuj`brmxop`ujvzjpf mj`p`[!{m`pdvb`sf ijhijpwfpvjw}_{m`pdvb`sf mr{jpwfpvjw}_{m`pdvb`sf ofdjxojpwfpvjw}_{s`wbi ijhijpwfpvjw}^ {s`wbi mr{jpwfpvjw}_{s`wbi ofdjxojpwfpvjw}^!{`vi{`zfaxjmwwfuu`bf{`zfbxwsm`wgruo{fvwhxmgbr`vw`msm`jpb{ijwfv`pd{rrd}ifua`bfrxv]|fujb^|furorusijbviuxa[|furorusijbwuff[}fmmr{jviufdvrjmv}xbb`z`mjd`grxtxjfuj`djhxfwjj$ɵQ!8ɵEH8"H8"H8"f$ɵ D!8ɵ58@"8@"f$ɵ7!8ɵH"H"3$ɵ!8ɵuxP"xP">$ɵ @!8ɵX"X"$ɵ !8ɵ`"`"$ɵ !8ɵY~ oku |sb_}bkbkbk bk!bk"bk#bk$bk%bk'bk(bk)bkbkbkbkbkbkbkbkbkbk bk bk bk bkbkbkbkbkbkbkbkbkbkhlhlhlhl hl hl hl hl hlhlhlhlhlhlhlhlhlhlhlhll`vl`v&l`vl`vl`vl`vl`vl`v l`v!l`v"l`v#l`vl`vl`vl`vl`vl`vl`v l`v l`v l`vl`vl`vl`vl`vl`vl`vl`vlmv$okubokubokubokubokubokubokubokubokubokub okub okub okub okub okubokubokubokubokubokubokubokubokubokubokubokubokubokubokubokubokubokubokub okub!okub"okueokueokueokueokueokueokueokueokueokue okue okue okue okue okueokueokueokueokueokueokueokueokueokueokueokueokueokueokueokueokueokueokue okue!okue"okue#okue$okue%okue&okuiokuiokuiokuiokuiokuiokuiokuiokuiokui okui okui okui okui okuiokuiokuiokuiokuiokuiokuiokuiokuiokuiokuiokuiokuiokuiokuiokuiokuiokuiokui okui!okui"okui#okui$okui%okuokuokuokuokuokuokuokuokuoku oku oku oku oku okuokuokuokuokuokuokuokuokuokuokuokuokuokuokuokuokuokuoku Y}@ @ @ @ @ @ @ bkbkbkbkbkbkbk bk!bk"bk#bk$bk%bk'bk(bk)bkbkbkbkbkbkbkbkbkbk bk bk bk bkbkbkbkbkbkbkbkbkbkhlhlhlhl hl hl hl hl hlhlhlhlhlhlhlhlhlhlhlhll`vl`v&l`vl`vl`vl`vl`vl`v l`v!l`v"l`v#l`vl`vl`vl`vl`vl`vl`v l`v l`v l`vl`vl`vl`vl`vl`vl`vl`vlmv$okubokubokubokubokubokubokubokubokubokub okub okub okub okub okubokubokubokubokubokubokubokubokubokubokubokubokubokubokubokubokubokubokub okub!okub"okueokueokueokueokueokueokueokueokueokue okue okue okue okue okueokueokueokueokueokueokueokueokueokueokueokueokueokueokueokueokueokueokue okue!okue"okue#okue$okue%okue&okuiokuiokuiokuiokuiokuiokuiokuiokuiokui okui okui okui okui okuiokuiokuiokuiokuiokuiokuiokuiokuiokuiokuiokuiokuiokuiokuiokuiokuiokuiokui okui!okui"okui#okui$okui%okuokuokuokuokuokuokuokuokuoku oku oku oku oku okuokuokuokuokuokuokuokuokuokuokuokuokuokuokuokuokuokuoku Y|~@ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @oku!oku"oku#oku$oku%okuokuokuokuokuokuokuokuokuoku oku oku oku oku okuokuokuokuokuokuokuokuokuokuokuokuokuokuokuokuokuokuoku oku!oku"oku#oku%okuokuokuokuokuokuokuokuokuoku oku oku oku oku okuokuokuokuokuokuokuokuokuokuokuokuokuokuokuokuokuokuoku oku!oku"oku#oku$oku%okuokuokuokuokuokuokuokuokuoku oku oku oku oku okuokuokuokuokuokuokuokuokuokuokuovu ovuovuovuovu sb[sb[sb[sb[sb[sb[sb[sb[sb[sb[ sb[ sb[ sb[ sb[ sb[sb[sb[sb[sb[sb[sb[sb[sb[sb[sb[sb[sb[sb[sb[sb[sb[sb[sb[ sb[!sb["sb[#sb[$sb[%sb[&sb]sb]sb]sb]sb]sb]sb]sb]sb]sb] sb] sb] sb] sb] sb]sb]sb]sb]sb]sb]sb]sb]sb]sb]sb]sb]sb]sb]sb]sb]sb]sb] sb]!sb]"sb^sb^sb^sb^sb^sb^sb^sb^sb^sb^ sb^ sb^ sb^ sb^ sb^sb^sb^sb^sb^sb^sb^sb^sb^sb^sb^sb^sb^sb^sb^sb^sb^sb^sb^ sb^!sb_sb_sb_sb_sb_sb_sb_sb_sb_sb_ sb_ sb_ sb_ sb_ sb_sb_sb_sb_sb_sb_sb_sb_sb_sb_TY} @ @sb_sb_sb_sb_sb_sb_sb_sb_sb_ sbasbasbasbasbasbasbasbasbasbasbasbasbsbsbsbsbsbsbsbsbsbsbsbsbsbsb sb sb sb sb sbsbsbsbsbsbsbsbsbsbsbsbsbsbsbsbsbsbsbsbsbsbsbsb uff]uffvbhavbhavbha vbha vbha vbha vbha vbhavbhavbhavbhavbhavbhavbhavbhavbhavbhavfos].[Type], g[MSysObjects].[Name], g   [MSysObjects].[Name], 'N@7 'MSysObjects [MSysObjects].[Type], g[MSysObjects].[Name], g [Classifiers3--PrimaryValues].[PrimarySort][Classifiers2--Criteria].[CriteriaSort]=[Classifiers3--PrimaryValues].[CriteriaSort][Classifiers2--Criteria].[Criteria][Classifiers3--PrimaryValues].[PrimaryValue][Classifiers3--PrimaryValues].[PrimarySort][Classifiers2--Criteria].[CriteriaSort][Classifiers2--Criteria].[Criteria][Classifiers2--Criteria].[CriteriaSort](([SystemStatus] = 'C') AND ([ClassificationStatusID] <> 2) OR ([ClassificationStatusID] IS NULL) AND ([Wetland] = Yes)) AND ([State] IN ('nAR'))[EcoGroup National].[EcoGroupName][EcoGroup National].[EcoGroupName]((([MSysObjects].[Name]) Like "lsa*") And (([MSysObjects].[Type])=1 Or ([MSysObjects].[Type])=5))((([MSysObjects].[Name]) Like "lst*") And (([MSysObjects].[Type])=1 Or ([MSysObjects].[Type])=5))Y [[&[0[:[D[N[X[b[ l[ v[ [ [ [[[[[[[[[ [[*[4[>[H[R[\[f[z[ [!["J[#T[$^[%h[&r]|]}]~]]]]]]] ] ] ] ] ]]]]]]]&]0]:]D]N]X]b]l]v]]]] ]!]"^^^^^^^^^ ^ ^  ^ *^ 4^ >^H^R^\^f^p^z^^^^^^^^^^^^^ ^! _ _ _ $_ B_ L_ ~_ _ _ _ _ _ _ _ _ _ _ _ _ _ (_ 2_ <_ F_ P_ n_ x_ _ _ _ _ _ _ a a a a a a a a a a a a a a a !a "a #a $a %a &a 'a (a )a a a a a a b b b b b b b b bb b b b b bbbbbbbbbbbbbbbbbbb b!b"eeeeeeeeee e e e e eeeeeeeeeeeeeeeeeee e!e"e#e$e%e&iiiiiiiiii i i i i iiiiiiiiiiiiiiiiiii i!i"i#i$i%     bQY&q6f9RkB]6`)Pvvftxfpbffzjdfpbfgruwifdjvkxpbwdjvwujaxwjrpafw{ffpzjuhjpj``pdojvvrxujrLevee@mLeveeMJR" ?Ledgem@mLedgeMJR" ?Lava flow (undifferentiated)K@mLava flow (undifferentiated)MJRPM1% ?Lateral scarp (undifferentiated)Lateral scarp (undifferentiated)MJRLI)) 7Lateral moraineO@mLateral moraineMJR63$ ?Landslide/Debris flowk@mLandslide/Debris flowMJRB?* ? Lake terracem@ lLake terraceMJR0-! ? LakeplainLakeplainMJR 7 LakebedLakebedMJR 7 LakeB@ lLakeMJR  ? LagoonZ@ lLagoonMJR$! ?KnollA small rounded hill.KnollMJR74/ ?Knobe@ lKnobMJR  ?Kettled outwash plainKettled outwash plainMJR63 7Kettle@lKettleMJR$! ?Kegel karstKegel karstMJR" 7Karst windowKarst windowMJR$! 7Karst towerKarst towerMJR" 7Karst@lKarstMJR" ?Kame terrace`@lKame terraceMJR0-! ?Kame moraineKame moraineMJR$! 7Kame_@lKameMJR  ?IslandA@lIslandMJR$! ?InterfluveL@lInterfluveMJR,) ?Interdune flatInterdune flatMJR(% 7Inselberg@lInselbergMJR*' ?Inletn@lInletMJR" ?Hummock}@lHummockMJR&# ?Hoodoo(s)@ kHoodoo(s)MJR*' ?HogbackN@ kHogbackMJR&# ?Hillslope bedrock outcropHillslope bedrock outcropMJR>;"" 7Hill(s)?@ kHill(s)MJR&# ?Highland@ kHighlandMJR(% ?Headlandr@ kHeadlandMJR(% ?Hanging valleyf@kHanging valleyMJR41# ?Gulcha@kGulchMJR" ?Ground moraine@kGround moraineMJR41# ?Grabenz@kGrabenMJR$! ? Y&tEt=P#|K`'hM(`1{`9PondPondMJR 78Crop circle:)Crop circleKLS0-" ?7PlayaP@oPlayaMJR" ?6Plateau@oPlateauMJR&# ?5Plain@oPlainMJR" ?4PinnacleJ@oPinnacleMJR(% ?3Pingo@oPingoMJR" ?2Pimple moundsf@nPimple moundsMJR2/" ?1PiedmontPiedmontMJR 70Periglacial boulderfieldPeriglacial boulderfieldMJR<9!! 7/Peat domePeat domeMJR 7.PeakPeakMJR 7-Patterned ground (undifferentiated)@nPatterned ground (undifferentiated)MJR^[8, ?,Oxbow@nOxbowMJR" ?+Outwash terraceOutwash terraceMJR*' 7*Outwash plain@nOutwash plainMJR2/" ?)Outwash fanOutwash fanMJR" 7(NoseslopeNoseslopeMJR 7'Mud flat@nMud flatMJR(% ?&Mountain-valley fanMountain-valley fanMJR2/ 7%Mountain(s)@nMountain(s)MJR.+  ?$Mountain valleyMountain valleyMJR*' 7#MountainsideMountainsideMJR$! 7"Mound+@nMoundMJR" ?!Moraine (undifferentiated)2@mMoraine (undifferentiated)MJRLI/# ? Moraine@nMoraineMJR&# ?Monadnock>@ mMonadnockMJR*' ?Mima moundg@ mMima moundMJR,) ?MidslopeMidslopeMJR 7Metastable slope@ mMetastable slopeMJR85% ?Mesad@ mMesaMJR  ?Meander scar|@ mMeander scarMJR0-! ?Meander belt@mMeander beltMJR0-! ?Marsh@mMarshMJR" ?Marine terrace (undifferentiated)(wave-cut plain)Marine terrace (undifferentiated)MJRjgF* ?Lowlandsg@mLowlandsMJR(% ?Longshore bar{@mLongshore barMJR2/" ?Loess deposit (undifferentiated)Loess deposit (undifferentiated)MJRLI)) 7Y&yJ[P%9 m< lCK e_Stream terrace (undifferentiated)Stream terrace (undifferentiated)MJRNK** 7^Splay@pSplayMJR" ?]Spitj@pSpitMJR  ?\Solution sinkhole3@ pSolution sinkholeMJR:7& ?[Soil creep slope6@ pSoil creep slopeMJR85% ?ZSlump pondSlump pondMJR  7YSlump and topple prone slopeSlump and topple prone slopeMJRDA%% 7XSloughA place of deep mud or mire.SloughMJR@=7 ?WSlopeb@ pSlopeMJR" ?VSlide+@ pSlideMJR" ?USinkhole (undifferentiated)Sinkhole (undifferentiated)MJRB?$$ 7TSinkhole@ pSinkholeMJR(% ?SShoulder@pShoulderMJR(% ?RShoreline2@pShorelineMJR*' ?QShoal[@pShoalMJR" ?PSeepU@pSeepMJR  ?OSea cliffA cliff formed by wave action.Sea cliffMJRHE< ?NScoured basinScoured basinMJR&# 7MScourAn area eroded by moving water.ScourMJRA>9 ?LScarp slopeScarp slopeMJR" 7KScarpk@pScarpMJR" ?JSandhillsSandhillsMJR 7ISagpond4@pSagpondMJR&# ?HSaddle@pSaddleMJR$! ?GRockfall avalancheRockfall avalancheMJR0- 7FRiverbed,@pRiverbedMJR(% ?ERiman edge.RimMJR&# ?DRift valleyI@pRift valleyMJR.+  ?CRidgetop bedrock outcropRidgetop bedrock outcropMJR<9!! 7BRidge and valleyRidge and valleyMJR,) 7ARidge@oRidgeMJR" ?@Relict coastlineRelict coastlineMJR,) 7?Ravine{@oRavineMJR$! ?>Raised tidal flatRaised tidal flatMJR.+ 7=Raised mudflatRaised mudflatMJR(% 7<Raised estuaryRaised estuaryMJR(% 7;Raised beachRaised beachMJR$! 7:PotholeK@oPotholeMJR&# ?$Y*zA"uH] h;q<eC#}[? rbrG96HAR01ICECHarris et al. 1996HUltisolesUltisolesCJ 7Rocas bsicas intrusivasRocas bsicas intrusivasCJ;9!! 7PodsolesPodsolesCJ 7Impermeable LayerImpermeable LayerKAS.+ wRipioRipioCJ 7OxisolesOxisolesCJ 7Laterita hidromrficaLaterita hidromrficaCJ53 7HistosolesHistosolesCJ 7GranitoGranitoCJ 7EntisolesEntisolesCJ 7DiabasaDiabasaCJ 7~CuarcitaCuarcitaCJ 7}Coraza laterticaCoraza laterticaCJ-+ 7|BauxitaBauxitaCJ 7{*Prosopis spp.-dominatedProsopis spp. dominatesKAS:7 wzAreniscaAreniscaCJ 7yAluvialAluvialCJ 7xWave-cut platformWave-cut platformMJR.+ 7wWave-built terrace\@rWave-built terraceMJR<9' ?vWash:@rWashMJR  ?uValley sideValley sideMJR" 7tValley floor@ qValley floorMJR0-! ?sValley bottomValley bottomMJR&# 7rValley@ qValleyMJR$! ?qUnglaciated plain Unglaciated plain MJR0- 7pTrough=@ qTroughMJR$! ?oTrench@qTrenchMJR$! ?nTransverse duneg@qTransverse duneMJR63$ ?mToe zone (undifferentiated)Toe zone (undifferentiated)MJRB?$$ 7lToeslopeToeslopeMJR 7kTill plainTill plainMJR  7jTidal gutTidal gutMJR 7iTidal flat\@qTidal flatMJR,) ?hTerracee@qTerraceMJR&# ?gTarni@qTarnMJR  ?fTalus (Landform)@qTalusMJR-*% ?eSwamp@qSwampMJR" ?dSwale2@qSwaleMJR" ?cSummitSummitMJR 7bSubsidence sinkholeSubsidence sinkholeMJR2/ 7aSubjacent karst collapse sinkholeSubjacent karst collapse sinkholeMJRNK** 7`Streambed-@qStreambedMJR*' ?(Y$jHL*c)SbpEn z and S. Kettler. 1996. A preliminary wet*Artemisia tridentata ssp. tridentataArtemisia tridentata ssp. tridentataKASTQ-- w*Low Artemisia spp.Low Artemisia spp.KAS0- w*Pinus monophylla, Juniperus osteospermaPinus monophyllus, Juniperus osteospermaKAS[X00 w*Cercocarpus ledifoliusCercocarpus ledifoliusKAS85 w*Juniperus occidentalisJuniperus occidentalisKAS85 w*Pinus edulis, Juniperus osteospermaPinus edulis, Juniperus osteospermaKASRO,, wIgneous RockIgneous RockKAS$! wMetamorphic RockMetamorphic RockKAS,) wSedimentary RockSedimentary RockKAS,) wIce Fields / GlaciersIce fields / glaciersMSR63 w*Juniperus monosperma & grassesJuniperus monosperma & grassesMSRHE'' w*Pinus edulis, Juniperus monospermaPinus edulis, Juniperus monospermaMSRPM++ wYellowish red soilsYellowish red soilsCJ1/ 7White sandWhite sandCJ 7Tropical yellow soilsTropical yellow soilsCJ53 7Tropical brown soilsTropical brown soilsCJ31 7SolonetzSolonetzCJ 7SerpentineSerpentineCJ 7SandSandCJ 7Reddish yellow soilsReddish yellow soilsCJ31 7Quartz allitic soilsQuartz allitic soilsCJ31 7Peaty gleyizedPeaty gleyizedCJ'% 7Peat and mudPeat and mudCJ#! 7KarstKarstCJ 7*Pinus contortaPinus contortaMSR(% wLimestoneLimestoneCJ 7LatosolsLatosolsCJ 7Humus carbonate soilsHumus carbonate soilsCJ53 7HardpanHardpanCJ 7Ferralitic red soilsFerralitic red soilsCJ31 7Dark gleyized soilDark gleyized soilCJ/- 7Litoral arenosoLitoral arenosoCJ)' 7LateritaLateritaCJ 7Coastal pavementCoastal pavementCJ+) 7Cark gleyized soilCark gleyized soilCJ/- 7Arenas blancasArenas blancasCJ'% 7FY/R&vJ.tRR~<g`bwruvbrpwurmmjphsm`pwbrooxpjwjfvrgwifajhb}sufvvv{`oss`hfv*Sequoia sempervirensSequoia sempervirensPC31 w*Cupressus macrocarpa, C. goveniana, C. abramsianaCupressus macrocarpa, C. goveniana, C. abramsianaPCmk:: wMarine SedimentaryO@rmarine sedimentaryPC;9' 4Alpine MosaicW@rAlpine mosaicPC1/" 4Playa Mosaic+@rPlaya mosaicPC/-! *Quercus garryanaQuercus garryanaGK+) w*Arbutus menziesiiArbutus menziesiiGK-+ w*Pseudotsuga menziesiiPseudotsuga menziesiiGK53 w*Tsuga heterophylla, Pseudotsuga menziesiiTsuga heterophylla & Psuedotsuga menziesiiGK_]33 w*Tsuga heterophylla, Pseudotsuga menziesiiTsuga heterophylla and Douglas-FirGKWU33 w*Chamaecyparis nootkatensisChameacyparis nootkatensisGK?=## w*Tsuga heterophylla, Thuja plicataTsuga heterophylla, Thjua plicataGKMK** w*Picea sitchensisPicea sitchensisGK+) w*Tsuga heterophylla - Abies amabilisTsuga heterophylla-Abies amabilisGKOM,, w*Tsuga mertensianaTsuga mertensianaGK-+ w+Late-lying snowpackLate-lying snowpackGK1/ wSalt SpraySalt SprayGK w*Betula spp.Betula spp.GK! w*AspenAspenGK w*Picea marianaPicea marianaGK%# w*Picea X lutziiPicea lutziiGK%# w*Picea glaucaPicea glaucaGK#! w4Boreal FenBoreal FenGK w4North Pacific FenNorth Pacific FenGK-+ w*Sphagnum spp.Sphagnum spp.GK%# w*Acer saccharum - Fagus grandifoliaAcer saccharum-Fagus grandifoliaSEMNK++ w*Pinus longaeva, P. flexilisPinus longaeva, P. flexilisKASB?$$ w$Mechanical DisturbanceMechanical DisturbanceKAS85 w*Artemisia tridentata ssp. vaseyanaArtemisia tridentata ssp. vaseyanaKASPM++ w*Aspen - Conifer MixAspen - Conifer MixKAS2/ w*Sarcobatus vermiculatusSarcobatus vermiculatusKAS:7 w#Y0Y c+U}A Pqgwru}`pds`wwfupvrgzfpwxu`pvxa`v*Pinus sabiniana, Quercus douglasiiPinus sabiniana, Quercus douglasiiPCOM++ w*Quercus lobata, Quercus douglasiiQuercus lobata, Quercus douglasiiPCMK** w*Artemisia californica, Salvia melliferaArtemisia californica, Salvia melliferaPCYW00 w*Ceanothus cuneatus, Adenostoma fasciculatumCeanothus cuneatus, Adenostema fasciculataPC`^44 w*Calamagrostis ophitidisCalamagrostis ophitidisPC97 w*Baccharis pilularisBacharris pilularisPC1/ w*Cupressus macnabianaCupressus macnabianaPC31 w*Nassella pulchraNassela pulchraPC*( w*Quercus garryana var. garryanaQuercus garryana var. garryanaPCGE'' w*Cupressus sargentiiCupressus sargentiiPC1/ w4Riparian Mosaic@ rRiparian mosaicPC53$ 4Vernal Pool Mosaicn@ rVernal Pool mosaicPC;9' Very Shortwith most precipitation eventsVery ShortPCIG= oUltramaficvery low Ca:Mg ratioUltramaficPC?=3 4Bog and Fen Mosaic@rBog and Fen mosaicPC;9' *Darlingtonia californicaDarlingtonia californicaPC;9!! w*Abies magnifica (= var. magnifica)Abies magnifica var. magnificaPCKI++ w4Canyon Mosaicz@rCanyon mosaicPC1/" *Abronia latifoliaAbronia latifoliaPC-+ w*Abronia maritimaAbronia maritimaPC+) w4Coastal Dune Mosaic@rCoastal Dune mosaicPC=;( *Quercus garryana var. breweriQuercus garryana var. breweriPCEC&& w*Quercus kelloggiiQuercus kellogiiPC,* w)KrummholzKrummholzPC w*Quercus berberidifoliaQuercus berberidifoliaPC75 w*Sequoiadendron giganteumSequoiadendron giganteumPC;9!! wUltramafic with low Ca:Mg ratioUltramafic with low Ca:Mg ratioPCIG(( w*Pinus jeffreyiPinus jefferyiPC'% wFranciscan Formation Soils,@rFranciscan-formation SoilsPCKI/# Y;?T5*Agave cerulata - Fouquieria columnarisAgave cerulata - Fouquieria columnarisKASXU// w*Fouquieria splendens, Jatropha cuneata, Larrea tridentataFouquieria splendens, Jatropha cuneata, Larrea tridentataKAS~{BB w*Carnegia, Lophocereus, Pachycereus, Stenocereus cactiCarnegea, Lophocereus, Pachycereus, Stenocereus cactiKASvs>> w*Bursera microphylla - Pachycereus pringleiBursera microphylla - Pachycereus pringleiKAS`]33 w*Yucca valida - Fouquieria diguetiiYucca valida - Fouquieria diguetiiKASPM++ w*Frankenia palmeriFrankenia palmeriKAS.+ w*Viguiera laciniata - Fouquieria columnarisViguieria lacinata - Fouquieria columnarisKAS`]33 w*Ambrosia spp. - Opuntia chollaAmbrosia spp. - Opuntia chollaKASHE'' w*Ambrosia dumosa - Agave cerulataAmbrosia dumosa - Agave cerulataKASLI)) w*Agave shawii - Fouquieria columnarisAgave shawii - Fouquieria columnarisKASTQ-- w)Marine Algaemarine algaePC#! w*Pinus flexilis, Juniperus scopulorum, J. osteospermaPinus flexilis, Juniperus scopulorum, J. osteospermaMSRtq== w*Sabal mexicanaSabal mexicanaKAS(% w*Abies coahuilensis, Quercus hypoleucoides, Q. rugosaAbies coahuilensis, Quercus hypoleucoides, Q. rugosaPCsq== w*Pinus cembroides, Juniperus deppeanaPinus cembroides, Juniperus deppeanaPCSQ-- w*Pinus discolor, P. leiophylla, P. engelmanniiPinus discolor, P. leiophylla, P. engelmanniiPCec66 w*Quercus arizonica, Q. emoryi, Q. grisea, Q. oblongifolia Q. toumeyiQuercus arizonica, Q. emoryii, Q. grisea, Q. oblongifolia, Q. toumeyiPCLL w*Juniperus coahuilensis, J. deppeana, J. pinchotiiJuniperus coahuilensis, J. deppeana, J. pinchotiiPCmk:: w*Quercus agrifolia, Q. wislizeni, Q. engelmanniiQuercus agrifolia, Q. wizlizenii, Q. englemanniiPCjh88 w*Quercus agrifoliaQuercus agrifoliaPC-+ w4Savanna-Woodland Mosaicy@ rSavanna-Woodland mosaicPCEC, Y@@W\_bmffgW_^Wbmffg`oW_^Wwifzfhfw`wjrprgwifs`u`orvrgwifbrmroaj`pbrudjmmfu`rujfpw`mdjvvfuw`wjrpfvarw`pjb`f\Wkbu`ofuz`dx~YXWs""""""@`pdfv!%]sjv`przW_^Vsjv`przfW_^Vwifo`hfmm`pjbwxpdu`brosmf|ssX_[YX_jp`khruffdfbrv}vwfovrgwif{rumdZa!v{`osarhgfp`pdorrufmfvfzjfuvbjfpwjgjbsxamjvijphbros`p}pf{}rul`uhfpwjp`!%]VbmffgW_^Ybmffg`okru`phfmvvm`o`pb`W_^Yufbrprbjojfpwrdfm`zfhfw`bjrpdfm`s`uwf`mw`dfmwu`pvfbwrs`utxfmrvpfz`drvfp!wz`pdfui`oofp`sfuf~suxj~fdvm`brudjmmfu`bfpwu`mbrmroaj`p`fvwxdjrvdffbrvjvwfoζ!%]WbmffgW_^Zbmffg`okru`phfmW_^Zm`zfhfw`bjrpdfms`u`ordfmprurfvwfdfm`vjfuu`pfz`d`dfv`pw`o`uw`fp!wz`pdfui`oofp`sfuf~fsjpwrfdvm`vjfuu`pfz`d`dfv`pw`o`uw`brmroaj`wu`pvfbwraxujw`b`m`bxoauf,!%]Xbx`wufb`v`vW_YZbx`wufb`v`vkW_YZravfuz`bjrpfvhfrarw`pjb`vfpbrmroaj`wu`aoxvfrp`bjrp`mbjfpbj`vp`wxu`mfvvfujfarwo`dujdX]!WZZs""""""""""$`pdfv!%]Ybx`wufb`v`vW_[^bx`wufb`v`vkW_[^`vsfbwrvdfm`zfhfw`bjrpp`wxu`mdfbrmroaj`ufzjvw``b`dbrmroabjf|`bwWVZV!XXWX\^""""""""""$`pdfv!%]ZbrpwjbfmmrW__\brpwjbfmmrmuh`pdxmmr`axvw`o`pwfbw`uw`hmj`W__\gjwrvrbjrmrhj`dfmrvarvtxfvb`dxbjgrmjrvdfmpruwfdfmdfswrm`b`u}vxudfixjmjbifvdfm`surzjpbj`dfpfxtxfp`uhfpwjp`arvtxfW]X!X]ZY""""""""""""""".#!%][dfm`a`uu`W__^luAltered AndeciteAltered AndeciteKAS,) wLoessLoessREE w5pQ" iJ/|[9I{U&wI h=tNT0134Leeward Islands moist forests$NT0133Juru-Purus moist forests NT0132Japur-Solimoes-Negro moist forests*NT0131Jamaican moist forestsNT0130Isthmian-Pacific moist forests%NT0129Isthmian-Atlantic moist forests&NT0128Iquitos varzeaNT0127Hispaniolan moist forests NT0126Gurupa varzeaNT0125Guianan moist forestsNT0124Guayanan Highlands moist forests'NT0123Fernanda de Noronha-Atol das Rocas moist forests7NT0122Eastern Panamanian montane forests)NT0121Eastern Cordillera real montane forests.NT0120Cuban moist forestsNT0119Costa Rican seasonal moist forests)NT0118Cordillera Oriental montane forests*NT0117Cordillera La Costa montane forests*NT0116Cocos Island moist forests!NT0115Choc-Darin moist forests!NT0114Chimalapas montane forests!NT0113Chiapas montane forestsNT0112Central American montane forests'NT0111Central American Atlantic moist forests.NT0110Cayos Miskitos-San Andrs and Providencia moist fo9NT0109Cauca Valley montane forests#NT0108Catatumbo moist forestsNT0107Caqueta moist forestsNT0106Caatinga Enclaves moist forests&NT0105Bolivian YungasNT0104Bahia interior forestsNT0103Bahia coastal forestsNT0102Atlantic Coast restingasNT0101Araucaria moist forests9Utah-Wyoming Rocky Mountains80Northern Gulf Coast8Middle Rocky Mountains - Blue Mountains)79Alaska Yukon Arctic78Yukon Plateau and Flats77Interior Alaska Taiga76Alaska Range75Beringian Tundra74Bristol Bay Basin73Bering Sea and Aleutian Islands"72Alaska Peninsula71Cook Inlet Basin70Gulf of Alaska Mountains and Fjordlands*7Canadian Rocky Mountains69Alaska Coastal Forest and Mountains&68Okanagan 67Fescue Mixed Grass Prairie66Aspen Parkland65Hawaiian High Islands3iF_<[@kC"[5a7{QvNT0204Bajo dry forestsNT0203Bahamian dry forestsNT0202Atlantic dry forestsNT0201Apure-Villavicencio dry forests&NT0181Yucatn moist forestsNT0180Xingu-Tocantins-Araguaia moist forests-NT0179Windward Islands moist forests%NT0178Western Ecuador moist forests$NT0177Veracruz montane forestsNT0176Veracruz moist forestsNT0175Venezuelan Andes montane forests'NT0174Ucayali moist forestsNT0173Uatuma-Trombetas moist forests%NT0172Trinidade-Martin Vaz Islands tropical forests4NT0171Trinidad and Tobago moist forests(NT0170Tocantins-Araguaia-Maranho moist forests0NT0169Tepuis NT0168Tapajs-Xingu moist forests"NT0167Talamancan montane forests!NT0166Southwest Amazon moist forests%NT0165Southern Andean YungasNT0164South Florida rocklandsNT0163Solimes-Japur moist forest#NT0162Sierra Madre de Chiapas moist forest+NT0161Sierra de los TuxtlasNT0160Serra do Mar coastal forests#NT0159Santa Marta montane forests"NT0158Rio Negro campinaranaNT0157Purus-Madeira moist forests"NT0156Purus varzeaNT0155Puerto Rican moist forests!NT0154Petn-Veracruz moist forests#NT0153Peruvian YungasNT0152Pernambuco interior forests"NT0151Pernambuco coastal forests!NT0150Para-Paraba interior forests&NT0149Paramaribo swamp forestsNT0148Pantanos de CentlaNT0147Orinoco Delta swamp forests"NT0146Oaxacan montane forestsNT0145Northwestern Andean montane forests*NT0144Northeastern Brazil restingas$NT0143Negro-Branco moist forests!NT0142Napo moist forestsNT0141Monte Alegre varzeaNT0140Mato Grosso tropical dry forests'NT0139Maranho Babau forestsNT0138Maraj varzeaNT0137Magdalena-Urab moist forests$NT0136Magdalena Valley montane forests'NT0135Madeira-Tapajs moist forests$ 4pH7 ^?mK'mBuH*R\F.NT0707Guyanan savannaNT0706Crdoba montane savannaNT0705Clipperton Island shrub and grasslands-NT0704CerradoNT0703Campos Rupestres montane savanna'NT0702Beni savannaNT0701Arid ChacoNT0404Valdivian temperate forests"NT0403San Flix-San Ambrosio Islands temperate forests7NT0402Magellanic subpolar forests"NT0401Juan Fernndez Islands temperate forests/NT0310Trans-Mexican Volcanic Belt pine-oak forests3NT0309Sierra Madre del Sur pine-oak forests,NT0308Sierra Madre de Oaxaca pine-oak forests.NT0307Sierra de la Laguna pine-oak forests+NT0306Miskito pine forestsNT0305Hispaniolan pine forestsNT0304Cuban pine forestsNT0303Central American pine-oak forests(NT0302Belizian pine forestsNT0301Bahamian pine forestsNT0235Yucatn dry forestsNT0234Windward Islands dry forests#NT0233Veracruz dry forestsNT0232Tumbes-Piura dry forestsNT0231Trinidad and Tobago dry forests&NT0230Southern Pacific dry forests#NT0229Sin Valley dry forestsNT0228Sinaloan dry forestsNT0227Sierra de la Laguna dry forests&NT0226Puerto Rican dry forestsNT0225Pata Valley dry forestsNT0224Panamanian dry forestsNT0223Maran dry forestsNT0222Maracaibo dry forestsNT0221Magdalena Valley dry forests#NT0220Leeward Islands dry forests"NT0219Lara-Falcn dry forestsNT0218Jamaican dry forestsNT0217Jalisco dry forestsNT0216Islas Revillagigedo dry forests&NT0215Hispaniolan dry forestsNT0214Ecuadorian dry forestsNT0213Cuban dry forestsNT0212Chiquitano dry forestsNT0211Chiapas Depression dry forests%NT0210Chaco NT0209Central American dry forests#NT0208Cayman Islands dry forests!NT0207Cauca Valley dry forestsNT0206Bolivian montane dry forests#NT0205Balsas dry forests9jI,uYE#kD"\B.pI#~V.u7l`pjlvxp`wjrp`mgrufvw24BecNT1411Guianan mangrovesNT1410Greater Antilles mangroves!NT1409Esmeraldes-Pacific Colombia mangroves,NT1408Coastal Venezuelan mangroves#NT1407Bocas del Toro-San Bastimentos Island-San Blas man9NT1406Belizean Reef mangrovesNT1405Belizean Coast mangrovesNT1404Bahia mangrovesNT1403Bahamian mangrovesNT1402Amapa mangrovesNT1401Alvarado mangrovesNT1318St. Peter and St. Paul rocks#NT1317Windward Islands xeric scrub#NT1316Tehuacn Valley matorralNT1315Sechura desertNT1314San Lucan xeric scrubNT1313Paraguana xeric scrubNT1312Motagua Valley thornscrub NT1311Malpelo Island xeric scrub!NT1310Leeward Islands xeric scrub"NT1309La Costa xeric shrublands NT1308Guajira-Barranquilla xeric scrub'NT1307Galpagos Islands xeric scrub$NT1306Cuban cactus scrubNT1305Cayman Islands xeric scrub!NT1304CaatingaNT1303Atacama desertNT1302Aruba-Curaao-Bonaire cactus scrub)NT1301Araya and Paria xeric scrub"NT1201Chilean matorralNT1009ZacatonalNT1008Southern Andean steppeNT1007Santa Marta pramoNT1006Northern Andean pramoNT1005Cordillera de Merida pramo"NT1004Cordillera Central pramo NT1003Central Andean wet punaNT1002Central Andean punaNT1001Central Andean dry punaNT0909Southern Cone Mesopotamian savanna)NT0908Paran flooded savannaNT0907PantanalNT0906Orinoco wetlandsNT0905Guayaquil flooded grasslands#NT0904EvergladesNT0903Enriquillo wetlandsNT0902Cuban wetlandsNT0901Central Mexican wetlandsNT0806Semi-arid PampasNT0805Patagonian steppeNT0804Patagonian grasslandsNT0803Humid PampasNT0802Argentine MonteNT0801Argentine EspinalNT0710Uruguayan savannaNT0709Llanos NT0708Humid ChacohCW.fK)Y; @ XY_z`uh`vW__[z`uh`vjW__[fvwuxbwxu`}brosrvjbjrpdfbx`wurvjwjrvarvbrvrvfpfms`utxfp`bjrp`m`oarurwfvjvdfhu`drxpjzfuvjd`d`xwrpro`h`aujfmufpforufprv`pw`bux~dfm`vjfuu`armjzj`""""""""$""""""""""""""""$""""""""B"""$`pR/!+ Zafblafblvfbrmrhj`}gjwrhfrhu`gj`dfm`vhu`ojpf`vfparmjzj`"""B"""@armjzj`!+ ZVzjmm`hu`pW_^Wzjmm`hu`pbk`uofvwrowl`uur}rW_^Wzfhfw`wjrpjp`ijhi`pdf`pwu`pvfbwafw{ffpwxuj`pdbfuurmfrpjppruwifupbijmfzfhfw`wjrZ^!YW\""""""""""""""""""""""@`pdfv!,ZWzjmm`hu`pW_^Xzjmm`hu`pbowl`uur}rbo`uwjbrufp`W_^Xm`zfhfw`bjrpdfxpwu`pvfbwr`mwjwxdjp`mdfmrv`pdfvdfmpruwfdfbijmfW^W_Ovfp!`zfmrvrfaxvwrvfdvfm`oajfpwfp`wxu`m}m`vsram`bjrpfvixo`p`vNT1437Usumacinta mangrovesNT1436Trinidad mangrovesNT1435Tehuantepec-El Manchon mangroves'NT1434Southern Dry Pacific Coast mangroves+NT1433Rio So Francisco mangroves"NT1432Rio Piranhas mangrovesNT1431Rio Negro-Rio San Sun mangroves&NT1430Ra Lagartos mangrovesNT1429Piura mangrovesNT1428Petenes mangrovesNT1427Par mangrovesNT1426Northern Honduras mangroves"NT1425Northern Dry Pacific Coast mangroves+NT1424Mosquitia-Nicaraguan Caribbean Coast mangroves5NT1423Moist Pacific Coast mangroves$NT1422Mexican South Pacific Coast mangroves,NT1421Mayan Corridor mangrovesNT1420Marismas Nacionales-San Blas mangroves-NT1419Maranhao mangrovesNT1418Manab mangrovesNT1417Magdalena-Santa Marta mangroves&NT1416Lesser Antilles mangroves NT1415Ilha Grande mangrovesNT1414Gulf of Panama mangrovesNT1413Gulf of Guayaquil-Tumbes mangroves)NT1412Gulf of Fonseca mangroves pwVXYXWXWYWZW[W\W]W^ W_ X XV XW XXXYXZX[X\X]X^X_YYVYWYXYYYZY[Y\Y]Y^Y_ Z!ZV"ZW#ZX$ZY%ZZ&Z['Z\(Z])Z^*Z_+[,[V-[W.[X/[Y0[Z1[[2[\3[]4[^5[_6\7\V8\W9\X:\Y;\Z<\[\\\]\^\_]]V]W]X]Y ]Z ][ ]\ ]] ]^]_^^V_pwVWVWpwVWVXpwVWVYpwVWVZpwVWV[pwVWV\pwVWV]pwVWV^pwVWV_pwVWWVpwVWWWpwVWWXpwVWWYpwVWWZ pwVWW[!pwVWW\"pwVWW]#pwVWW^$pwVWW_%pwVWXV&pwVWXW'pwVWXX(pwVWXY)pwVWXZ*pwVWX[+pwVWX\,pwVWX]-pwVWX^.pwVWX_/pwVWYV0pwVWYW1pwVWYX2pwVWYY3pwVWYZ4pwVWY[pwVWY\pwVWY]pwVWY^pwVWY_pwVWZVpwVWZWpwVWZXpwVWZYpwVWZZ pwVWZ[ pwVWZ\ pwVWZ] pwVWZ^ pwVWZ_pwVW[VpwVW[WpwVW[XpwVW[YpwVW[ZpwVW[[pwVW[\pwVW[]pwVW[^pwVW[_pwVW\VpwVW\WpwVW\XpwVW\YpwVW\ZpwVW\[pwVW\\pwVW\] pwVW\^!pwVW\_"pwVW]V#pwVW]W$pwVW]X%pwVW]Y&pwVW]Z'pwVW][(pwVW]\)pwVW]]*pwVW]^+pwVW]_,pwVW^V-pwVW^W.pwVXVW/pwVXVX0pwVXVY1pwVXVZ2pwVXV[pwVXV\pwVXV]pwVXV^pwVXV_pwVXWVpwVXWWpwVXWXpwVXWYpwVXWZ pwVXW[ pwVXW\ pwVXW] pwVXW^ pwVXW_pwVXXVpwVXXWpwVXXXpwVXXYpwVXXZpwVXX[pwVXX\pwVXX]pwVXX^pwVXX_pwVXYVpwVXYWpwVXYX@ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ WWVWWWXWYWZW[W\W]W^ W_ X XV XW XXXYXZX[X\X]X^X_YYVYWYXYYYZY[Y\Y]Y^Y_ Z!ZV"ZW#ZX$ZY%ZZ&Z['Z\(Z])Z^*Z_+[,[V-[W.[X/[Y0[Z1[[2[\3[]4[^5[_6\7\V8\W9\X:\Y;\Z<\[\\\]\^\_]]V]W]X]Y ]Z ][ ]\ ]] ]^]_^^V_pwVWVWpwVWVXpwVWVYpwVWVZpwVWV[pwVWV\pwVWV]pwVWV^pwVWV_pwVWWVpwVWWWpwVWWXpwVWWYpwVWWZ pwVWW[!pwVWW\"pwVWW]#pwVWW^$pwVWW_%pwVWXV&pwVWXW'pwVWXX(pwVWXY)pwVWXZ*pwVWX[+pwVWX\,pwVWX]-pwVWX^.pwVWX_/pwVWYV0pwVWYW1pwVWYX2pwVWYY3pwVWYZ4pwVWY[pwVWY\pwVWY]pwVWY^pwVWY_pwVWZVpwVWZWpwVWZXpwVWZYpwVWZZ pwVWZ[ pwVWZ\ pwVWZ] pwVWZ^ pwVWZ_pwVW[VpwVW[WpwVW[XpwVW[YpwVW[ZpwVW[[pwVW[\pwVW[]pwVW[^pwVW[_pwVW\VpwVW\WpwVW\XpwVW\YpwVW\ZpwVW\[pwVW\\pwVW\] pwVW\^!pwVW\_"pwVW]V#pwVW]W$pwVW]X%pwVW]Y&pwVW]Z'pwVW][(pwVW]\)pwVW]]*pwVW]^+pwVW]_,pwVW^V-pwVW^W.pwVXVW/pwVXVX0pwVXVY1pwVXVZ2pwVXV[pwVXV\pwVXV]pwVXV^pwVXV_pwVXWVpwVXWWpwVXWXpwVXWYpwVXWZ pwVXW[ pwVXW\ pwVXW] pwVXW^ pwVXW_pwVXXVpwVXXWpwVXXXpwVXXYpwVXXZpwVXX[pwVXX\pwVXX]pwVXX^pwVXX_pwVXYVpwVXYWpwVXYXY                                                                           [[[&[0[:[D[N[X[b[ l[ v[ [ [ [[[[[[[[[ [[*[4[>[H[R[\[f[z[ [!["J[#T[$^[%h[&r]|]}]~]]]]]]] ] ] ] ] ]]]]]]]&]0]:]D]N]X]b]l]v]]]] ]!]"^^^^^^^^^ ^ ^  ^ *^ 4^ >^H^R^\^f^p^z^^^^^^^^^^^^^ ^! _ _ _ $_ B_ L_ ~_ _ _ _ _ _ _ _ _ _ _ _ _ _ (_ 2_ <_ F_ P_ n_ x_ _ _ _ _ _ _ a a a a a a a a a a a a a a a !a "a #a $a %a &a 'a (a )a a a a a a b b b b b b b b bb b b b b bbbbbbbbbbbbbbbbbbb b!b"eeeeeeeeee e e e e eeeeeeeeeeeeeeeeeee e!e"e#e$e%e&iiiiiiiiii i i i i iiiiiiiiiiiiiiiiiii i!i"i#i$i%     bY                                                                      !"#$%    ! "#$%&'()*+,-./01234 5!6"7#8$9%:;<=>?@ABC D E F G HIJKLMNOPQRSTUVWXYZ [!\"]#^$_%`abcdefghi j k l m nopqrstuvwxyz{|}~ !"#$%&'()      !"#               !"#     Y [[&[0[:[D[N[X[b[ l[ v[ [ [ [[[[[[[[[ [[*[4[>[H[R[\[f[z[ [!["J[#T[$^[%h[&r]|]}]~]]]]]]] ] ] ] ] ]]]]]]]&]0]:]D]N]X]b]l]v]]]] ]!]"^^^^^^^^^ ^ ^  ^ *^ 4^ >^H^R^\^f^p^z^^^^^^^^^^^^^ ^! _ _ _ $_ B_ L_ ~_ _ _ _ _ _ _ _ _ _ _ _ _ _ (_ 2_ <_ F_ P_ n_ x_ _ _ _ _ _ _ a a a a a a a a a a a a a a a !a "a #a $a %a &a 'a (a )a a a a a a b b b b b b b b bb b b b b bbbbbbbbbbbbbbbbbbb b!b"eeeeeeeeee e e e e eeeeeeeeeeeeeeeeeee e!e"e#e$e%e&iiiiiiiiii i i i i iiiiiiiiiiiiiiiiiii i!i"i#i$i%     bY                                                                           [[[&[0[:[D[N[X[b[ l[ v[ [ [ [[[[[[[[[ [[*[4[>[H[R[\[f[z[ [!["J[#T[$^[%h[&r]|]}]~]]]]]]] ] ] ] ] ]]]]]]]&]0]:]D]N]X]b]l]v]]]] ]!]"^^^^^^^^^ ^ ^  ^ *^ 4^ >^H^R^\^f^p^z^^^^^^^^^^^^^ ^! _ _ _ $_ B_ L_ ~_ _ _ _ _ _ _ _ _ _ _ _ _ _ (_ 2_ <_ F_ P_ n_ x_ _ _ _ _ _ _ a a a a a a a a a a a a a a a !a "a #a $a %a &a 'a (a )a a a a a a b b b b b b b b bb b b b b bbbbbbbbbbbbbbbbbbb b!b"eeeeeeeeee e e e e eeeeeeeeeeeeeeeeeee e!e"e#e$e%e&iiiiiiiiii i i i i iiiiiiiiiiiiiiiiiii i!i"i#i$i%     bY                                                                      !"#$%    ! "#$%&'()*+,-./01234 5!6"7#8$9%:;<=>?@ABC D E F G HIJKLMNOPQRSTUVWXYZ [!\"]#^$_%`abcdefghi j k l m nopqrstuvwxyz{|}~ !"#$%&'()      !"#               !"#     Y !^$[%[&]]]]]]b b b bbbbbbbbbbbbbbbbbbb b!b"eeeeeeeeee e e e e eeeeeeeeeeeeeeeeeee e!e"e#e$e%e&iiiiiiiiii i i i i iiiiiiiiiiiiiiiiiii i!i"i#i$i%      !"#$%      !"#$%      !"#$%     ]]]] ] ] ] ] ]]]aa !"#$%'()    aaaaa ] ] ] ] ] ] ] ] ]]]]]]]] ]!]"^^^^^^^^^^ ^ ^ ^ ^ ^^ ^ ^ ^ ^ ^ ^!^!^!^ YB!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B![#[$[%[&]]]]]]b b b bbbbbbbbbbbbbbbbbbb b!b"eeeeeeeeee e e e e eeeeeeeeeeeeeeeeeee e!e"e#e$e%e&iiiiiiiiii i i i i iiiiiiiiiiiiiiiiiii i!i"i#i$i%      !"#$%      !"#$%      !"#$%     ]]]] ] ] ] ] ]]]aa !"#$%'()    aaaaa ] ] ] ] ] ] ] ] ]]]]]]]] ]!]"^^^^^^^^^^ ^ ^ ^ ^ ^^ ^ ^ ^ ^ ^ ^!^!^!^ Y @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @!^!^!^"^"^"^"^#^ #^!#_#_#_#_$)[)[)[)[)[)[)[)[)[)[ )[ )[ )[ )[ )[)[)[)[)[)[)[)[)[)[)[)[)[)[)[)[)[)[)[ )[!)[")) *_*a*a *a *a *a *a *a*a*a*a** ***** *!*"*#******* * * * * ****************** * * * ******************* * * * *******+_+4_444444 44445_5_5_ e_ e_ e_ e_ e_o_oaoaoaoz_z_z_{_{_{_|_|a|a}_}______&___ aaaaaaabbbbbbbbbb b species checklist.0SmZG4oP1kXE2] VlYF3 q @X W[EcoGroup National].*- gWPrimaryDivisionVal(Mid([Elcode],4,3))= oWEcoGroup National W GW GW W U 7U"@ 'U 7U Ecogroup_Classifiers.PrimarySort8 'U 7U*@ 'U7U)@ 'UClassifiers3--PrimaryValuesEcogroup_ClassifiersL@G;' UEcogroup_ClassifiersClassifiers4--SecondaryValuesR@I= UEcogroup_Classifiers.Comments5 gU.@ gU*@ gUEcogroup_Classifiers.EcoMaster6 gUEcogroup_Classifiers.EcoNumber6 gU7UClassifiers4--SecondaryValues))) U7UClassifiers3--PrimaryValues''' U7UEcogroup_Classifiers U GU GU7U U7U TClassifiers3--PrimaryValuesClassifiers4--SecondaryValuesW@!NPD' TClassifiers2--CriteriaClassifiers3--PrimaryValuesR@ NI=" T!@N gT*@N gT*@N gT)@N gT!@N gTClassifiers2--Criteria""" TClassifiers3--PrimaryValues''' TClassifiers4--SecondaryValues))) T GT GT T S +@N 'S ,@N 'S [Classifiers2--Criteria].[Tier]7 'SClassifiers3--PrimaryValuesClassifiers4--SecondaryValuesY@NPD' SClassifiers2--CriteriaClassifiers3--PrimaryValuesT@NI=" S+@N gS*@N gS!@N g P @ @ @ @ @ @ @ @ @ @ @ @ @ POPOPOQOQOQOQOQOQOQOQOQOQ OQ OQ OQORORO RO!RO"RO#RO$RO%RO&ROSO'SO)SO*SO+SO,SO-SO.SO/SSSSSS S S SO(TT T T T TTTTTTTTT UUUUUUUUUU U!U"U#U$U %U &U 'UW(W*W+W,W-W.W)X/X%X%X%X%X %X%Y%Y%Y% Y% Y% Y%Z% Z%Z%Z%Z%Z%Z%Z%Z%Z%Z% AWCS VC@NX   x2   ,  2    SecondarySortSecondaryValue PrimarySort DefinitionSecondaryPrint Entered by user-defined \x X Y).rF&{3DFAF641-D1EA-45D5-959C-E4E0D6AE3120}&{7148B06D-7350-442D-B276-4A183CD14F10}+Classifiers4--SecondaryValuesSecondaryValue Entered by GeneralCode PrimaryKeySortriteriaSort]=[Classifiers3--PrimaryValues].[CriteriaSort][Classifiers2--Criteria].[WetlandCriterion][Classifiers2--Criteria].[UplandCriterion][Classifiers4--SecondaryValues].*[Classifiers3--PrimaryValues].[PrimaryValue][Classifiers2--Criteria].[Criteria][Classifiers3--PrimaryValues].[CriteriaSort][ClassT!8@!8@Classifiers4--Secondary for reviewAAAAAAAAAAA S.8@!8@Classifiers4--Secondary and up=========== Y.8@.8@Classifiers3--PrimaryValues::::::::::: R.8@.8@Classifiers3--Primary for review??????????? Q.8@.8@Classifiers3--Primary and up;;;;;;;;;;; Q.8@.8@Classifiers2--Criteria55555555555 P.8@.8@Classifiers2 with primary & secondary sortIIIIIIIIIII O.8@.8@Classifiers list by System99999999999 N.8@.8@Classifiers by System44444444444 E.8@.8@Classifier Glossary--misc88888888888 >.8@.8@ClassificationStatus33333333333 M.8@.8@BioGeographicDivision with Domain@@@@@@@@@@@ 7 {qg]SI?oP1 @ @ @ @ @ @ @ @ @ @ @NLNLNLNde @ "T2>D$a+rJ @za Intermittent interval, Winter FloodingIntermittent interval, Winter FloodingKLSXU// 7 Intermittent interval, Fall FloodingIntermittent interval, Fall FloodingKLSTQ-- 7 Intermittent interval, Summer FloodingIntermittent interval, Summer FloodingKLSXU// 7 Intermittent interval, Spring FloodingIntermittent interval, Spring FloodingKLSXU// 7 Intermittent interval, Polycyclic FloodingIntermittent interval, Polycyclic FloodingKLS`]33 7 Intermittent interval, Irregular FloodingIntermittent interval, Irregular FloodingKLS^[22 7 Intermittent interval, Nonrandom FloodingIntermittent interval, Nonrandom FloodingKLS^[22 7 Periodicity/SeasonalityPeriodicity/SeasonalityPC97 7 OligohalineOligohalinePC! 7 HalineHalinePC 7 FreshwaterFreshwaterPC 7 WhitewaterWhitewaterKLS  7 BrownwaterBrownwaterKLS  7 BlackwaterBlackwaterKLS  7 Cowardin HydrologyCowardin HydrologyPC/- 7 SinkholeSinkholeREE w Vernal PoolVernal PoolPC! 7 PondPondPC 7 Lakeshore (COULD BE FRINGE)LakeshorePC;90 ? PeatyPeatyPC 7x MineralMineralPC 7nRSeasonality/Winter FireSeasonality/WinterPC42 7dRSeasonality/Fall FireSeasonality/FallPC0. 7ZHSeasonality/Summerr DisturbanceSeasonality/SummerrPC=;(( 7P>Seasionality/Spring DisturbanceSeasionality/SpringPC=;(( 7F4Perodicity/Polycyclic DisturbancePerodicity/PolycyclicPCA?** 7<*Perodicity/Irregular DisturbancePerodicity/IrregularPC?=)) 72 Perodicity/Nonrandom DisturbancePerodicity/NonrandomPC?=)) 7 ^LowlandLowlandPC 7^FoothillFoothillPC 7TLower MontaneLower MontanePC%# 7TMontaneMontanePC 7TUpper MontaneUpper MontanePC%# 7 JAlpine/AltiAndinoAlpine/AltiAndinoPC-+ 7RW T)ofq&yT/ Tropical XericXericPC 7. Tropical PluviseasonalPluviseasonalPC., 7- Tropical PluvialPluvialPC"  7  Long interval, Winter FloodingLong interval, Winter FloodingKLSHE'' 7  Long interval, Fall FloodingLong interval, Fall FloodingKLSDA%% 7 Long interval, Summer FloodingLong interval, Summer FloodingKLSHE'' 7 Long interval, Spring FloodingLong interval, Spring FloodingKLSHE'' 7 Long interval, Polycyclic FloodingLong interval, Polycyclic FloodingKLSPM++ 7 Long interval, Nonrandom FloodingLong interval, Nonrandom FloodingKLSNK** 7 Long interval, Irregular FloodingLong interval, Irregular FloodingKLSNK** 7 Intermediate interval, Winter FloodingIntermediate interval, Winter FloodingKLSXU// 7 Intermediate interval, Fall FloodingIntermediate interval, Fall FloodingKLSTQ-- 7 Intermediate interval, Summer FloodingIntermediate interval, Summer FloodingKLSXU// 7 Intermediate interval, Spring FloodingIntermediate interval, Spring FloodingKLSXU// 7 Intermediate interval, Polycyclic FloodingIntermediate interval, Polycyclic FloodingKLS`]33 7 Intermediate interval, Nonrandom FloodingIntermediate interval, Nonrandom FloodingKLS^[22 7 Intermediate interval, Irregular FloodingIntermediate interval, Irregular FloodingKLS^[22 7 Short interval, Winter FloodingShort interval, Winter FloodingKLSJG(( 7 Short interval, Fall FloodingShort interval, Fall FloodingKLSFC&& 7 Short interval, Summer FloodingShort interval, Summer FloodingKLSJG(( 7 Short interval, Spring FloodingShort interval, Spring FloodingKLSJG(( 7 Short interval, Polycyclic FloodingShort interval, Polycyclic FloodingKLSRO,, 7 Short interval, Irregular FloodingShort interval, Irregular FloodingKLSPM++ 7 Short interval, Nonrandom FloodingShort interval, Nonrandom FloodingKLSPM++ 7,t<JF |V%a>pP0pP0p# @i+User-definedKAS gh+User-definedKAS gg+User-definedKAS gf+User-definedKAS ge+User-definedKAS gd+User-definedKAS gb+User-definedKAS ga+User-definedKAS g`+User-definedKAS g_+User-definedKAS g^~+User-definedKAS g]}+User-definedKAS g\|+User-definedKAS g[{+User-definedKAS gZz+User-definedKAS gYy+User-definedKAS gX Polar PergelicPergelicPC! 7W Polar XericXericPC 7V Polar ContinentalContinentalPC'% 7U Polar OceanicOceanicPC 7T Polar HyperoceanicHyperoceanicPC)' 7O Boreal XericXericPC 7N Boreal HypercontinentalHypercontinentalPC20 7M Boreal ContinentalContinentalPC(& 7L Boreal SubcontinentalSubcontinentalPC., 7K Boreal OceanicOceanicPC  7J Boreal HyperoceanicHyperoceanicPC*( 7C Temperate XericXericPC 7B Temperate ContinentalContinentalPC+) 7A Temperate OceanicOceanicPC#! 7@ Temperate HyperoceanicHyperoceanicPC-+ 7< Mediterranean HyperdeserticHyperdeserticPC31$$ 7; Mediterranean Desertic-ContinentalDesertic-ContinentalPCA?++ 7: Mediterranean Desertic-OceanicDesertic-OceanicPC97'' 79 Mediterranean Xeric-ContinentalXeric-ContinentalPC;9(( 78 Mediterranean Xeric-OceanicXeric-OceanicPC31$$ 77 Mediterranean Pluviseasonal-ContinentalPluviseasonal-ContinentalPCKI00 76 Mediterranean Pluviseasonal-OceanicPluviseasonal-OceanicPCCA,, 75 Subtropical DeserticDeserticPC'% 74 Subtropical XericXericPC! 73 Subtropical PluviseasonalPluviseasonalPC1/"" 72 Subtropical PluvialPluvialPC%# 71 Tropical HyperdeserticHyperdeserticPC., 70 Tropical DeserticDeserticPC$" 7 <`@ `@ `@ `@ `@ }^? fG( A\+User-definedGK g+User-definedGK g+User-definedGK g+User-definedGK g+User-definedGK g+User-definedGK g+User-definedGK g+User-definedGK g+User-definedGK g+User-definedGK g+User-definedGK g+User-definedGK g+User-definedGK g+User-definedGK g+User-definedGK g+User-definedGK g+User-definedGK g+User-definedGK g+User-definedSEM gQuartziteQuartziteSEM w+User-definedKAS g+User-definedKAS g+User-definedKAS g+User-definedKAS g+User-definedKAS g+User-definedKAS g+User-definedKAS g+User-definedKAS g+User-definedKAS g+User-definedKAS g+User-definedKAS g+User-definedKAS g+User-definedKAS g+User-definedMSR g+User-definedMSR g+User-definedMSR g+User-definedMSR g+User-definedMSR g+User-definedMSR g~+User-definedMSR g}+User-definedMSR g|+User-definedMSR g{+User-definedMSR gz+User-definedMSR gy+User-definedMSR gx+User-definedMSR gw+User-definedMSR gv+User-definedMSR gu+User-definedMSR gt+User-definedMSR gs+User-definedMSR gr+User-definedMSR gq+User-definedMSR gp+User-definedMSR go+User-definedMSR gn+User-definedMSR gm+User-definedMSR gl+User-definedMSR gk+User-definedMSR gj+User-definedKAS gM;eF'mN/uV7}^? fG( lM- mM-  @ @ @ @ @ @ @ @ @+User-definedKAS g+User-definedREE g+User-definedKAS g+User-definedKAS g+User-definedKAS g+User-definedKAS g+User-definedKAS g+User-definedKAS g+User-definedKAS g+User-definedKAS g+User-definedKAS g+User-definedKAS g+User-definedPC g+User-definedMSR g+User-definedKAS g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedPC g+User-definedGK g+User-definedGK g@xvfudfgjpfd:vf`vrp`mjw} g`mmgjuf   !"#$%&')*+,-./0123456789:;  !"#$%&'()*+,-./0123456789:xvfudfgjpfd+xvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfd xvfudfgjpfd xvfudfgjpfd xvfudfgjpfd xvfudfgjpfd xvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfd xvfudfgjpfd!xvfudfgjpfd"xvfudfgjpfd#xvfudfgjpfd$xvfudfgjpfd%xvfudfgjpfd&xvfudfgjpfd'xvfudfgjpfd)xvfudfgjpfd*xvfudfgjpfd+xvfudfgjpfd,xvfudfgjpfd-xvfudfgjpfd.xvfudfgjpfd/xvfudfgjpfd0xvfudfgjpfd1xvfudfgjpfd2xvfudfgjpfd3xvfudfgjpfd4xvfudfgjpfd5xvfudfgjpfd6xvfudfgjpfd7xvfudfgjpfd8xvfudfgjpfd9xvfudfgjpfd:xvfudfgjpfd;xvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfd xvfudfgjpfd xvfudfgjpfd xvfudfgjpfd xvfudfgjpfd xvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfd*xvfudfgjpfd !"#$%&'()*+  !"#$%&')*+,-./0123456789:;  !"#$%&'()*+,-./0123456789:xvfudfgjpfd+xvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfd xvfudfgjpfd xvfudfgjpfd xvfudfgjpfd xvfudfgjpfd xvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfd xvfudfgjpfd!xvfudfgjpfd"xvfudfgjpfd#xvfudfgjpfd$xvfudfgjpfd%xvfudfgjpfd&xvfudfgjpfd'xvfudfgjpfd)xvfudfgjpfd*xvfudfgjpfd+xvfudfgjpfd,xvfudfgjpfd-xvfudfgjpfd.xvfudfgjpfd/xvfudfgjpfd0xvfudfgjpfd1xvfudfgjpfd2xvfudfgjpfd3xvfudfgjpfd4xvfudfgjpfd5xvfudfgjpfd6xvfudfgjpfd7xvfudfgjpfd8xvfudfgjpfd9xvfudfgjpfd:xvfudfgjpfd;xvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfd xvfudfgjpfd xvfudfgjpfd xvfudfgjpfd xvfudfgjpfd xvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfdxvfudfgjpfd@ @@  @@ @ @@   @@`msjpf `mwj`pdjpram`bl{`wfuaruf`mbrpwjpfpw`maruf`mi}sfubrpwjpfpw`maruf`mi}sfurbf`pjbaruf`mrbf`pjbaruf`mvxabrpwjpfpw`maruf`m|fujbaur{p{`wfubr{`udjpi}durmrh}grrwijmmgufvi{`wfui`mjpfjpwfuofdj`wfjpwfuz`mg`mmgmrrdjph jpwfuofdj`wfjpwfuz`mjuufhxm`ugmrrdjphjpwfuofdj`wfjpwfuz`mprpu`pdrogmrrdjphjpwfuofdj`wfjpwfuz`msrm}b}bmjbgmrrdjph jpwfuofdj`wfjpwfuz`mvsujphgmrrdjph jpwfuofdj`wfjpwfuz`mvxoofugmrrdjph jpwfuofdj`wfjpwfuz`m{jpwfugmrrdjph jpwfuojwwfpwjpwfuz`mg`mmgmrrdjph jpwfuojwwfpwjpwfuz`mjuufhxm`ugmrrdjphjpwfuojwwfpwjpwfuz`mprpu`pdrogmrrdjphjpwfuojwwfpwjpwfuz`msrm}b}bmjbgmrrdjphjpwfuojwwfpwjpwfuz`mvsujphgmrrdjphjpwfuojwwfpwjpwfuz`mvxoofugmrrdjphjpwfuojwwfpwjpwfuz`m{jpwfugmrrdjph!m`lfvirufmrphjpwfuz`mg`mmgmrrdjphmrphjpwfuz`mjuufhxm`ugmrrdjphmrphjpwfuz`mprpu`pdrogmrrdjphmrphjpwfuz`msrm}b}bmjbgmrrdjphmrphjpwfuz`mvsujphgmrrdjphmrphjpwfuz`mvxoofugmrrdjphmrphjpwfuz`m{jpwfugmrrdjphmr{fuorpw`pfmr{m`pdofdjwfuu`pf`pdfvfuwjbbrpwjpfpw`m ofdjwfuu`pf`pdfvfuwjbrbf`pjb ofdjwfuu`pf`pi}sfudfvfuwjb ofdjwfuu`pf`psmxzjvf`vrp`mbrpwjpfpw`mofdjwfuu`pf`psmxzjvf`vrp`mrbf`pjbofdjwfuu`pf`p|fujbbrpwjpfpw`m ofdjwfuu`pf`p|fujbrbf`pjbojpfu`m orpw`pfrmjhri`mjpfsf`w}sfujrdjbjw} vf`vrp`mjw}sfurdjbjw} juufhxm`udjvwxua`pbfsfurdjbjw} prpu`pdrodjvwxua`pbfsfurdjbjw} srm}b}bmjbdjvwxua`pbfsrm`ubrpwjpfpw`msrm`ui}sfurbf`pjbsrm`urbf`pjbsrm`usfuhfmjbsrm`u|fujbsrpdtx`uw~jwf(vf`vjrp`mjw} vsujphdjvwxua`pbf vf`vrp`mjw} g`mmgjuf 4  @  @ @vf`vrp`mjw} vxoofuudjvwxua`pbf vf`vrp`mjw} {jpwfugjuf viruwjpwfuz`mg`mmgmrrdjphviruwjpwfuz`mjuufhxm`ugmrrdjphviruwjpwfuz`mprpu`pdrogmrrdjphviruwjpwfuz`msrm}b}bmjbgmrrdjphviruwjpwfuz`mvsujphgmrrdjphviruwjpwfuz`mvxoofugmrrdjphviruwjpwfuz`m{jpwfugmrrdjphvjplirmfvxawursjb`mdfvfuwjbvxawursjb`msmxzj`mvxawursjb`msmxzjvf`vrp`mvxawursjb`m|fujbwfosfu`wfbrpwjpfpw`mwfosfu`wfi}sfurbf`pjb wfosfu`wfrbf`pjbwfosfu`wf|fujbwursjb`mdfvfuwjbwursjb`mi}sfudfvfuwjbwursjb`msmxzj`mwursjb`msmxzjvf`vrp`mwursjb`m|fujbxssfuorpw`pfzfup`msrrm{ijwf{`wfu GCJnpe GCJncoazonal? GCJnbonorte FCJnpe ECJnpe DCJnpe CCJnPE CCJnBO BCJnPE? BCJnBO ACJnPE ACJnBO @CJnPE @CJnBO ?CJnPE ?CJnBO >CJnBOLa Paz <CJnPE? <CJnBO ;CJnPE? ;CJnBO :CJnPE :CJnBO 9CJnPE 9CJnBO 8CJnBO 7CJnPE 7CJnBO 6CJnPE 6CJnBO 5CJnBO 4CJnPE 4CJnBO 3CJnPE? 3CJnBO 2CJnPE 2CJnBO 1CJnPE? 1CJnBO 0CJnPE 0CJnBO /CJnPE /CJnBO .CJnPE .CJnBO -CJnPEmuy fragmentario& @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ hl*hl+hl,hl-hl.hl/hl0hl1hl2hl3hl4hl5hl6hl7hl8hl9hl:hl;hlhll`vl`vl`vl`vl`v l`v!l`v"l`v#l`v$l`v%l`v&l`v'l`v(l`v)l`v*l`v+l`vl`vl`vl`vl`vl`vl`v l`v!l`v"l`v#l`v$l`v%l`v&l`v'l`v,l`v/l`v0l`v1l`v2l`v3l`v4l`v5l`v6l`v7l`v8l`v:lmvlmvlmvlmvlmvlmvlmvlmvlmv lmv!lmvlmvlmvlmvlmvlmvlmvlmvlmvlmv lmv lmv lmv lmv lmvlmvlmvlmvlmvlmvlmvovuovuovuovuovuovuovuovuovu ovu ovu ovu ovu ovuovuovuovuovuovuovuovuovuovuovuovuovuovu-sbsbsbsbsbsbsbsbsbsb sb sb sb sb sbsbsbsbsbsbsbsbsbsbsbsbsbsbsbsbsbsbsbsbsbsb sb sb sb sb sbsbsbsbsbsbsbsbsbsbsbsbsbsbsbsbsbsbsbsbsbsb sb sb sb sb sbsbsbsbsbsbsbsbsbsbsbsbsbsbsbsbsbsbsb sb!sb"sb#sb$sb%sb&sb'sb(sb)sb*sb+sb.uffuff9vfo(vfo)sbsbsbsbsbsbsbsbsbsbsb sb!sb"sb#sb$sb%sb&sb'                                                       JTTT^^ *4> H R R                   !                                        yz{|} ~!"#$%&'()*+     ( !"#$%&')*+,-./0123456789:;      !"#$%&'()*+,-./0123456789:-./0123456789:;      !"#$%                                                         2<FP Z d n x  !    -./0123456789 : ; < @ ABCJKLMNOTUVWXYZ[\] ^!_"`#a$b%d&e'f(g)h*i+jklmnopqrs t u v w xyz{|}~ !"#$%&'()*+,-./0123456789:;      !"#$%&'()*+,-./0123456789:-./0123456789:;      !"#$%                                                         2<FP Z d n x  !    -./0123456789 : ; < @ ABCJKLMNOTUVWXYZ[\] ^!_"`#a$b%d&e'f(g)h*i+jklmnopqrs t u v w xyz{|}~ !"#$%&'()*+,-./0123456789:;      !"#$%&'()*+,-./0123456789:-./0123456789:;      !"#$%VCN   ,  ConfLevel ConfLevelTextF  PrimaryKeyCJnAR CJnBO CJnAR? CJnBO CJnAR? CJnBO CJnAR? CJnBO CJnAR CJnBO CJnAR CJnBO Santa Cruz CJnAR CJnBO CJnAR CJnBO CJnAR CJnBO CJnAR CJnBO CJnAR CJnBO CJnAR CJnBO CJnAR CJnBO CJnAR CJnBO CJnAR CJnBO CJnAR CJnBO CJnAR? CJnBO endemic to CJnBO CJnAR CJnBO CJnAR? CJnBO CJnAR CJnBO CJnAR? CJnCL CJnAR CJnCL meridional CJnARSW CJnCL CJnAR CJnCL CJnAR CJnCL CJnAR CJnCL CJnAR CJnCL CJnAR CJnCL CJnAR CJnCL CJnAR CJnCL CJnAR CJnCL CJnCL CJnCL CJnAR CJnCL CJnAR CJnCL CJnAR? CJnCL CJnCL CJnAR CJnCL CJnAR CJnCL CJnAR CJnCL CJnCLcentral CJnCL CJnAR CJnAR center-west! a{q3m:qSBCJCCES409.204Bosques subandinos Boliviano-Tucumanos de mirtceasLACOOOOL CJCCES409.203Bosques ribereos subandino-interandinos Boliviano-TucumanosLACXXXXU ,CJCCES409.202Bosques ribereos altimontanos Boliviano-TucumanosLACNNNNK ,CJCCES409.201Bosques hmedos subandinos Boliviano-TucumanosLACJJJJG CJCCES409.200Bosques hmedos ribereos montanos Boliviano-TucumanosLACRRRRO ,CJCCES409.199Bosques hmedos montanos Boliviano-Tucumanos de mirtceasLACUUUUR CJCCES409.198Bosques hmedos montanos Boliviano-Tucumanos de AlisoLACQQQQN CJCCES409.197Bosques montanos Boliviano-Tucumanos de Pino de MonteLACQQQQN CJCCES409.196Bosques freatfilos subandino-interandinos Boliviano-TucumanosLACZZZZW ,CJCCES409.195Bosques bajos edafoxerfilos montanos Boliviano-TucumanosLACUUUUR CJCCES409.194Bosques altimontanos pluviestacionales Boliviano-TucumanosLACVVVVS CJCCES409.193Bosques abiertos y sabanas secundarios de suelos mal drenadosLACYYYYV ,CJCCES409.192Arbustales xerofticos interandino-subandinos Boliviano-TucumanosLAC]]]]Z CJCCES409.191Arbustales pluviestacionales subandinos Boliviano-TucumanosLACWWWWT CJCCES409.190Arbustales pluviestacionales montanos Boliviano-TucumanosLACUUUUR CJCCES603.189Prados helofticos montanos andino-te  @  @@d`w`a`vfvgruovordxmfv ufm`wjrpvijsvufsruwv vbujswv v}vufm w`amfv'o`lfmjvwv,`mmj`pbfv'txfujfv'w`amfv`mmj`pbf`mmj`pbf,fbrhurxs`mmj`pbf,fbrhurxssmxvfwb,fbrhurxs`mmj`pbfv`mmj`pbf,fbrhurxs{jwip`ofv`mmj`pbf,ijvwrujb`mmj`pbfva}v}vwfo`mmj`pbfvjpfbrhurxsv`mmj`pbfv`vvrba}v}vwfo`vvjhpfdwr`vvrbjpfbrhurxsvajrhfrhu`sijb,djzjvjrpajrhfrhu`sijb,dro`jpajrhfrhu`sijbdjzjvjrp{jwidro`jp=bm`vvjgjb`wjrpvw`wxv=bm`vvjgjfuhmrvv`u}ojvb=bm`vvjgjfuva}v}vwfo=bm`vvjgjfuvmjvwa}v}vwfo=bm`vvjgjfuvX{jwisujo`u}vfbrpd`u}vruw=bm`vvjgjfuvXbujwfuj`=bm`vvjgjfuvYsujo`u}`pdxs=bm`vvjgjfuvYsujo`u}gruufzjf{=bm`vvjgjfuvYsujo`u}z`mxfv= bm`vvjgjfuvZvfbrpd`u}`pdxs= bm`vvjgjfuvZvfbrpd`u}gruufzjf{= bm`vvjgjfuvZvfbrpd`u}z`mxfv= ov}v`bfvov}vrakfbwvov}vtxfujfvov}vufm`wjrpvijsv`bbfvvm`}rxw ov}vdavxoo`u}jpgrxvfudfgjpfdCJnBOSanta Cruz y norte del Beni1 CJnBO CJnAR CJnBO CJnAR CJnBO CJnAR? CJnBO CJnAR CJnBO CJnAR CJnBO CJnAR CJnBO CJnAR? CJnBO CJnAR CJnBO CJnAR CJnBO CJnAR CJnBO CJnARlowmediumhigh@   R    ]    ]IdParentIdNameType DateCreate DateUpdateOwnerFlagsDatabaseConnect ForeignName RmtInfoShort RmtInfoLongLvLvPropLvModuleLvExtra]] ]]] Id ParentIdName        3ķ@LWF000@pdRRFFFFFF8 37@37@Ecogroup subCCAG_Sources_Additionalc,GO3ķ@LWF000@zn\\PPPPPPB El7@El7@Ecogroup subCCAG_GOTHNAMESc,GO3ķF@LWF000@qeSSGGGGGG9 @7@z7@Ecogroup subAllianceInEcoGrpsc,GO3ķ@LWF000@thVVJJJJJJ<  vx7@vx7@Classifier Defs3--Primary with Secondaryc,GO3ķ@LWF000@saaUUUUUUG  7@ 7@Classifier Defs2--Criteria with Primaryc,GO3ķ@LWF000@~r``TTTTTTF  7@ 7@Classifier Defs1--Miscc,GO3ķj@LWF000!@maOOCCCCCC5  Y7@t8@AccessLayoutc,GO3ķ*@@QEE9999999+ @1ʩ7@1ʩ7@Modulesc,GO3ķ4444444444& {i7@{i7@luVC,N,,,,,,   e2 ConsEcoregCodeConsEcoregNameWWF) @ 9.rDConsEcoregCodeConsEcoregName PrimaryKey====: lUCJCCES410.365Complejo de vegetacin riparia del Alto ParanLACJJJJG lTCJCCES410.364Bosque semideciduo del Alto ParanLAC>>>>; \SCJCCES410.363Bosque Atlntico siempreverde pluvial del piedemonte del surLACXXXXU \RCJCCES410.362Bosque Atlntico siempreverde pluvial de tierras bajas del norteLAC\\\\Y \QCJCCES410.361Bosque Atlntico siempreverde montano del surLACIIIIF \PCJCCES410.360Bosque Atlntico siempreverde montano del NE del BrasilLACSSSSP \OCJCCES410.359Bosque Atlntico semideciduo submontano del oeste transicional con el CerradoLACiiiif \NCJCCES410.358Bosque Atlntico semideciduo montano del SE del BrasilLACRRRRO \MCJCCES410.357Bosque Atlntico semideciduo montano del NE del BrasilLACRRRRO \LCJCCES410.356Bosque Atlantico pantanoso litoralLAC>>>>; lKCJCCES410.355Bosque Atlntico montano de galera del este del BrasilLACSSSSP lJCJCCES410.354Bosque Atlntico mixto montano de AraucariaLACGGGGD \ICJCCES410.353Bosque Atlantico esclerofilo de mesetas sedimentarias del norteLAC[[[[X \HCJCCES410.352Bosque Atlntico deciduo sobre aflormientos calcreosLACQQQQN \GCJCCES410.351Arbustal esclerofilo sobre dunas del litoral del BrasilLACSSSSP \0CJCCES403.328Meso American premontane mixed woodlandLACCCCC@ \/CJCCES403.327Madrean Subalpine Pine ForestLAC99996 \.CJCCES403.326Transvolcanic Alpine ZacatonalLAC::::7 \S{qg&8ɵ($ɵ\&8ɵ($ɵ&8ɵ($ ɵ&8ɵ($Ԭ!ɵX&8ɵ($ɵ&8ɵ&&3($ɵ&8ɵ&&3($ɵT&8ɵ''($ɵ&8ɵ''($ɵ&8ɵ''($ɵP&8ɵ''($ɵ&8ɵ ' '($ɵ&8ɵ('('($ɵL&8ɵ0'0'($ɵ&8ɵ8'8'($ɵ&8ɵ@'@'($ɵH&8ɵ~ >=jJ,jR<#hK$h@2aE& oTD% mV8 64St. Lawrence/Champlain Valley 63Northern Appalachian-Boreal Forest%62North Atlantic Coast61Lower New England/Northern Piedmont&60High Allegheny Plateau6Columbia Plateau59Central Appalachian Forest58Chesapeake Bay Lowlands57Mid-Atlantic Coastal Plain56South Atlantic Coastal Plain55Florida Peninsula54Tropical Florida53East Gulf Coastal Plain52Piedmont 51Southern Blue Ridge50Cumberlands and Southern Ridge and Valley,5Klamath Mountains49Western Allegheny Plateau48Great Lakes47Superior Mixed Forest46Prairie-Forest Border45North Central Tillplain44Interior Low Plateau43Upper East Gulf Coastal Plain 42Mississippi River Alluvial Plain#41West Gulf Coastal Plain40Upper West Gulf Coastal Plain 4Modoc Plateau and East Cascades!39Ouachita Mountains38Ozarks 37Osage Plains/Flint Hills Prairie#36Central Tallgrass Prairie35Northern Tallgrass Prairie34Dakotas Mixed Grass Prairie33Central Mixed-Grass Prairie32Crosstimbers and Southern Tallgrass Prairie.31Gulf Coast Prairies and Marshes"30Tamaulipan Thornscrub3North Cascades and Pacific Ranges#29Edwards Plateau28Southern Shortgrass Prairie27Central Shortgrass Prairie26Northern Great Plains Steppe25Black Hills24Chihuahuan Desert23Sonoran Desert22Apache Highlands21Arizona-New Mexico Mountains20Southern Rocky Mountains2Puget Trough - Willamette Valley - Georgia Basin219Colorado Plateau18Utah High Plateaus17Mojave Desert16California South Coast15California Central Coast14California North Coast13Great Central Valley12Sierra Nevada11Great Basin10Wyoming Basins1Pacific Northwest CoastpwVXYYpwVXYZpwVXY[pwVYVWpwVYVX pwVYVY!pwVYVZ"pwVYV[#pwVYV\$pwVYV]%pwVYV^&pwVYV_'pwVYWV(pwVZVW)pwVZVX*pwVZVY+pwVZVZ,pwV]VW-pwV]VX.pwV]VY/pwV]VZ0pwV]V[1pwV]V\2pwV]V]3pwV]V^pwV]V_pwV]WVpwV^VWpwV^VXpwV^VYpwV^VZpwV^V[pwV^V\pwV_VW pwV_VX pwV_VY pwV_VZ pwV_V[ pwV_V\pwV_V]pwV_V^pwV_V_pwWVVWpwWVVXpwWVVYpwWVVZpwWVV[pwWVV\pwWVV]pwWVV^pwWVV_pwWXVWpwWYVWpwWYVXpwWYVYpwWYVZpwWYV[ pwWYV\!pwWYV]"pwWYV^#pwWYV_$pwWYWV%pwWYWW&pwWYWX'pwWYWY(pwWYWZ)pwWYW[*pwWYW\+pwWYW],pwWYW^-pwWZVW.pwWZVX/pwWZVY0pwWZVZ1pwWZV[2pwWZV\3pwWZV]4pwWZV^5pwWZV_6pwWZWV7pwWZWW8pwWZWXpwWZWYpwWZWZpwWZW[pwWZW\pwWZW]pwWZW^pwWZW_pwWZXVpwWZXW pwWZXX pwWZXY pwWZXZ pwWZX[ pwWZX\pwWZX]pwWZX^pwWZX_pwWZYVpwWZYWpwWZYXpwWZYYpwWZYZpwWZY[pwWZY\pwWZY]oga de las sabanas del Beni en el noreste de Bolivia. Instituto de Ecologa. La Paz. 186 pAndes251IBISCH 1995IBISCH, P., G. RAUER, D. RUDOLPH & W. BARTHLOTT. 1995. Floristic, biogeographical, and vegetational aspects of Precambrian rock oulu@bfpwu`mviruwhu`vvsu`jujfijhi`mmfhifp}sm`wf`x8pruwib`vb`dfv`pds`bjgjbu`phfvvjfuu`pfz`d`phurzfv/`s`bifijhim`pdv`sxufzjmm`zjbfpbjrdu}grufvwv/`u`xb`uj`orjvwgrufvwv`u`}``pds`uj`|fujbvbuxa`uhfpwjpffvsjp`m`uhfpwjpforpwf`ujdbi`br-`uj~rp`pf{of|jbrorxpw`jpv `uxa`bxu`b`rarp`jufb`bwxvvbuxa"")`vsfps`ulm`pd`w`b`o`dfvfuw`wm`pwjbbr`vwufvwjph`v`wm`pwjbdu}grufvwv0a`i`oj`pdu}grufvwv1a`i`oj`po`phurzfv0a`i`oj`psjpfgrufvwva`ij`br`vw`mgrufvwva`ij`jpwfujrugrufvwva`ij`o`phurzfv1a`kjrdu}grufvwv@2a`mv`vdu}grufvwvafmj~f`pbr`vwo`phurzfv2afmj~f`puffgo`phurzfv3afmj~j`psjpfgrufvwv afpjv`z`pp`.afujphvf``pd`mfxwj`pjvm`pdv afujphj`pwxpdu` am`blijmmvarb`vdfmwrurv`pa`vwjofpwrvjvm`pdv`pam`vo`p4armjzj`porpw`pfdu}grufvwvarmjzj`p}xph`vaujvwrma`}a`vjp b``wjph`b``wjph`fpbm`zfvorjvwgrufvwvb`mjgrupj`bfpwu`mbr`vwb`mjgrupj`pruwibr`vwb`mjgrupj`vrxwibr`vwb`osrvuxsfvwufvorpw`pfv`z`pp`/b`p`dj`purbl}orxpw`jpvb`txfw`orjvwgrufvwvb`w`wxoarorjvwgrufvwvb`xb`z`mmf}du}grufvwvb`xb`z`mmf}orpw`pfgrufvwvb`}o`pjvm`pdvdu}grufvwvb`}o`pjvm`pdv|fujbvbuxa b`}rvojvljwrvv`p`pdufv`pdsurzjdfpbj`orjvwgr"""""""@bfpwu`m`ofujb`p`wm`pwjborjvwgrufvwvbfpwu`m`ofujb`pdu}grufvwvbfpwu`m`ofujb`porpw`pfgrufvwvbfpwu`m`ofujb`psjpfr`lgrufvwv!bfpwu`m`pdf`pdu}sxp`bfpwu`m`pdf`psxp`bfpwu`m`pdf`p{fwsxp`bfpwu`m`ss`m`bij`pgrufvw6bfpwu`mof|jb`p{fwm`pdv bfpwu`moj|fdhu`vvsu`jujfbfpwu`mviruwhu`vvsu`jujf9.North Americaö @@ @ @@ @ @@@`m`vl`br`vw`mgrufvw`pdorxpw`jpv`m`vl`sfpjpvxm``m`vl`u`phf `m`vl`}xlrp`ubwjb`mz`u`dro`phurzfv.`o`s`o`phurzfv/`s`bifijhim`pdv`sxufzjmm`zjbfpbjrdu}grufvwv/`u`xb`uj`orjvwgrufvwv`u`}``pds`uj`|fujbvbuxa`uhfpwjpffvsjp`m`uhfpwjpforpwf`ujdbi`br-`uj~rp`pf{of|jbrorxpw`jpv `uxa`bxu`b`rarp`jufb`bwxvvbuxa"")`vsfps`ulm`pd`w`b`o`dfvfuw`wm`pwjbbr`vwufvwjph`v`wm`pwjbdu}grufvwv0a`i`oj`pdu}grufvwv1a`i`oj`po`phurzfv0a`i`oj`psjpfgrufvwva`ij`br`vw`mgrufvwva`ij`jpwfujrugrufvwva`ij`o`phurzfv1a`kjrdu}grufvwv@2a`mv`vdu}grufvwvafmj~f`pbr`vwo`phurzfv2afmj~f`puffgo`phurzfv3afmj~j`psjpfgrufvwv afpjv`z`pp`.afujphvf``pd`mfxwj`pjvm`pdv afujphj`pwxpdu` am`blijmmvarb`vdfmwrurv`pa`vwjofpwrvjvm`pdv`pam`vo`p4armjzj`porpw`pfdu}grufvwvarmjzj`p}xph`vaujvwrma`}a`vjp b``wjph`b``wjph`fpbm`zfvorjvwgrufvwvb`mjgrupj`bfpwu`mbr`vwb`mjgrupj`pruwibr`vwb`mjgrupj`vrxwibr`vwb`osrvuxsfvwufvorpw`pfv`z`pp`/b`p`dj`purbl}orxpw`jpvb`txfw`orjvwgrufvwvb`w`wxoarorjvwgrufvwvb`xb`z`mmf}du}grufvwvb`xb`z`mmf}orpw`pfgrufvwvb`}o`pjvm`pdvdu}grufvwvb`}o`pjvm`pdv|fujbvbuxa b`}rvojvljwrvv`p`pdufv`pdsurzjdfpbj`orjvwgr"""""""@bfpwu`m`ofujb`p`wm`pwjborjvwgrufvwvbfpwu`m`ofujb`pdu}grufvwvbfpwu`m`ofujb`porpw`pfgrufvwvbfpwu`m`ofujb`psjpfr`lgrufvwv!bfpwu`m`pdf`pdu}sxp`bfpwu`m`pdf`psxp`bfpwu`m`pdf`p{fwsxp`bfpwu`m`ss`m`bij`pgrufvw6bfpwu`mof|jb`p{fwm`pdv bfpwu`moj|fdhu`vvsu`jujfbfpwu`mviruwhu`vvsu`jujf9.North Americaö  @   @@   @@@bfpwu`mw`mmhu`vvsu`jujfbfuu`dr0bi`brbifv`sf`lfa`}mr{m`pdv5bij`s`vdfsufvvjrpdu}grufvwvbij`s`vorpw`pfgrufvwvbijix`ix`pdfvfuwbijmf`po`wruu`mbijo`m`s`vorpw`pfgrufvwv bijtxjw`prdu}grufvwvbirbrd`ujfporjvwgrufvwv"B$!bmjssfuwrpjvm`pdviuxa`pdhu`vvm`pdv1br`vw`mzfpf~xfm`po`phurzfv5brbrvjvm`pdorjvwgrufvwv"brmru`drsm`wf`x brmxoaj`sm`wf`x7brrljpmfwa`vjpbrudjmmfu`bfpwu`ms`u`or""""@brudjmmfu`dfofujd`s`u`or""""@brudjmmfu`m`brvw`orpw`pfgrufvwv#brudjmmfu`rujfpw`morpw`pfgrufvwv$brudra`orpw`pfv`z`pp`@2brvw`ujb`pvf`vrp`morjvwgrufvwv%burvvwjoafuv`pdvrxwifupw`mmhu`vvsu`jujfbxa`pb`bwxvvbuxa!bxa`pdu}grufvwvbxa`porjvwgrufvwv&bxa`psjpfgrufvwv"bxa`p{fwm`pdv bxoafum`pdv`pdvrxwifupujdhf`pdz`mmf}-d`lrw`voj|fdhu`vvsu`jujff`vwhxmgbr`vw`msm`jp0f`vwfupbrudjmmfu`uf`morpw`pfgrufvwv'f`vwfups`p`o`pj`porpw`pfgrufvwv(fbx`druj`pdu}grufvwv fd{`udvsm`wf`xfpujtxjmmr{fwm`pdv fvofu`mdfvs`bjgjbbrmroaj`o`phurzfv6fzfuhm`dfv gfup`pd`dfprurpi``wrmd`vurb`vorjvwgrufvwv)gfvbxfoj|fdhu`vvsu`jujfgmrujd`sfpjpvxm`2h`m`s`hrvjvm`pdv|fujbvbuxa@"huf`wa`vjphuf`wbfpwu`mz`mmf}huf`wm`lfv*huf`wfu`pwjmmfvo`phurzfv7hx`kju`a`uu`ptxjmm`|fujbvbuxa#hx`}`p`pijhim`pdvorjvwgrufvwv*hx`}`txjmgmrrdfdhu`vvm`pdv hxj`p`po`phurzfv8hxj`p`porjvwgrufvwv+hxmgbr`vwsu`jujfv`pdo`uvifvhxmgrg`m`vl`orxpw`jpv`pdgkrudm`pdvhxmgrggrpvfb`o`phurzfvhxmgrghx`}`txjmwxoafvo`phurzfvhxmgrgs`p`o`o`phurzfvhxuxs`z`u~f`,hx}`p`pv`z`pp`3i`{`jj`pijhijvm`pdvijhi`mmfhifp}sm`wf`x8  @  @ @@@ @@ @@ijvs`pjrm`pdu}grufvwv ijvs`pjrm`porjvwgrufvwv-ijvs`pjrm`psjpfgrufvwv#ixojdbi`brixojds`os`vjmi`hu`pdfo`phurzfvjpwfujru`m`vl`w`jh` jpwfujrumr{sm`wf`x&jtxjwrvz`u~f`.jvm`vufzjmm`hjhfdrdu}grufvwv jvwioj`p`wm`pwjborjvwgrufvwv/jvwioj`ps`bjgjborjvwgrufvwv0k`mjvbrdu}grufvwv k`o`jb`pdu}grufvwv k`o`jb`porjvwgrufvwv1k`sxu`vrmjorfvpfhurorjvwgrufvwv$2kx`pgfup`pdf~jvm`pdvwfosfu`wfgrufvwv""@)kxux`sxuxvorjvwgrufvwv$3lm`o`wiorxpw`jpv,m`brvw`|fujbviuxam`pdv$m`u`g`mbrpdu}grufvwv"$mff{`udjvm`pdvdu}grufvwvmff{`udjvm`pdvorjvwgrufvwv4mff{`udjvm`pdv|fujbvbuxa%mfvvfu`pwjmmfvo`phurzfvmm`prvmr{fupf{fphm`pd pruwifupsjfdorpw9o`dfju`w`s`krvorjvwgrufvwv""$o`hd`mfp`z`mmf}du}grufvwvo`hd`mfp`z`mmf}orpw`pfgrufvwvo`hd`mfp`v`pw`o`uw`o`phurzfvo`hd`mfp`xu`a`orjvwgrufvwv"""@o`hfmm`pjbvxasrm`ugrufvwv*o`msfmrjvm`pd|fujbvbuxa&o`p`ajo`phurzfv"@o`u`b`jardu}grufvwvo`u`krz`u~f`$o`u`pi`ra`a`bxgrufvwv"r"o`u`pi`ro`phurzfvo`u`prpdu}grufvwv'@o`ujvo`vp`bjrp`mfvv`pam`vo`phurzfvo`wrhurvvrwursjb`mdu}grufvwvo`}`pbruujdruo`phurzfv of|jb`pvrxwis`bjgjbbr`vwo`phurzfv ojd`wm`pwjbbr`vw`msm`jp4ojddmfurbl}orxpw`jpvamxforxpw`jpvojvljwrsjpfgrufvwv$ojvvjvvjssjujzfu`mmxzj`msm`jp$ordrbsm`wf`x`pdf`vwb`vb`dfv!orjvws`bjgjbbr`vwo`phurzfv ork`zfdfvfuworpwf`mfhufz`u~f`orvtxjwj`pjb`u`hx`pb`ujaaf`pbr`vwo`phurzfv orw`hx`z`mmf}wirupvbuxa'p`srorjvwgrufvwvpfhurau`pbrorjvwgrufvwvpruwi`wm`pwjbbr`vw:pruwib`vb`dfv`pds`bjgjbu`phfvwm`pwjbbr`vw: @       @ pruwibfpwu`mwjmmsm`jp'pruwif`vwfupau`~jmufvwjph`v pruwifup`pdf`ps`u`or""""@pruwifup`ss`m`bij`paruf`mgrufvw;pruwifupdu}s`bjgjbbr`vwo`phurzfv pruwifuphuf`wsm`jpvvwfssfpruwifuphxmgbr`vwpruwifupirpdxu`vo`phurzfvpruwifupw`mmhu`vvsu`jujfpruwi{fvwfup`pdf`porpw`pfgrufvwv r`|`b`porpw`pfgrufvwv rl`p`h`prujprbrdfmw`v{`osgrufvwv rujprbr{fwm`pdvrv`hfsm`jpv gmjpwijmmvsu`jujfrx`bijw`orxpw`jpv r~`ulvs`bjgjbpruwi{fvwbr`vws`p`o`pj`pdu}grufvwvs`pw`p`ms`pw`prvdfbfpwm` s`u`o`phurzfv@s`u`hx`p`|fujbvbuxa(s`u`o`ujarv{`osgrufvwvs`u`p`gmrrdfdv`z`pp`"@s`u`p`s`u`ja`jpwfujrugrufvwv'B$s`w`hrpj`phu`vvm`pdvs`w`hrpj`pvwfssfs`wj`z`mmf}du}grufvwv@sfup`oaxbrbr`vw`mgrufvwvsfup`oaxbrjpwfujrugrufvwvsfuxzj`p}xph`vsfwfpzfu`bux~orjvwgrufvwv@sfwfpfvo`phurzfvsjfdorpw/sjxu`o`phurzfvsu`jujfgrufvwarudfu(sxfuwrujb`pdu}grufvwvsxfuwrujb`porjvwgrufvwvsxhfwwurxhi{jmm`ofwwfz`mmf}hfruhj`a`vjp sxuxvz`u~f`sxuxvo`dfju`orjvwgrufvwvuj`m`h`uwrvo`phurzfvujrpfhurb`osjp`u`p`ujrpfhurujrv`pvxpo`phurzfvujrsju`pi`vo`phurzfvujrv`rgu`pbjvbro`phurzfv"pv`pgfmj|v`p`oaurvjrjvm`pdvwfosfu`wfgrufvwv"@+v`pmxb`p|fujbvbuxa)v`pw`o`uw`orpw`pfgrufvwvv`pw`o`uw`s`u`or""$vfbixu`dfvfuw*vfoj`ujds`os`vvfuu`dro`ubr`vw`mgrufvwvvjfuu`dfm`m`hxp`du}grufvwvvjfuu`dfm`m`hxp`sjpfr`lgrufvwv%vjfuu`dfmrvwx|wm`vvjfuu`o`dufdfbij`s`vorjvwgrufvwvjfuu`o`dufdfr`|`b`sjpfr`lgrufvwv&vjfuu`o`dufdfmvxusjpfr`lgrufvwv'vjfuu`pfz`d` America '@@     @   vjp`mr`pdu}grufvwvvjpxz`mmf}du}grufvwv"@vrmjorfvk`sxu`orjvwgrufvw"r"$vrpru`pdfvfuwvrxwi`wm`pwjbbr`vw`msm`jp3vrxwigmrujd`urblm`pdvvrxwifup`pdf`pvwfssfvrxwifup`pdf`p}xph`vvrxwifupamxfujdhf.vrxwifupbrpfofvrsrw`oj`pv`z`pp`vrxwifupdu}s`bjgjbbr`vwo`phurzfvvrxwifups`bjgjbdu}grufvwvvrxwifupurbl}orxpw`jpv vrxwifupviruwhu`vvsu`jujfvrxwi{fvw`o`~rporjvwgrufvwvvwm`{ufpbf bi`osm`jpz`mmf} )   .rAB.rBB.rCB.rDB.rEB.rFB.rGB.rHB.rIB.rJB.rKB.rLB.rM.rN.rNB.rO.rP&{D67E23DA-6AF4-4BCA-A3EE-AF079BA78EDF}&{F42F234A-16F8-4ADD-8F20-322ADF9EF4D3}ClassificationStatusIDElcodeMCSCodeNaturaloldEcoGroupCode PrimaryKeySCSCodeSpatial Scale & Pattern {qg]SI?5 @@>@?X:yV.i^C @ @ @ @ @ @ @ @ @ @!CJCCES505.020Matorrales desrticos montanos suroccidentalesLACJJJJG !CJCCES505.019Matorrales altimontanos psammfilos de la Puna xerofticaLACUUUUR !CJCCES505.018Matorrales altimontanos de la Puna xeroftica noroccidentalLACWWWWT !CJCCES505.017Matorrales altimontanos de la Puna xeroftica desrticaLACSSSSP !CJCCES505.016Cardonales desrticos montanos suroccidentalesLACJJJJG !CJCCES505.015Cardonales de la Prepuna orientalLAC====: !CJCCES505.014Cardonales altoandinos de la Puna xeroftica occidentalLACSSSSP  !CJCCES505.013Cardonales altimontanos de la Puna xeroftica occidentalLACTTTTQ  !CJCCES505.012Bosques y arbustales ribereos basimontanos desrticosLACRRRRO , !CJCCES505.011Bosques y arbustales freato-halfilos basimontanos desrticosLACYYYYV , !CJCCES505.010Bosques freatfilos del piso montano xerofticoLACKKKKH , !CJCCES505.009Bosques bajos xerofticos interandinos de la Prepuna superior orientalLACbbbb_ !CJCCES505.008Bosques bajos altoandinos de la Puna xeroftica orientalLACTTTTQ !CJCCES505.007Bosques bajos altoandinos de la Puna xeroftica occidentalLACVVVVS !CJCCES505.006Bosques bajos altimontanos de la Puna xeroftica norteLACRRRRO !CJCCES505.005Bosques bajos altimontanos de la Puna xeroftica centralLACTTTTQ !CJCCES505.004Bofedales altoandinos de la Puna xerofticaLACGGGGD ,!CJCCES505.003Arbustales xerofticos interandinos de la Prepuna inferior oriental LAC````] !CJCCES505.002Arbustales xerofticas interandinas de la Prepuna surorientalLACYYYYV !CJCCES505.001Arbustales espinosos altimontanos de la Puna xerofticaLACSSSSP .?{W.c!k`(!CJCCES409.040Arbustales y prados yungueos montanosLACBBBB? '!CJCCES409.039Arbustales esclerfilos higrfilos de las Cordilleras AmaznicasLAC\\\\Y ,&!CJCCES505.038Vegetacin saxcola de la Prepuna orientalLACFFFFC %!CJCCES505.037Vegetacin saxcola altimontana de la Puna xerofticaLACQQQQN $!CJCCES505.036Vegetacin riberea del piso montano xerofticoLACKKKKH ,#!CJCCES505.035Vegetacin de los salares altoandinos de la Puna xerofticaLACWWWWT ,"!CJCCES505.034Vegetacin acutica y palustre altoandina de la Puna xerofticaLAC[[[[X ,!!CJCCES505.033Vegetacin abierta geliturbada altoandina de la Puna xeroftica suroccidentalLACiiiif  !CJCCES505.032Vegetacin abierta geliturbada altoandina de la Puna xeroftica septentrional y orientalLACttttq !CJCCES505.031Rosetales desrticos basimontanosLAC====: !CJCCES505.030Prados higrfilos altimontanos de la Puna xerofticaLACPPPPM ,!CJCCES505.029Pajonales y matorrales altoandinos de la Puna xeroftica surLACXXXXU !CJCCES505.028Pajonales y matorrales altoandinos de la Puna xeroftica norteLACZZZZW !CJCCES505.027Pajonales higrfilos altoandinos de la Puna xerofticaLACRRRRO ,!CJCCES505.026Matorrales y herbazales xeromrficos de la Prepuna orientalLACWWWWT !CJCCES505.025Matorrales y herbazales halfilos de la Prepuna orientalLACTTTTQ !CJCCES505.024Matorrales y herbazales desrticos basimontanosLACKKKKH !CJCCES505.023Matorrales y herbazales altimontanos de la Puna xeroftica orientalLAC____\ !CJCCES505.022Matorrales higrfilos altoandinos de la Puna xerofticaLACSSSSP ,!CJCCES505.021Matorrales higrfilos altimontanos de la Puna xerofticaLACTTTTQ ,+eD*1&v$Xath\PD8, >!CJCCES409.062Pastizales arbolados yungueos basimontanosLACGGGGD =!CJCCES409.061Palmar pantanoso de la Cordillera AzulLACBBBB? ,<!CJCCES409.060Pajonales higrfilos altimontanos yungueosLACGGGGD ,;!CJCCES409.059Pajonales arbustivos altimontanos pluviestacionales de los YungasLAC]]]]Z :!CJCCES409.058Pajonales arbustivos altimontanos pluviales de los YungasLACUUUUR 9!CJCCES409.057Matorrales yungueos xricos interandinosLACEEEEB 8!CJCCES409.056Bosques yungueos xricos basimontanosLACBBBB? 7!CJCCES409.055Bosques yungueos transicionales pluviales del pidemonteLACTTTTQ 6!CJCCES409.054Bosques yungueos siempreverdes estacionales basimontanos LACVVVVS 5!CJCCES409.053Bosques yungueos semideciduos basimontanosLACGGGGD 4!CJCCES409.052Bosques yungueos secundarios basimontanos LACGGGGD 3!CJCCES409.051Bosques yungueos montanos pluviestacionalesLACHHHHE 2!CJCCES409.050Bosques yungueos montanos pluvialesLAC@@@@= 1!CJCCES409.049Bosques yungueos edafoxerfilos basimontanos LACJJJJG 0!CJCCES409.048Bosques y palmares yungueos pluviales basimontanos LACPPPPM /!CJCCES409.047Bosques ribereos altimontanos yungueosLACDDDDA ,.!CJCCES409.046Bosques de ~Polylepis$ altimontanos pluviestacionales de los YungasLAC____\ -!CJCCES409.045Bosques de ~Polylepis$ altimontanos pluviales de los YungasLACWWWWT ,!CJCCES409.044Bosques altimontanos pluviestacionales de los Yungas bolivianosLAC[[[[X +!CJCCES409.043Bosques altimontanos pluviales de los YungasLACHHHHE *!CJCCES409.042Bofedales altimontanos yungueosLAC<<<<9 ,)!CJCCES409.041Arbustales yungueos xricos interandinosLACEEEEB <Wd3Rr)J@ @S!CJCCES409.083Matorrales y herbazales xricos montano bajos interandinos de la Puna hmedaLAChhhhe R!CJCCES409.082Matorrales edafoxerfilos en cojn altoandinos de la Puna Hmeda LAC]]]]Z Q!CJCCES409.081Cardonales y matorrales montanos desrticos occidentalesLACTTTTQ P!CJCCES409.080Cardonales y matorrales desrticos del piedemonte occidental de la Puna hmedaLACjjjjg O!CJCCES409.079Bosques y arbustales xricos interandinos basimontanos de la Puna hmedaLACdddda N!CJCCES409.078Bosques y arbustales ribereos basimontanos interandinos de la Puna hmedaLACffffc ,M!CJCCES409.077Bosques y arbustales montanos xricos interandinos de la Puna hmedaLAC````] L!CJCCES409.076Bosques riparios montanos interandinos de la Puna hmedaLACTTTTQ ,K!CJCCES409.075Bosques montanos pluviestacionales interandinos de la Puna hmedaLAC]]]]Z J!CJCCES409.074Bosques bajos y arbustales altimontanos de la Puna hmeda LACVVVVS H!CJCCES409.072Bofedales altoandinos de la Puna hmedaLACCCCC@ ,G!CJCCES409.071Arbustales montanos xricos interandinos de la Puna hmedaLACVVVVS F!CJCCES409.070Arbustales montanos pluviestacionales interandinos de la Puna hmedaLAC````] E!CJCCES409.069Arbustales freato-riparios del piedemonte occidental de la Puna hmeda LACcccc` ,D!CJCCES409.068Bosques bajos altoandinos de la Puna HmedaLACGGGGD C!CJCCES409.067Vegetacin saxcola yunguea montanaLAC@@@@= B!CJCCES409.066Vegetacion saxcola altimontana de los YungasLACIIIIF A!CJCCES409.065Vegetacin riparia yunguea basimontanaLACCCCC@ ,@!CJCCES409.064Vegetacin riberea yunguea montanaLAC@@@@= ,?!CJCCES409.063Vegetacin acutica y palustre altimontana yungueaLACOOOOL ,R.pcUE6=i!CJCCES409.105Bosques altimontanos norte-andinos siempreverdesLACLLLLI h!CJCCES409.104Bosques altimontanos norte-andinos de PolylepisLACKKKKH g!CJCCES409.103Bofedales altoandinos paramunosLAC;;;;8 ,f!CJCCES409.102Bofedales altimontanos paramunosLAC<<<<9 ,e!CJCCES409.101Arbustales y matorrales pantanosos altoandinos paramunosLACTTTTQ ,d!CJCCES409.100Arbustales y frailejonales pantanosos altimontanos paramunosLACXXXXU ,c!CJCCES409.099Arbustales y frailejonales altimontanos paramunosLACMMMMJ b!CJCCES409.098Arbustales graminoides inundados altimontanos paramunosLACSSSSP ,a!CJCCES409.097Arbustales graminoides altimontanos paramunosLACIIIIF `!CJCCES409.096Arbustales bajos y matorrales altoandinos paramunosLACOOOOL _!CJCCES409.095Arbustal montano de los Andes del NorteLACCCCC@ ^!CJCCES409.094Vegetacin saxcola montana interandina de la Puna hmedaLACUUUUR ]!CJCCES409.093Vegetacin saxcola altoandina de la Puna hmedaLACLLLLI \!CJCCES409.092Vegetacin saxcola altimontana de la Puna hmeda LACNNNNK [!CJCCES409.091Vegetacin riparia altimontana de la Puna hmedaLACLLLLI ,Z!CJCCES409.090Vegetacin geliturbada subnival de la Puna hmedaLACMMMMJ Y!CJCCES409.089Vegetacin acutica y palustre altoandina de la Puna HmedaLACWWWWT ,X!CJCCES409.088Rosetales desrticos del piedemonte occidental de la Puna hmedaLAC\\\\Y W!CJCCES409.087Pajonales y matorrales altimontanos de la Puna hmedaLACQQQQN V!CJCCES409.086Pajonales higrofticos altoandinos de la Puna hmedaLACPPPPM ,U!CJCCES409.085Pajonales higrofticos altimontanos de la Puna hmedaLACQQQQN ,T!CJCCES409.084Pajonales altoandinos de la Puna hmedaLACCCCC@ %*bG&j.VW$ɵ<8+8ɵ}!CJCCES409.125Pajonales bajos y prados altoandinos paramunosLACJJJJG |!CJCCES409.124Pajonales arbustivos altimontanos paramunosLACGGGGD {!CJCCES409.123Pajonales altimontanos y montanos paramunosLACGGGGD z!CJCCES409.122Matorrales edafoxerfilos en cojin altoandinos paramunosLACTTTTQ y!CJCCES409.121Bosques y arbustales xricos interandinos montano bajos de los Andes del NorteLACjjjjg x!CJCCES409.120Bosques y arbustales montanos xricos interandinos de los Andes del NorteLACeeeeb w!CJCCES409.119Bosques xricos piemontanos de los Andes del NorteLACNNNNK v!CJCCES409.118Bosques siempreverde estacionales montano bajos de los Andes del NorteLACbbbb_ u!CJCCES409.117Bosques semideciduos montano bajas de los Andes del NorteLACUUUUR t!CJCCES409.116Bosques ribereos montanos de los Andes del NorteLACMMMMJ ,s!CJCCES409.115Bosques ribereos montano bajos de los Andes del NorteLACRRRRO ,r!CJCCES409.114Bosques pluviestacionales piemontanos de los Andes del NorteLACXXXXU q!CJCCES409.113Bosques pluviales piemontanos de los Andes del NorteLACPPPPM p!CJCCES409.112Bosques pluviales montano bajas de los Andes del NorteLACRRRRO o!CJCCES409.111Bosques montanos pluviestacionales de los Andes del NorteLACUUUUR n!CJCCES409.110Bosques montanos pluviales de los Andes del NorteLACMMMMJ m!CJCCES409.109Bosques montanos norte-andinos de AlnusLACCCCC@ l!CJCCES409.108Bosques montanos de Quercus de las vertientes internas de los Andes de ColombiaLACkkkkh k!CJCCES409.107Bosques montano bajos de Quercus de las vertientes internas de los Andes de ColombiaLACppppm j!CJCCES409.106Bosques bajos y arbustales altoandinos paramunosLACLLLLI W>|MAM!CJCCES505.145Bosques higrfilos montanos andino-mediterrneos centralesLACVVVVS ,!CJCCES505.144Bosques edafoxerfilos montanos andino-mediterrneos occidentalesLAC]]]]Z !CJCCES505.143Bosques edafohigrfilos basimontanos andino-mediterrneos occidentalesLACbbbb_ ,!CJCCES505.142Bosques decduos hmedos montanos andino-mediterrneos occidentalesLAC____\ !CJCCES505.141Bofedales altoandinos mediterrneosLAC????< ,!CJCCES505.140Arbustales y matorrales desrticos montanos andino-mediterrneos occidentalesLACiiiif !CJCCES505.139Arbustales xerofticos montanos andino-patagnicosLACNNNNK !CJCCES505.138Arbustales xricos montano-basimontanos andino-mediterrneos occidentalesLACeeeeb !CJCCES505.137Arbustales xricos basimontanos andino-mediterrneos occidentalesLAC]]]]Z !CJCCES505.136Arbustales ribereos altimontanos andino-mediterrneosLACRRRRO ,!CJCCES505.135Arbustales psammfilos montanos andino-patagnicosLACNNNNK !CJCCES505.134Arbustales desrticos montanos andino-mediterrneos orientalesLACZZZZW !CJCCES505.133Arbustales altimontanos andino-mediterrneos de suelos hidromrficosLAC````] ,!CJCCES409.132Vegetacion saxcola montana interandina de los Andes del NorteLACZZZZW !CJCCES409.131Vegetacin palustre y acutica altoandina paramunaLACNNNNK ,!CJCCES409.130Vegetacin geliturbada y edafoxerfila subnival paramunaLACTTTTQ !CJCCES409.129Vegetacion acutica y palustre altimontana paramunaLACOOOOL ,!CJCCES409.128Sabana arbolada montano baja de los Andes del NorteLACOOOOL !CJCCES409.127Prados higrfilos altimontanos paramunosLACDDDDA ,~!CJCCES409.126Pajonales edafoxerfilos altimontanos paramunosLACKKKKH 'Jt DPzM!CJCCES505.164Matorrales y prados halfilos montanos andino-patagnicosLACUUUUR ,!CJCCES505.163Matorrales y pajonales xerofticos montanos andino-patagnicosLACZZZZW !CJCCES505.162Matorrales y pajonales altoandinos mediterrneos orientalesLACWWWWT !CJCCES505.161Matorrales y pajonales altoandinos mediterrneos occidentalesLACYYYYV !CJCCES505.160Matorrales montanos pluviestacionales andino-mediterrneos occidentalesLACcccc` !CJCCES505.159Matorrales en cojn altoandinos y subnivales mediterrneosLACVVVVS !CJCCES505.158Matorrales desrticos montanos andino-mediterrneos orientalesLACZZZZW !CJCCES505.157Matorrales altimontanos andino-mediterrneos suroccidentalesLACXXXXU !CJCCES505.156Matorrales altimontanos andino-mediterrneos orientalesLACSSSSP !CJCCES505.155Matorrales altimontanos andino-mediterrneos noroccidentalesLACXXXXU !CJCCES505.154Herbazales psammfilos montanos andino-patagnicosLACNNNNK !CJCCES505.153Herbazales higrfilos y bofedales altimontanos andino-mediterrneosLAC____\ ,!CJCCES505.152Herbazales altoandinos mediterrneos de deslizamientos de laderaLAC\\\\Y !CJCCES505.151Bosques xricos montano-basimontanos andino-mediterrneos occidentalesLACbbbb_ !CJCCES505.150Bosques xricos basimontanos andino-mediterrneos occidentalesLACZZZZW !CJCCES505.149Bosques subhmedos semidecduos basimontanos andino-mediterrneos occidentalesLACjjjjg !CJCCES505.148Bosques subhmedos montanos andino-mediterrneos occidentalesLACYYYYV !CJCCES505.147Bosques hmedos decduos basimontanos andino-mediterrneos occidentalesLACcccc` !CJCCES505.146Bosques higrfilos montanos andino-mediterrneos suroccidentalesLAC\\\\Y ,ƽ                                  Y                                  @AAAAAAAAAAAAAAAAAAAAAAA                              ]S]T]U]V]W]X]Y]Z][]\]]]^]_]`]a]b]c]d^^^^^^^^^^ ^ ^ ^ ^ ^^^^^^^^^^^^^^^^^^^ ^!^"^#^$^%^&^'^(^)^*^+^,^-^.^/^0^1^2^3^4^5^6^7^8^9^:^;^<^=^>^?^@^A^B^C^D^E^F^G^H^I^J^K^L^M^N^O^P^Q^R^S^T^U^V^W^X^Y^Z^[^\^]^^^_^`^a^b^c^d__________ _ _ _ _ ___________________ _!_"_#_$_%_&_'_(_)_*_+_,_-_._/_0_1_2_3_4_5_6_7_8_9_:_;_<_=_>_?_@_A_B_C_D_E_F_G_H_I_J_K_L_M_N_O_P_Q_R_S_T_U_V_W_X_Y_Z_[_\_]_^___`_a_b_c_dhhhhhhhhhh h h h h hhhhhhhhhhhhhhhhhhh h!h"h#h$h%h&h'h(h)h*h+h,h-h.h/h0h1h2h3h4h5h6h7h8h9h:h;hh?h@hAhBhChDhEhFhGhHhIhJhKhLhMhNhOhPhQhRhShThUhVhWhXhYhZh[h\h]h^h_h`hahbhchdiiiiiiiiii i i i i iiiiiiiiiiiiiiiiiii i!i"i#i$i%i&i'i(i)i*i+i,i-i.i/i0i1i2i3i4i5i6i7i8i9i:i;ii?i@iAiBiCiDiEiFiGiHiIiJiKiLiMiNiOiPiQiRiSiTiUiViWiXiYiZi[i\i]i^i_i`iaibicidjjjjjjjjjj j j j j jjjjjjjjjjjjjjjjjjj j!j"j#j$j%j&j'j(j)j*j+j,j-j.j/j0j1j2j3j4j5j6j7j8j9j:j;jj?j@jAjBjCjDjEjFjGjHjIjJjKjLjMjNjOjPjQjRjSjTjUjVjWjXjYjZj[j\j]j^j_j`jajbjcjdxxxxxxxxxx x x x x xxxxxxxxxxxxxxxxxxx x!x"x#x$x%x&x'x(x)x*x+x,x-x.x/x0x1x2x3x4x5x6x7x8x9x:x;xx?x@xAxBxCxDxExFxGxHxIxJxKxLxMxNxOxPxQxRxSxTxUxVxWxXbfvZVX\VYbfvZV^[W^bfvZV_XXXbfv[V[WZY_WV XV\_W^ XV\_XV XV\_X[XV\_YVXV\_YYXV\_YZXV\_Y]XV\_Y^XV\_ZZXV\_Z]XV\_[VXV\___YVV]X^YVV]X_YVW]YVYVW_^XYVW_^YYVW_^ZYVW_^[YVW_^\ YVW_^] YVW_^^ YVW_^_ YVW__V YVW__WYVW__XYVXVVYYVXVVZYVXVV[YVXVV\YVXVV]YVXVV^YVXVV_YVXVWVYVXVWWYVXVWX YVXVWY YVXVWZ YVXVW[ YVXVW\ YVXVW]YVXVYWYVXVY[YVXX]^YVX]YWYVX]YXYVX]YYYVX]YZ YVX]Y[ YVX]Y\ YVX]Y] YVX]Y^ YVX]Y_YVX]ZVYVX]ZWYVX]ZYYVX]ZZYVX]Z[YVX]Z\YVX]Z]YVX]Z^YVX]Z_YVX][VYVX][WYVX][XYVX][Y YVX][Z YVX][[ YVX][\ YVX][] YVX][^YVX][_YVX]\VYVX]\WYVYVZWYV[X]_YV[X^VYV[X^WYV[X^XYV[X^YYV[X^ZYV[]_[YV[]_\YV[]_]YV[]_^ZVWX^[ ZVWX^\ ZVWX^] ZVWX^^ ZVWX^_ ZVWX_VZVWX_WZVWX_XZVWX_YZVWX_ZZVWX_[ZVWX_\ZVWX_^ZVWX__ZVWYVVZVWYVWZVWYVXZVWYVYZVWYVZZVWYV[ZVWYV\ZVWYV]ZVWYV^ZVWYV_ZVWYWVZVWYWW ZVWYWX ZVWYWY ZVWYWZ ZVX[W^ZVX[]]ZVX[]^ZVX[]_ZVX[^VZVX[^WZVX[^XZVX[^Y ZVX[^Z ZVX[^[ ZVX[^\ ZVX[^] ZVX[^^ZVX[^_ZVX[_VZVX[_WZVX[_XZVX[_YZVX[_ZZVX[_[ZVX[_\ZVX[_]ZVX[_^ZVX[__ZVX\VVZVX\VWZVX\VXZVX\VYxUxVxWxXbfvXV\VVXXV\^__XV\_VVXV\_VZXV\_V\ XV\_V^ XV\_WV XV\_W^ XV\_XV XV\_X[XV\_YVXV\_YYXV\_YZXV\_Y]XV\_Y^XV\_ZZXV\_Z]XV\_[VXV\___YVV]X^YVV]X_YVW]YVYVW_^XYVW_^YYVW_^ZYVW_^[YVW_^\ YVW_^] YVW_^^ YVW_^_ YVW__V YVW__WYVW__XYVXVVYYVXVVZYVXVV[YVXVV\YVXVV]YVXVV^YVXVV_YVXVWVYVXVWWYVXVWX YVXVWY YVXVWZ YVXVW[ YVXVW\ YVXVW]YVXVYWYVXVY[YVXX]^YVX]YWYVX]YXYVX]YYYVX]YZ YVX]Y[ YVX]Y\ YVX]Y] YVX]Y^ YVX]Y_YVX]ZVYVX]ZWYVX]ZYYVX]ZZYVX]Z[YVX]Z\YVX]Z]YVX]Z^YVX]Z_YVX][VYVX][WYVX][XYVX][Y YVX][Z YVX][[ YVX][\ YVX][] YVX][^YVX][_YVX]\VYVX]\WYVYVZWYV[X]_YV[X^VYV[X^WYV[X^XYV[X^YYV[X^ZYV[]_[YV[]_\YV[]_]YV[]_^ZVWX^[ ZVWX^\ ZVWX^] ZVWX^^ ZVWX^_ ZVWX_VZVWX_WZVWX_XZVWX_YZVWX_ZZVWX_[ZVWX_\ZVWX_^ZVWX__ZVWYVVZVWYVWZVWYVXZVWYVYZVWYVZZVWYV[ZVWYV\ZVWYV]ZVWYV^ZVWYV_ZVWYWVZVWYWW ZVWYWX ZVWYWY ZVWYWZ ZVX[W^ZVX[]]ZVX[]^ZVX[]_ZVX[^VZVX[^WZVX[^XZVX[^Y ZVX[^Z ZVX[^[ ZVX[^\ ZVX[^] ZVX[^^ZVX[^_ZVX[_VZVX[_WZVX[_XZVX[_YZVX[_ZZVX[_[ZVX[_\ZVX[_]ZVX[_^ZVX[__ZVX\VVZVX\VWZVX\VXZVX\VYxUxVxWxX@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@bfvZVX\VZX\V] X\V^ X\V_ X\WV X\WW X\WXX\WYX\WZYYW[ YYW\YYW]YYW^YYW_YYXVYYXWYYXXYYXYYYXZYYX[YYX\YYX]YYX^Y\V\ZYY_ZYZVZYZWZYZXZYZYZYZZZYZ[ZYZ\ZYZ]ZYZ^ZYZ_ZY[V ZY[W ZY[X ZY[Y ZY[Z ZY[[ZY[\ZY[]ZY[^ZY[_ZY\VZY\WZY\XZY\YZY\ZZY\[ZY\\ZY\]ZY\^ZY\_ZY]VZY]WZY]X ZY]Y ZY]Z ZY][ ZY]\ ZY]]ZY]^ZY]_ZY^VZY^WZY^XZY^YZY^ZZY^[ZY^\ZY^]ZY^^ZY^_ZY_VZY_WZY_XZY_YZY_ZZY_[ZY_\ [Z]X[Z]Y[Z]Z[Z][[Z]\[Z]][Z]^[Z]_[Z^V[Z^W[Z^X[Z^Y[Z^Z[Z^[[Z^\[Z^][Z^^[Z^_ [Z_V \XXY\XXZ\XX[\XX\\XX]\XX^\XX_\XYV\XYW\XYX\XYY\XYZ \XY[ \XY\ \XY] \XY^ \XY_\XZV\XZW\XZX\XZY\XZZ\XZ[\XZ\\XZ]\XZ^\XZ_\X[V\X[W\X[X\X[Y \Y]W\Z_W \Z_X \Z_Y \Z_Z\Z_[\Z_\\Z_]\Z_^\Z__\[VV\[VW\[VX\[VZ\[V[\[V\\[V]\[V^\[V_ \[WV \[WW \[WX \[WY \[WZ]Y_^ ]Y__ ]ZVV ]ZVW ]ZVX]ZVY]ZVZ]ZV[]ZV\]ZV]]ZV^]ZV_]ZWV]ZWW]ZWX]ZWY]ZWZ]ZW[]ZW\]ZW] ^[W\^[W]^[W^T@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@bfvZV^[W_^[XV^[XW^[XX^[XY^[XZ^[X[^[X\^[X]^[X^^[X_^[YV^[YW^[YX ^[YY ^[YZ ^[Y[ ^[Y\ ^[Y]^[Y^^[Y_^[ZV^[ZW^[ZX^[ZY^[ZZ^[Z[^[Z\^[Z]^[Z^^[Z_ ^[[V ^[[W ^[[X ^[[Y ^[[Z^[[[^[[\^[[]^[[^^[[_^[\V^[\W^[\X^[\Y_VY__VZV_VZW_VZX_VZY_VZZ_VZ[_VZ\_VZ]_VZ^_VZ__V[V _V[W _V[X _V[Y _V[Z _V[[_V[\_V[]_V[^_V[__V\V_V\W_V\X_V\Y_V\Z_V\[_V\\_V\]_V\^_V\__V]V_V]W_V]X _V]Z _V][ _V]\ _V]] _V]^_V]__V^V_V^W_V^X_V^Y_V^Z_V^[_V^\_V^]_V^^_V^__V_V_V_W_V_X_V_Y _V_Z _V_[ _V_\ _V_] _V_^_V___WVV_WVW_WVX_WVY_WVZ_WV[_WV\_WV]_WV^_WV__WWV_WWW_WWX_WWY_WWZ_WW[ _WW\ _WW] _WW^ _WW_ _WXV_WXW_WXX_WXY_WXZ_WX[_WX\_WX]_WX^_WX__WYV_WYW_WYX_W_V_W_W_W_X_W_Y_W_Z _W_[ _W_\ _W_] _W_^ _W___XVV_XVW_XVX_XVY_XVZ_XV[_XV\_XV]_XV^_XV__XWV_XWW_XWX_XWY_XWZ _XW[ _XW\ _XW] _XW^ _XW__XXV_XXW_XXXZV_WVXbfvZV_WVYbfvZV_WVZbfvZV_WV[bfvZV_WV\@@@ bfvZWVY[WZWVY[XZWVY[YZWVY[ZZWVY[[ZWVY[\ZWVY[] ZWVY[^ ZWVY[_ ZWVY\V ZWVY\W ZWVY\XZWVY\YZWVY\ZZWVY\[ZWVY\\ZWVY\]ZWVY\^ZWVY\_ZWVY]VZWWZW_ ZWWZXV ZWWZXW ZWWZXX ZWWZXYZWWZXZZWWZX[ZWWZX\ZWWZX]ZWWZX^ZWWZX_ZWWZYVZWWZYWZWWZYXZWWZYYZWWZYZZWWZY[ZWWZY\ZWWZY]ZWWZY^ZWWZY_ZWWZZVZWWZZW ZWWZZX ZWWZZY ZWWZZZ ZWWZZ[ ZWWZZ\ZWWZZ]ZWWZZ^ZWWZZ_ZWWZ[VZWWZ[WZWWZ[XZWWZ[YZWWZ[ZZWWZ[[ZWWZ[\ZWWZ[]ZWWZ[^ZWWZ[_ZWWZ\VZWWZ\WZWWZ\XZWWZ\YZWWZ\ZZWWZ\[ ZWWZ\\ ZWWZ\] ZWWZ\^ ZWWZ\_ ZWWZ]VZWWZ]W[VXX[Z [VXX[[ [VXX[\ [VXX[] [VXX[^[VXX[_[VXX\V[VXX\W[VXX\X[VXX\Y[VXX\Z[VXX\[[VXX\\[VXX\][VXX\^[VXX\_[VXX]V[VXX]W[VXX]X[VXX]Y [VXX]Z [VXX][ [VXX]\ [VXX]] [VXX]^[VXX]_[VXX^V[V[VVW[V[VVX[V[VVY[V[VVZ[V[VV[[V[VV\[V[VV][V[VV^[V[VV_[V[VWV [V[VWW [V[VWX [V[VWY [V[VWZ [V[VW[[V[VW\[V[VW][V[VW^[V[VW_[V[VXV[V[VXW[V[VXX[V[VXY[V[VXZ[V[VX[[V[VX\[V[VX][V[VX^[V[VX_[V[VYV [V[VYW [V[VYX [V[VYY [V[VYZ [V[VY[[V[VY\[V[VY][V[VY^[V[WYY[V[WYZ[V[WY[ [V[WY\ [V[WY] [V[WY^ [V[WY_ [V[WZV[V[WZW[V[WZX[V[WZY(bfv[V[WZZbfv[V[WZ[bfv[V[WZ\bfv[V[WZ]bfv[V[WZ^bfv[V[WZ_bfv[V[W[Vbfv[V[W[Wbfv[V[W[Xbfv[V[W[Ybfv[V[W[Zbfv[V[W[[ bfv[V[W[\ bfv[V[W[] bfv[V[W[^ bfv[V[W[_ bfv[V[W\Vbfv[V[W\Wbfv[V[W\Xbfv[V[W\Ybfv[V[W\Zbfv[V[W\[bfv[V[W\\bfv[V[W\]bfv[V[W\^bfv[V[W\_bfv[V[W]Vbfv\VYW]Wbfv\VYW]Xbfv\VYW]Ybfv\VYW]Z bfv\VYW][ bfv\VYW]\ bfv\VYW]] bfv\VYW]^ bfv\VYW]_bfv\VYW^Vbfv\VYW^Wbfv\VYW^Xbfv\VYW^Ybfv\VYW^Zbfv\VYW^[bfv\VYW^\bfv\VYW^]bfv\VYW^^bfv\VYW^_                                                                                       @UUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUU                                                      JQ.uJvG!CJCCES603.184Bosques y chaparrales decduos altimontanos andino-templadosLACXXXXU !CJCCES603.183Bosques y arbustales montanos higroturbosos andino-templadosLACXXXXU ,!CJCCES603.182Bosques montano-superiores hmedos decduos andino-templadosLACXXXXU !CJCCES603.181Bosques montanos subhmedos de conferas andino-templadosLACUUUUR !CJCCES603.180Bosques montanos hiperhmedos siempreverdes andino-templados meridionalesLACeeeeb !CJCCES603.179Bosques montanos hiperhmedos siempreverdes andino-templadosLACXXXXU !CJCCES603.178Bosques montanos hiperhmedos de Alerce andino-templadosLACTTTTQ !CJCCES603.177Bosques montano-inferiores hmedos decduos andino-templadosLACXXXXU !CJCCES603.176Bosques edafoxerfilos altimontanos andino-templadosLACPPPPM !CJCCES603.175Bosques siempreverdes basimontanos andino-templadosLACOOOOL !CJCCES603.174Bosques basimontanos decduos andino-templadosLACJJJJG !CJCCES603.173Bofedales almohadilladas montanos andino-templadasLACNNNNK ,!CJCCES603.172Arbustales y bosques bajos edafohigrfilos altimontanos andino-templadosLACdddda ,!CJCCES603.171Arbustales altimontanos andino-templadosLACDDDDA !CJCCES505.170Vegetacin saxcola y edafoxerfila montana andino-mediterrnea occidentalLACffffc !CJCCES505.169Vegetacin saxcola y edafoxerfila basimontana andino-mediterrnea occidentalLACjjjjg !CJCCES505.168Vegetacin saxcola altimontana andino-mediterrneaLACOOOOL !CJCCES505.167Vegetacin higrfila y acutica montana andino-patagnicaLACUUUUR ,!CJCCES505.166Vegetacin geliturbada altoandina mediterrneaLACJJJJG !CJCCES505.165Pajonales altimontanos andino-mediterrneos orientalesLACRRRRO O23m:qSB @ @ @ @ @!CJCCES409.204Bosques subandinos Boliviano-Tucumanos de mirtceasLACOOOOL !CJCCES409.203Bosques ribereos subandino-interandinos Boliviano-TucumanosLACXXXXU ,!CJCCES409.202Bosques ribereos altimontanos Boliviano-TucumanosLACNNNNK ,!CJCCES409.201Bosques hmedos subandinos Boliviano-TucumanosLACJJJJG !CJCCES409.200Bosques hmedos ribereos montanos Boliviano-TucumanosLACRRRRO ,!CJCCES409.199Bosques hmedos montanos Boliviano-Tucumanos de mirtceasLACUUUUR !CJCCES409.198Bosques hmedos montanos Boliviano-Tucumanos de AlisoLACQQQQN !CJCCES409.197Bosques montanos Boliviano-Tucumanos de Pino de MonteLACQQQQN !CJCCES409.196Bosques freatfilos subandino-interandinos Boliviano-TucumanosLACZZZZW ,!CJCCES409.195Bosques bajos edafoxerfilos montanos Boliviano-TucumanosLACUUUUR !CJCCES409.194Bosques altimontanos pluviestacionales Boliviano-TucumanosLACVVVVS !CJCCES409.193Bosques abiertos y sabanas secundarios de suelos mal drenadosLACYYYYV ,!CJCCES409.192Arbustales xerofticos interandino-subandinos Boliviano-TucumanosLAC]]]]Z !CJCCES409.191Arbustales pluviestacionales subandinos Boliviano-TucumanosLACWWWWT !CJCCES409.190Arbustales pluviestacionales montanos Boliviano-TucumanosLACUUUUR !CJCCES603.189Prados helofticos montanos andino-templadosLACHHHHE ,!CJCCES603.188Pajonales montanos andino-templadosLAC????< !CJCCES603.187Pajonales altimontanos y altoandinos andino-templadosLACQQQQN !CJCCES603.186Matorrales saxcolas altimontanos valdiviano-magallnicosLACUUUUR !CJCCES603.185Matorrales geliturbados altimontanos y altoandinos andino-templadosLAC____\ @.pEMA6r @ @ @ @!CJCCES406.224Arbustales y matorrales secundarios de la ChiquitanaLACQQQQN !CJCCES406.223Arbustales y matorrales saxcolas de la Chiquitana y el BeniLACYYYYV !CJCCES409.222Vegetacin saxcola subandina Boliviano-TucumanaLACLLLLI !CJCCES409.221Vegetacin saxcola montana Boliviano-TucumanaLACJJJJG !CJCCES409.220Vegetacin saxcola altimontana Boliviano-TucumanaLACNNNNK !CJCCES409.219Pajonales pluviestacionales montanos Boliviano-TucumanosLACTTTTQ !CJCCES409.218Pajonales altimontanos Boliviano-TucumanosLACFFFFC !CJCCES409.217Matorrales xricos montanos Boliviano-TucumanosLACKKKKH !CJCCES409.216Matorrales xerofticos interandino-subandinos Boliviano-TucumanosLAC]]]]Z !CJCCES409.215Matorrales ribereos subandino-interandinos Boliviano-TucumanosLAC[[[[X ,!CJCCES409.214Matorrales pluviestacionales subandinos Boliviano-TucumanosLACWWWWT !CJCCES409.213Matorrales pluviestacionales montanos Boliviano-TucumanosLACUUUUR !CJCCES409.212Matorrales altimontanos secundarios Boliviano-TucumanosLACSSSSP !CJCCES409.211Bosques xerofticos interandino-subandinos Boliviano-TucumanosLACZZZZW !CJCCES409.210Bosques xricos interandinos montanos Boliviano-TucumanosLACUUUUR !CJCCES409.209Bosques subhmedos ribereos montanos Boliviano-TucumanosLACUUUUR ,!CJCCES409.208Bosques subhmedos montanos Boliviano-TucumanosLACKKKKH !CJCCES409.207Bosques subhmedos Boliviano-Tucumanos del subandino superiorLACYYYYV !CJCCES409.206Bosques subhmedos Boliviano-Tucumanos del subandino inferiorLACYYYYV !CJCCES409.205Bosques subandinos Boliviano-Tucumanos de transicin con los YungasLAC____\ 22n 4_>(b!CJCCES406.243Palmares inundados del Suroeste de la AmazonaLACJJJJG ,!CJCCES406.242Chaparrales esclerfilos de la Chiquitana transicionales con el ChacoLACbbbb_ !CJCCES406.241Cerrado mal drenado de las semialturas no alcalinas del Cerrado y BeniLACcccc` <!CJCCES406.240Cerrado de la Chiquitana y el BeniLAC@@@@= !CJCCES406.239Bosques sucesionales de lianas de la ChiquitanaLACLLLLI !CJCCES406.238Bosques subhmedos semidecduos de la Chiquitana y el BeniLACWWWWT !CJCCES406.237Bosques subhmedos semidecduos Chiquitanos transicionales con el ChacoLACcccc` !CJCCES406.236Bosques subhmedos semidecduos chiquitanos del Subandino de Santa CruzLACcccc` !CJCCES406.235Bosques siempreverdes amaznicos del Escudo Precmbrico ChiquitanoLAC^^^^[ <!CJCCES406.234Bosques siempreverdes estacionales del fondo de caones de la ChiquitanaLACeeeeb !CJCCES406.233Bosques semidecduos higrofticos y freatofticos de Santa Cruz y la ChiquitanaLAClllli <!CJCCES406.232Bosques ribereos del Escudo Precmbrico ChiquitanoLACOOOOL ,!CJCCES406.231Bosques hmedos siempre verdes estacionales de transicin a la AmazonaLACcccc` !CJCCES406.230Bosques higrofticos de conferas de las serranas chiquitanasLACZZZZW <!CJCCES406.229Bosques de vrzea del Cerrado transicionales a la AmazoniaLACVVVVS ,!CJCCES406.228Bosques de pantano de los bajos del Beni y la ChiquitanaLACVVVVS ,!CJCCES406.227Bosques de Igap mixto del Escudo Precmbrico ChiquitanoLACTTTTQ ,!CJCCES406.226Bosques de galera de los bajos del BeniLACEEEEB ,!CJCCES406.225Bosques bajos espinosos inundables de las semialturas alcalinas del Beni occidentalLACooool <%ahBD/W!CJCCES502.263Bosques sobre suelos mal drenados del Chaco Septentrional orientalLAC^^^^[ ,!CJCCES502.262Bosques sobre suelos mal drenados del Chaco Septentrional occidentalLAC````] ,!CJCCES502.261Bosques sobre suelos mal drenados del Chaco MeridionalLACRRRRO ,!CJCCES502.260Bosques secundarios xricos del Chaco Septentrional occidentalLACZZZZW !CJCCES502.259Bosques ribereos inundables del ChacoLACBBBB? ,!CJCCES502.258Bosques higrofiticos del Chaco SeptentrionalLACHHHHE ,!CJCCES502.257Bosques freatfilos del ChacoLAC99996 ,!CJCCES502.256Bosques de los arenales del Chaco Septentrional occidentalLACVVVVS !CJCCES502.255Arbustales secundarios de los suelos mal drenados del ChacoLACWWWWT ,!CJCCES502.254Arbustales riparios sucesionales del ChacoLACFFFFC ,!CJCCES406.253Vegetacin acutica y palustre neotropical de la Chiquitana y el BeniLACbbbb_ ,!CJCCES406.252Sabanas saxcolas de la ChiquitanaLAC????< !CJCCES406.251Sabanas inundables de los bajos del BeniLACEEEEB ,!CJCCES406.250Sabanas herbceas oligotrficas estacionalmente inundadas de la Chiquitana y el BeniLACqqqqn ,!CJCCES406.249Sabanas herbceas mesotrficas estacionalmente inundadas del BeniLAC]]]]Z ,!CJCCES406.248Sabanas abiertas higrofticas de las semialturas del Beni y la ChiquitanaLACffffc <!CJCCES406.247Sabanas abiertas bien drenadas de la Chiquitana y el BeniLACVVVVS !CJCCES406.246Sabana higroftica con montculos del CerradoLACIIIIF <!CJCCES406.245Palmares y sabanas inundables de las semialturas alcalinas del BeniLAC____\ <!CJCCES406.244Palmares sucesionales higrofticos y freatofticos de Santa Cruz y la ChiquitanaLACmmmmj <4}Wx W~FTCJCCES404.340Arbustal de arenas blancas de la Guayana OccidentalLACOOOOL lSCJCCES404.339Arbustal alto tepuyano sobre turba del Escudo de GuayanaLACTTTTQ \!CJCCES502.280Bosques transicionales de llanura aluvial del Chaco Septentrional a la ChiquitaniaLACnnnnk !CJCCES502.279Bosques transicionales de cerros del Chaco Septentrional a la ChiquitaniaLACeeeeb !CJCCES502.278Vegetacion saxcola de los acantilados del Chaco SeptentrionalLACZZZZW !CJCCES502.277Vegetacin de los salares inundables del ChacoLACJJJJG ,!CJCCES502.276Vegetacin acutica y palustre Neotropical del ChacoLACPPPPM ,!CJCCES502.275Sabanas arboladas de los arenales del Chaco Septentrional occidentalLAC````] !CJCCES502.274Sabanas arboladas abiertas sobre paleocauces colmatados del Chaco SeptentrionalLACkkkkh !CJCCES502.273Sabanas abiertas higrofiticas del Chaco Septentrional orientalLACZZZZW ,!CJCCES502.272Sabanas abiertas altas inundables del Chaco Septentrional orientalLAC^^^^[ ,!CJCCES502.271Palmares inundables del Chaco SeptentrionalLACGGGGD ,!CJCCES502.270Matorrales sobre paleocauces recientes del Chaco SeptentrionalLACZZZZW , !CJCCES502.269Matorrales secundarios xricos del Chaco Septentrional occidentalLAC]]]]Z  !CJCCES502.268Bosques xricos del Chaco MeridionalLAC@@@@=  !CJCCES502.267Bosques xricos de las llanuras aluviales antiguas del Chaco Septentrional occidentalLACqqqqn  !CJCCES502.266Bosques transicionales subhmedos del Chaco Septentrional orientalLAC^^^^[  !CJCCES502.265Bosques transicionales preandinos del Chaco Septentrional occidentalLAC````] !CJCCES502.264Bosques transicionales sobres arenas del Chaco Septentrional a la ChiquitaniaLACiiiif /O8} v(g QWe @ @ @jCJCCES404.362Bosque montano alto del Escudo de GuayanaLACEEEEB \iCJCCES404.361Bosque montano alto de la Gran SabanaLACAAAA> \hCJCCES404.360Bosque inundable de la Guayana OccidentalLACEEEEB lgCJCCES404.359Bosque inundable de la Guayana CentralLACBBBB? lfCJCCES404.358Bosque hmedo piemontano de la Guayana CentralLACJJJJG \eCJCCES404.357Bosque hmedo montano del Escudo de GuayanaLACGGGGD \dCJCCES404.356Bosque humedo montano bajo del Escudo de GuayanaLACLLLLI \cCJCCES404.355Bosque hmedo de tierras bajas de la Guayana OccidentalLACSSSSP \bCJCCES404.354Bosque hmedo de tierras bajas de la Guayana CentralLACPPPPM \aCJCCES404.353Bosque esclerfilo freatolio inundable de la Guayana OccidentalLAC[[[[X l`CJCCES404.352Bosque de galera tepuyano del Escudo de GuayanaLACLLLLI l_CJCCES404.351Bosque aluvial de la Guayana OrientalLACAAAA> \^CJCCES404.350Bosque altotepuyano del Escudo de GuayanaLACEEEEB \]CJCCES404.349Arbustal saxcola montano del Escudo de GuayanaLACKKKKH \\CJCCES404.348Arbustal saxcola montano bajo del Escudo de GuayanaLACPPPPM \[CJCCES404.347Arbustal saxcola montano alto del Escudo de GuayanaLACPPPPM \ZCJCCES404.346Arbustal saxcola alto tepuyano del Escudo de GuayanaLACQQQQN \YCJCCES404.345Arbustal ripario de la Guayana OccidentalLACEEEEB lXCJCCES404.344Arbustal piemontano sobre bauxita del Escudo de GuayanaLACSSSSP \WCJCCES404.343Arbustal montano sobre suelos ferralticos de la Gran SabanaLACXXXXU \VCJCCES404.342Arbustal montano sobre areniscas de la Gran SabanaLACNNNNK \UCJCCES404.341Arbustal edafoxerfilo de la Guayana OrientalLACIIIIF \ o&:5:%v;DCJCCES404.386Sabana arbustiva de Rupununi-Rio BrancoLACCCCC@ \CJCCES404.385Sabana arbustiva de la Gran SabanaLAC>>>>; \CJCCES404.384Sabana abierta del piedemonte del Escudo de GuayanaLACOOOOL \CJCCES404.383Sabana abierta de Rupununi-Rio BrancoLACAAAA> \~CJCCES404.382Sabana abierta de la Guayana CentralLAC@@@@= l}CJCCES404.381Sabana abierta de la Gran SabanaLAC<<<<9 \|CJCCES404.380Pantano mixto con palmas del Delta del OrinocoLACJJJJG l{CJCCES404.379Pantano mixto con palmas de la Guayana OccidentalLACMMMMJ lzCJCCES404.378Palmar hiperestacional del Escudo de GuayanaLACHHHHE lyCJCCES404.377Palmar hiperestacional de la altiplanicie del Escudo de GuayanaLAC[[[[X lxCJCCES404.376Manglar estuarino costero del OrinocoLACAAAA> lwCJCCES404.375Herbazal tepuyano y altotepuyano del Escudo de GuayanaLACRRRRO \vCJCCES404.374Herbazal pantanoso del OrinocoLAC::::7 luCJCCES404.373Herbazal arbustivo alto tepuyano de la Gran SabanaLACNNNNK \tCJCCES404.372Bosque semideciduo montano del Escudo de GuayanaLACLLLLI \sCJCCES404.371Bosque semideciduo de la cuenca sur del OrinocoLACKKKKH \rCJCCES404.370Bosque seco montano bajo del Escudo de GuayanaLACJJJJG \qCJCCES404.369Bosque saxcola montano del Escudo de GuayanaLACIIIIF \pCJCCES404.368Bosque ripario del Orinoco MedioLAC<<<<9 loCJCCES404.367Bosque ripario del Alto OrinocoLAC;;;;8 lnCJCCES404.366Bosque piemontano y montano bajo de la Gran SabanaLACNNNNK \mCJCCES404.365Bosque montano de la Gran SabanaLAC<<<<9 \lCJCCES404.364Bosque montano bajo sobre bauxitaLAC====: \kCJCCES404.363Bosque montano bajo de lmatacaLAC::::7 \;4tb j-a1mv\B(rX>$ nT: CJCCES407.407Playas marinas y arbustal litoral de la Guayana OrientalLACTTTTQ \CJCCES407.406Bosque pantanoso de la altiplanicie de la Guayana OrientalLACVVVVS lCJCCES407.405Bosques sobre arenas blancas de la Guayana OrientalLACOOOOL \CJCCES407.404Bosque inundable de la planicie costera aluvial de la Guayana OrientalLACbbbb_ lCJCCES407.403Bosque hmedo de colinas del interior de la Guayana OrientalLACXXXXU \CJCCES407.402Sabana abierta costera de la Guayana OrientalLACIIIIF \CJCCES407.401Bosque estacional siempreverde de colinas del interior de la Guayana OrientalLACiiiif \CJCCES407.400Sabana arbustiva del interior de la Guayana OrientalLACPPPPM \CJCCES407.399Sabana inundable de la planicie costera aluvial de la Guayana OrientalLACbbbb_ lCJCCES407.398Herbazal pantanoso de la planicie costera aluvial de la Guayana OrientalLACdddda lCJCCES404.396Turberas de ~Stegolepis$ de la Gran SabanaLACFFFFC lCJCCES404.395Turbera tepuyana del Escudo de GuayanaLACBBBB? lCJCCES404.394Sabana saxcola montana del Escudo de GuayanaLACIIIIF \CJCCES404.393Sabana pastizal hiperestacional de Rupununi-Rio BrancoLACRRRRO lCJCCES404.392Sabana inundable del Delta del OrinocoLACBBBB? lCJCCES404.391Sabana hiperestacional del piedemonte del Escudo de GuayanaLACWWWWT lCJCCES404.390Sabana hiperestacional de la llanura aluvial del sur del OrinocoLAC\\\\Y lCJCCES404.389Sabana arbustiva montana del Escudo de GuayanaLACJJJJG \CJCCES404.388Sabana arbustiva hiperestacional de arenas blancas de la Guayana OccidentalLACggggd lCJCCES404.387Sabana arbustiva de tierras bajas de la GuayanaLACKKKKH \`;uxr,HBQCJCCES411.431Cuban dwarf palm savanna on serpentineLACBBBB? \CJCCES411.430Caribbean wet lower montane forestLAC>>>>; \CJCCES411.429Caribbean submontane/montane serpentine forestLACJJJJG \CJCCES411.428Venezuelan coastal ridge seasonal evergreen forestLACNNNNK \CJCCES411.427Caribbean seasonal evergreen submontane forestLACJJJJG \CJCCES411.426Caribbean seasonal evergreen lowland forestLACGGGGD \CJCCES411.425Caribbean Roystonea secondary savannaLACAAAA> \CJCCES411.424Caribbean moist lowland/submontane forestLACEEEEB \CJCCES411.423Caribbean karstic dry scrubLAC77774 \CJCCES411.422Caribbean coastal thorn scrubLAC99996 \CJCCES411.421Caribbean coastal dry evergreen forestLACBBBB? \CJCCES411.420Caribbean coastal and floodplain alluvial forestsLACMMMMJ lCJCCES411.419Caribbean semi-deciduous to deciduous lowland forestLACPPPPM \CJCCES407.417Costas rocosas de la Guayana OrientalLACAAAA> \CJCCES407.416Sabana arbustiva costera de la Guayana OrientalLACKKKKH \CJCCES407.415Pantano salobre costero de la Guayana OrientalLACJJJJG lCJCCES407.414Vegetacin de las quebradas y acantilados hmedos de la Guayana OrientalLACdddda \CJCCES407.413Inselbergs de granito de la Guayana OrientalLACHHHHE \CJCCES407.412Bosque edafoxerfilo piemontano de la Guayana OrientalLACRRRRO \CJCCES407.411Bosque hmedo montano bajo sobre laterita de la Guayana OrientalLAC\\\\Y \CJCCES407.410Bosque inundable del interior de la Guayana OrientalLACPPPPM lCJCCES407.409Manglar costero de la Guayana OrientalLACBBBB? lCJCCES407.408Manglar estuarino de la Guayana OrientalLACDDDDA l#HQHO_r(y1]B!B!B!B!B!B!B!CJCCES411.455Caribbean cloud montane forestLAC::::7 \CJCCES411.454Venezuelan coastal ridge paramoLAC;;;;8 \CJCCES411.453Caribbean coastal palm swampLAC88885 lCJCCES411.452Caribbean coastal rock pavementLAC;;;;8 TCJCCES411.451Caribbean montane/ upper montane thicketLACDDDDA \CJCCES411.450Caribbean moist montane mixed pine-broadleaved forestLACQQQQN \CJCCES411.449Caribbean secondary dry shrublandLAC====: \CJCCES411.448North Colombia & North Venezuela riverine forest and shrublandLACZZZZW lCJCCES411.447Caribbean dunesLAC++++( \CJCCES411.446Caribbean marine beaches and foreduneLACAAAA> lCJCCES411.445Caribbean riverine forest and shrublandLACCCCC@ lCJCCES411.444Caribbean maritime shore/estuary mouth mangroveLACKKKKH lCJCCES411.443Caribbean mixed mangrove forestLAC;;;;8 lCJCCES411.442Southwestern Caribbean xeromorphic thorn scrubLACJJJJG \!CJCCES411.441Venezuelan coastal piedmontane deciduous forestLACKKKKH CJCCES411.440Seasonally flooded Sabal savannasLAC====: lCJCCES411.439Venezuelan coastal piedmontane semi-deciduous forestLACPPPPM \CJCCES411.438Southwestern Caribbean semi-deciduous foothill forestLACQQQQN \CJCCES411.437Venezuelan coastal ridge cloud forestLACAAAA> \CJCCES411.436Lara - Falcon dry forestLAC44441 \CJCCES411.435Cuban serpentine mixed pine-broadleaved forestLACJJJJG \CJCCES411.434Southwestern Caribbean moist lowland/submontane forestLACRRRRO \CJCCES411.433Cuban seasonally flooded ~Copernicia$ secondary savannasLACTTTTQ lCJCCES411.432Cuban sandstone mixed pine-broad leaved forestLACJJJJG \ V=h@L|u"CB!B!CJCCES405.479Bosques transicionales preandinos de los Llanos del OrinocoLACWWWWT \CJCCES405.478Bosques estacionales siempreverdes del glacis piemontano de los Llanos del OrinocoLACnnnnk \CJCCES405.477Bosques deciduos de los Llanos del OrinocoLACFFFFC \CJCCES405.476Bosques deciduos altos de los Llanos OrientalesLACKKKKH \CJCCES405.475Bosques de varzea del OrinocoLAC99996 lCJCCES405.474Bosques de galera no inundables de los Llanos Altos del OrinocoLAC\\\\Y \CJCCES405.473Bosques de galera inundables de las Llanuras Aluviales de la OrinoquiaLACcccc` lCJCCES405.472Bosque pantanoso siempreverde de los Llanos del OrinocoLACSSSSP lCJCCES411.471Caribbean montane serpentine shrublandLACBBBB? \CJCCES411.470Hispaniola montane and upper montane pine forestLACLLLLI \CJCCES411.469Cuban lowland pine woodland on sandLAC????< \CJCCES411.468Cuban lowland pine forest on ferritic soilsLACGGGGD \CJCCES411.467Caribbean treeless swampLAC44441 lCJCCES411.466Paraguana active dunesLAC2222/ TCJCCES411.465Caribbean submontane/montane karstic forestLACGGGGD \CJCCES411.464Caribbean serpentine dry scrubLAC::::7 \CJCCES411.463Bahamas pine barrensLAC0000- \CJCCES411.462Southwestern Caribbean secondary savannaLACDDDDA \CJCCES411.461Caribbean savanna on silica sandsLAC====: \CJCCES411.460Caribbean salt flats and pondsLAC::::7 lCJCCES411.459Caribbean montane wet meadowsLAC99996 lCJCCES411.458Caribbean montane meadowsLAC55552 \CJCCES411.457Caribbean edapho-xerophilous "mogote" complexLACIIIIF \CJCCES411.456Caribbean aquatic and palustrine vegetationLACGGGGD l12fAZ'jaCJCCES406.498Bosques estacionales semideciduos de ladera del CerradoLACSSSSP \CJCCES406.497Bosques estacionales del fondo de caones del CerradoLACQQQQN \CJCCES406.496Bosques estacionales deciduos del Cerrado sobre de rocas mficasLAC\\\\Y \CJCCES406.495Bosques estacionales deciduos del Cerrado en afloramientos calcreosLAC````] \CJCCES406.494Bosques abiertos y sabanas arboladas higrofticas del Pantanal suroccidentalLAChhhhe lCJCCES406.493Bosque siempreverde de galera no inundable del CerradoLACSSSSP \CJCCES406.492Bosque siempreverde de galeria inundable del CerradoLACPPPPM lCJCCES406.491Bosque de terrazas aluviales inundables del CerradoLACOOOOL lCJCCES405.490Vegetacin acutica y palustre de humedales del NeotropicoLACVVVVS lCJCCES405.489Sabanas inundables de la llanura elica y mdanos de los Llanos del OrinocoLACggggd lCJCCES405.488Sabanas hiperestacionales con pastizales altos de las Llanuras Aluviales de la OrinoquiaLACttttq lCJCCES405.487Sabanas estacionales del piedemonte de los Llanos del OrinocoLACYYYYV \CJCCES405.486Sabanas arboladas de los Llanos Altos del OrinocoLACMMMMJ \CJCCES405.485Sabanas abiertas de los Llanos Altos del OrinocoLACLLLLI \CJCCES405.484Sabana pastizal semi-estacional de las Llanuras Aluviales de la OrinoquiaLACeeeeb lCJCCES405.483Sabana pastizal hiperestacional de las Llanuras Aluviales de la OrinoquiaLACeeeeb lCJCCES405.482Sabana palmar inundable de los Llanos del OrinocoLACMMMMJ lCJCCES405.481Mosaico de sabanas de banco-bajio del piedemonte de los Llanos del OrinocoLACffffc \CJCCES405.480Morichal de las Llanuras Aluviales de la OrinoquiaLACNNNNK l&-]?<!d \ CJCCES408.522Bosque de la planicie sedimentaria del NW de la AmazoniaLACTTTTQ \ CJCCES408.521Bosque de la planicie sedimentaria de la Amazonia CentralLACUUUUR \CJCCES408.520Bosque bien drenado de terrazas de ros de aguas claras del NW de la AmazoniaLACiiiif \CJCCES408.519Bosque bien drenado de terrazas de ros de aguas blancas del NW de la AmazonaLACjjjjg \CJCCES408.518Bosque abierto de palmas de la Amazonia CentralLACKKKKH \CJCCES408.517Bosque abierto de lianas del S de la AmazoniaLACIIIIF \CJCCES408.516Arbustal ripario de ros de aguas claras del NW de la AmazoniaLACZZZZW lCJCCES406.514Vegetacin acutica y palustre neotropical del PantanalLACSSSSP lCJCCES406.513Sabanas y pastizales saxcolas de tierras altas del CerradoLACWWWWT \CJCCES406.512Sabanas saxcolas de tierras bajas del CerradoLACJJJJG \CJCCES406.511Sabanas pastizales del CerradoLAC::::7 \CJCCES406.510Sabanas pastizales de suelos serpentinos del CerradoLACPPPPM \CJCCES406.509Sabanas palmares inundables del Pantanal suroccidentalLACRRRRO lCJCCES406.508Sabanas densas del CerradoLAC66663 \CJCCES406.507Sabanas arbustivas del CerradoLAC::::7 \CJCCES406.506Sabanas arboladas del CerradoLAC99996 \CJCCES406.505Sabana pastizal inundable del CerradoLACAAAA> lCJCCES406.504Sabana pastizal freatoftica del CerradoLACDDDDA lCJCCES406.502Cerradoes mesotrficos LAC33330 \CJCCES406.501Cerradoes distrficos LAC2222/ \CJCCES406.500Bosques semi-deciduos estacionales de la Amazonia transicional con el CerradoLACiiiif \CJCCES406.499Bosques ribereos inundables del Pantanal occidentalLACPPPPM l:`  A       CJCCES408.539Bosque semideciduo de la planicie sedimentaria del SW de la AmazoniaLAC````] \CJCCES408.538Bosque pantanoso de palmas de la llanura aluvial de la AmazoniaLAC[[[[X lCJCCES408.537Bosque inundable de terrazas bajas de ros de aguas blancas del NW de la AmazoniaLACmmmmj lCJCCES408.536Bosque inundable de la llanura aluvial de ros de aguas negras del W de la AmazoniaLACooool lCJCCES408.535Bosque inundable de la llanura aluvial de ros de aguas negras del SW de la AmazoniaLACppppm lCJCCES408.534Bosque inundable de la llanura aluvial de ros de aguas negras de la media y baja AmazoniaLACvvvvs lCJCCES408.533Bosque inundable de la llanura aluvial de ros de aguas claras del NW de la AmazoniaLACppppm lCJCCES408.532Bosque inundable de la llanura aluvial de ros de aguas blancas del W de la AmazoniaLACppppm lCJCCES408.531Bosque inundable de la llanura aluvial de ros de aguas blancas del SW de la AmazoniaLACqqqqn lCJCCES408.530Bosque inundable de la llanura aluvial de ros de aguas blancas del NW de la AmazoniaLACqqqqn lCJCCES408.529Bosque inundable de la llanura aluvial de ros de aguas blancas de la media y baja AmazoniaLACwwwwt lCJCCES408.528Bosque higrfilo de la plancie sedimentaria del SW de la AmazoniaLAC]]]]Z lCJCCES408.527Bosque esclerfilo de las mesetas de arenisca de la Amazonia ColombianaLACcccc` \CJCCES408.526Bosque de terrazas de ros de aguas negras del SW de la AmazoniaLAC\\\\Y | CJCCES408.525Bosque de orillares altos de ros de aguas blancas del NW de la AmazoniaLACdddda \ CJCCES408.524Bosque de los afloramientos rocosos de la Amazonia ColombianaLACYYYYV \ CJCCES408.523Bosque de la planicie sedimentaria del W de la AmazoniaLACSSSSP \4j@Oma&cLFFF0CJCCES408.560Sabanas arboladas y arbustivas del S de la AmazoniaLACOOOOL |/CJCCES408.559Sabana estacional sobre laterita de la Amazonia CentralLACSSSSP \.CJCCES408.558Sabana estacional sobre arena del E de la AmazoniaLACNNNNK \-CJCCES408.557Sabana estacional del S de la Amazonia transicional con el CerradoLAC^^^^[ \,CJCCES408.556Pantano mixto con palmas del delta del AmazonasLACKKKKH l+CJCCES408.555Manglares de AmapLAC....+ l*CJCCES408.554Herbazal saxcola de colinas de la AmazoniaLACGGGGD \)CJCCES408.553Herbazal pantanoso del delta del AmazonasLACEEEEB l(CJCCES408.552Herbazal pantanoso de la llanura aluvial del W de la AmazoniaLACYYYYV l'CJCCES408.551Herbazal graminoide pantanoso de la llanura aluvial de la baja AmazoniaLACcccc` l&CJCCES408.550Complejo de vegetacin sucesional riparia de aguas blancas de la AmazoniaLACeeeeb l%CJCCES408.549Bosques de Guadua del SW de la AmazoniaLACCCCC@ \$CJCCES408.548Bosque submontano del SW de la AmazoniaLACCCCC@ \#CJCCES408.547Bosque submontano de la Amazonia CentralLACDDDDA \"CJCCES408.546Bosque siempreverde preandino del ChapareLACEEEEB \!CJCCES408.545Bosque siempreverde estacional preandino del Alto BeniLACRRRRO \ CJCCES408.544Bosque siempreverde estacional de la planicie sedimentaria del SW de la AmazoniaLAClllli \CJCCES408.543Bosque siempreverde de colinas altas preandinas del SW de la AmazoniaLACaaaa^ \CJCCES408.542Bosque semideciduo estacional del SE de la AmazoniaLACOOOOL \CJCCES408.541Bosque semideciduo estacional del N de la AmazoniaLACNNNNK \!CJCCES408.540Bosque semideciduo estacional de la Amazonia transicional con el CerradoLACdddda =:o*Ien3k @ @ @KASCCES302.743North American Warm Desert BadlandWCSNatureServe Western Ecology Team___?< WKASCCES302.741Mogollon ChaparralWCSNatureServe Western Ecology TeamOOO/, _KASCCES302.740Magdalena Plain Desert ScrubWCSNatureServe Western Ecology TeamYYY96 _KASCCES302.739Magdalena Barrancas Desert ScrubWCSNatureServe Western Ecology Team]]]=: _KASCCES302.738Chihuahuan Succulent Desert ScrubWCSNatureServe Western Ecology Team^^^>; _KASCCES302.737Chihuahuan Stabilized Coppice Dune and Sand Flat ScrubWCSNatureServe Western Ecology TeamsssSP _KASCCES302.736Chihuahuan Sandy Plains Semi-Desert GrasslandWCSNatureServe Western Ecology TeamjjjJG _KASCCES302.735Chihuahuan Piedmont Semi-Desert GrasslandWCSNatureServe Western Ecology TeamfffFC _KASCCES302.734Chihuahuan Mixed Desert and Thorn ScrubWCSNatureServe Western Ecology TeamdddDA _KASCCES302.733Chihuahuan Mesquite Upland Scrub WCSNatureServe Western Ecology Team^^^>; _KASCCES302.732Chihuahuan Gypsophilous Grassland and SteppeWCSNatureServe Western Ecology TeamiiiIF _KASCCES302.731Chihuahuan Creosotebush Basin Desert ScrubWCSNatureServe Western Ecology TeamgggGD _PCCCES301.730Madrean Juniper SavannaWCSNatureServe Western Ecology TeamSSS30 _MSRCCES300.729North American Arid West Emergent MarshWCSNatureServe Western Ecology TeamdddDA oMSRCCES300.728North American Alpine Ice FieldWCSNatureServe Western Ecology Team\\\<9 W3CJCCES408.563Vegetacin esclerfila sobre dunas del delta del AmazonasLACUUUUR \2CJCCES408.562Vegetacin esclerfila de arenas blancas de la AmazoniaLACSSSSP \1CJCCES408.561Sabanas de la altillanura disectada de la Amazonia ColombianaLACYYYYV \e 42SbtbP>,xfTB0 |jXF4"n\JKASCCES302.759Sonoran Fan Palm OasisWCSNatureServe Western Ecology TeamSSS30 KASCCES302.758Sonoran Brittlebush-Ironwood Desert ScrubWCSNatureServe Western Ecology TeamfffFC _KASCCES302.757Sonora-Mojave-Baja Semi-Desert ChaparralWCSNatureServe Western Ecology TeameeeEB _KASCCES302.756Sonora-Mojave Creosotebush-White Bursage Desert ScrubWCSNatureServe Western Ecology TeamrrrRO _KASCCES302.755North American Warm Desert WashWCSNatureServe Western Ecology Team\\\<9 oKASCCES302.754North American Warm Desert Volcanic RocklandWCSNatureServe Western Ecology TeamiiiIF WKASCCES302.753North American Warm Desert Riparian Woodland and Shrubland WCSNatureServe Western Ecology TeamxxxXU oKASCCES302.752North American Warm Desert Riparian Mesquite BosqueWCSNatureServe Western Ecology TeampppPM oKASCCES302.751North American Warm Desert PlayaWCSNatureServe Western Ecology Team]]]=: wKASCCES302.750North American Warm Desert PavementWCSNatureServe Western Ecology Team```@= WKASCCES302.749Sonora-Mojave Desert Mixed Salt Desert ScrubWCSNatureServe Western Ecology TeamiiiIF _KASCCES302.748North American Warm Desert Lower Montane Riparian Woodland and Shrubland WCSNatureServe Western Ecology Teamfc oKASCCES302.747North American Warm Desert CienegaWCSNatureServe Western Ecology Team___?< oKASCCES302.746Chihuahuan-Sonoran Desert Bottomland and Swale GrasslandWCSNatureServe Western Ecology TeamuuuUR KASCCES302.745North American Warm Desert Bedrock Cliff and OutcropWCSNatureServe Western Ecology TeamqqqQN WKASCCES302.744North American Warm Desert Active and Stabilized DunesWCSNatureServe Western Ecology TeamsssSP WYs#K[xD PCCCES206.934Baja Semi-Desert Coastal Succulent ScrubWCSP. Comer, T. Keeler-Wolf\\\DA _ PCCCES206.933Southern California Coastal Scrub WCSP. Comer, T. Keeler-WolfVVV>; _ PCCCES206.930Southern California Dry-Mesic ChaparralWCSP. Comer, T. Keeler-Wolf[[[C@ _ PCCCES206.925California Montane Woodland and ChaparralWCSP. Comer, T. Keeler-Wolf]]]EB _ PCCCES206.920Central and Southern California Mixed Evergreen WoodlandWCSP. Comer, T. Keeler-WolflllTQ _PCCCES206.918Mediterranean California Ponderosa-Jeffrey Pine Forest and WoodlandWCSP. Comer, T. Keeler-Wolfwww_\ _PCCCES206.910Mediterranean California Subalpine WoodlandWCSP. Comer, T. Keeler-Wolf___GD _PCCCES206.908Mediterranean California Southern Coastal Dunes WCSP. Comer, T. Keeler-WolfdddLI WPCCCES206.906Mediterranean California Coastal BluffWCSP. Comer, T. Keeler-WolfZZZB? WPCCCES206.904Southern California Coast Ranges Cliff and Canyon WCSP. Comer, T. Keeler-WolffffNK WPCCCES206.900Mediterranean California Alpine Fell-FieldWCSP. Comer, T. Keeler-Wolf^^^FC _PCCCES206.899Mediterranean California Alpine Bedrock and ScreeWCSP. Comer, T. Keeler-WolfeeeMJ WPCCCES305.798Madrean Upper Montane Conifer-Oak Forest and WoodlandWCSNatureServe Western Ecology TeamqqqQN _PCCCES305.797Madrean Pinyon-Juniper WoodlandWCSNatureServe Western Ecology Team[[[;8 _PCCCES305.796Madrean Pine-Oak Forest and WoodlandWCSNatureServe Western Ecology Team```@= _PCCCES305.795Madrean EncinalWCSNatureServe Western Ecology TeamKKK+( _KASCCES302.761Sonoran Paloverde-Mixed Cacti Desert ScrubWCSNatureServe Western Ecology TeamgggGD _KASCCES302.760Sonoran Granite Outcrop Desert ScrubWCSNatureServe Western Ecology TeamaaaA> _`"4c"T&RPCCCES206.002Mediterranean California Coastal Salt MarshWCSP. Comer, T. Keeler-Wolf___GD nPCCCES206.999Mediterranean California Eel Grass BedsWCSP. ComerKKKC@ nKASCCES301.992Tamaulipan Arroyo ShrublandSCSNatureServe Western Ecology TeamXXX85 oKASCCES301.991Tamaulipan Palm Grove Riparian ForestSCSNatureServe Western Ecology TeambbbB? oKASCCES301.990Tamaulipan FloodplainSCSNatureServe Western Ecology TeamRRR2/ oKASCCES301.989Tamaulipan Caliche GrasslandSCSNatureServe Western Ecology TeamYYY96 KASCCES301.988Tamaulipan Tallgrass GrasslandSCSNatureServe Western Ecology Team\\\<9 _KASCCES301.987Tamaulipan Clay GrasslandsSCSNatureServe Western Ecology TeamWWW74 _KASCCES301.986Tamaulipan Calcareous ThornscrubSCSNatureServe Western Ecology Team]]]=: _KASCCES301.985Tamaulipan Savanna GrasslandSCSNatureServe Western Ecology TeamYYY96 _KASCCES301.984Tamaulipan Mesquite Upland ScrubSCSNatureServe Western Ecology Team]]]=: _KASCCES301.983Tamaulipan Mixed Deciduous Thornscrub SCSNatureServe Western Ecology TeamdddDA _KASCCES301.982Tamaulipan Semi-Deciduous ForestSCSNatureServe Western Ecology Team]]]=: _PCCCES206.950South Coastal California Vernal Pools WCSP. Comer, T. Keeler-WolfZZZB? oPCCCES206.947Mediterranean California Alkali Marsh WCSP. Comer, T. Keeler-WolfZZZB? oPCCCES206.944Mediterranean California Foothill and Lower Montane Riparian Woodland WCSP. Comer, T. Keeler-Wolfzzzb_ PCCCES206.938Southern California Oak Woodland and SavannaWCSP. Comer, T. Keeler-Wolf```HE _PCCCES206.937California Coastal Live Oak Woodland and SavannaWCSP. Comer, T. Keeler-WolfdddLI _1:,' D/PCCCES302.031Coahuilan ChaparralWCSK. Schulz and P. ComerEEE/, ^.KASCCES302.017Chihuahuan Mixed Salt Desert ScrubWCSNatureServe Western Ecology Team___?< _-KASCCES302.016Sonoran Gulf of California Coast Tall Succulent Desert ScrubWCSNatureServe Western Ecology TeamyyyYV _,KASCCES302.015Gulf of California Coastal Mixed Salt Desert ScrubWCSNatureServe Western Ecology TeamoooOL _+KASCCES302.014Baja California del Norte Gulf Coast Ocotillo-Limberbush-Creosotebush Desert ScrubWCSNatureServe Western Ecology Teamol _*KASCCES302.013Gulf of California Coast Torchwood-Cardon Desert ScrubWCSNatureServe Western Ecology TeamsssSP _)KASCCES302.012South Viscaino Coastal Flat Salt Desert ScrubWCSNatureServe Western Ecology TeamjjjJG _(KASCCES302.011South Viscaino Coastal Plain Frankenia-Ocotillo-Datilillo Desert ScrubWCSNatureServe Western Ecology Teamc` _'KASCCES302.010Viscaino Basaltic Upland Agave-Boojum Desert ScrubWCSNatureServe Western Ecology TeamoooOL _&KASCCES302.009Northern Viscaino Granitic Upland Goldeneye-Boojum Desert ScrubWCSNatureServe Western Ecology Team|||\Y _%KASCCES302.008Northern Viscaino Volcanic Upland Bursage-Cholla Desert ScrubWCSNatureServe Western Ecology TeamzzzZW _$KASCCES302.007Northern Viscaino White Bursage-Agave Inland Low Desert ScrubWCSNatureServe Western Ecology TeamzzzZW _#KASCCES302.006Northern Viscaino Coastal Plain Maguey-Boojum Desert ScrubWCSNatureServe Western Ecology TeamwwwWT _"KASCCES302.005Baja-Sonoran Coastal Tidal Flat and MarshWCSNatureServe Western Ecology TeamfffFC o!KASCCES302.004Sonoran Sea Cliff and Beach RubbleWCSNatureServe Western Ecology Team___?< W KASCCES302.003Baja-Sonoran Coastal DuneWCSNatureServe Western Ecology TeamVVV63 WAiGBg*nw'S@ @CJCCES401.301San Lucan ThornscrubLAC0000- \CJCCES401.300San Lucan Evergreen Forest and WoodlandLACCCCC@ \CJCCES401.299San Lucan Dry Deciduous ForestLAC::::7 \CJCCES401.298Nayarit-Guerreran Semi-Evergreen ForestLACCCCC@ \CJCCES401.296Meso American treed grasslandLAC99996 \CJCCES401.295Meso American semi-deciduous gallery forest and shrublandLACUUUUR lCJCCES401.294Meso American dry evergreen oak forestLACBBBB? \ CJCCES401.293Meso American deciduous to semi-deciduous forestLACLLLLI \ CJCCES401.292Meso American Caribbean islands semi-deciduous palm forestLACVVVVS \ CJCCES401.291Guerreran ThornscrubLAC0000- \ CJCCES401.290Guerreran SavannaLAC----* \ CJCCES401.289Guerreran Dry Deciduous ForestLAC::::7 \CJCCES401.288Ecuadorian semi-deciduous forest on coastal hillsLACMMMMJ \CJCCES401.287Ecuadorian seasonal evergreen forest on coastal hillsLACQQQQN \CJCCES401.286Ecuadorian lowland semi-deciduous swamp forestLACJJJJG lCJCCES401.285Ecuadorian lowland dry deciduous forestLACCCCC@ \CJCCES305.284Madrean-Transvolcanic PraderaLAC99996 \CJCCES305.283Madrean Subalpine Fir ForestLAC88885 \CJCCES305.282Madrean Ponderosa Pine WoodlandLAC;;;;8 \CJCCES305.281Madrean Pine-Alder Forest and WoodlandLACBBBB? \CJCCES305.280Madrean Alpine ShrublandLAC44441 \CJCCES305.279Mexican Montane Riparian Woodland and ShrublandLACKKKKH \CJCCES302.278Sonoran Desert SavannaLAC2222/ \1REECCES303.041Edwards Plateau Limestone ShrublandSCSL. Elliot, K. SchulzTTT@= ^0PCCCES302.035Sonoran Mid-Elevation Desert ScrubWCSK. Schulz, P. ComerQQQ>; ^5z>[#y"}0(s!orJ @za Inter-CJCCES403.325Transvolcanic Alpine Bedrock and ScreeLACBBBB? \,CJCCES403.324North Meso American upper montane conifer and mixed forestLACVVVVS \+CJCCES403.323North Meso American premontane wet forestLACEEEEB \*CJCCES403.322North Meso American montane seasonal forest and shrublandLACUUUUR \)CJCCES403.321North Meso American motane Pine-Oak forestLACFFFFC \(CJCCES403.320North Meso American lower montane Pine-Oak forestLACMMMMJ \'CJCCES403.319North Meso American evergreen cloud forestLACFFFFC \&CJCCES403.318Mexican Upper Montane Pine-Oak Forest and WoodlandLACNNNNK \%CJCCES403.317Mexican Transvolcanic Cypress ForestLAC@@@@= \$CJCCES403.316Mexican Lower Montane Riparian Woodland and ShrublandLACQQQQN \#CJCCES403.315Mexican deciduous cloud forestLAC::::7 \"CJCCES401.314Ecuadorian deciduous forest on limestone hillsLACJJJJG \!CJCCES401.313Ecuadorian and Tumbes coastal thorn scrub to semi-desertLACTTTTQ \ CJCCES401.312Darien deciduous to xeric forestLAC<<<<9 \CJCCES401.311Caribbean mixed semi-deciduous forest of the coastal plainsLACWWWWT \CJCCES401.310Campechian-Veracruz SavannaLAC77774 \CJCCES401.309Yucatn dry deciduous forestLAC88885 \CJCCES401.308Xerophytic scrub of Motagua ValleyLAC>>>>; \CJCCES401.307Tumbes premontane deciduous Ceiba forestLACDDDDA \CJCCES401.306Tumbes deciduous thorn forestLAC99996 \CJCCES401.305Tumbes deciduous riparian shrublandLAC????< lCJCCES401.304Sinaloan ThornscrubLAC////, \CJCCES401.303Sinaloan Riparian ForestLAC44441 \CJCCES401.302Sinaloan Dry Decidous ForestLAC88885 \"s#eI@jFZXYCJCCES410.369Sabana abierta montana del bosque AtlnticoLACGGGGD \XCJCCES410.368Pantano salobre costero del Atlntico tropicalLACJJJJG lWCJCCES410.367Matorral xeromrfico costero del SE del BrasilLACJJJJG \VCJCCES410.366Manglar costero del SE del BrasilLAC====: lUCJCCES410.365Complejo de vegetacin riparia del Alto ParanLACJJJJG lTCJCCES410.364Bosque semideciduo del Alto ParanLAC>>>>; \SCJCCES410.363Bosque Atlntico siempreverde pluvial del piedemonte del surLACXXXXU \RCJCCES410.362Bosque Atlntico siempreverde pluvial de tierras bajas del norteLAC\\\\Y \QCJCCES410.361Bosque Atlntico siempreverde montano del surLACIIIIF \PCJCCES410.360Bosque Atlntico siempreverde montano del NE del BrasilLACSSSSP \OCJCCES410.359Bosque Atlntico semideciduo submontano del oeste transicional con el CerradoLACiiiif \NCJCCES410.358Bosque Atlntico semideciduo montano del SE del BrasilLACRRRRO \MCJCCES410.357Bosque Atlntico semideciduo montano del NE del BrasilLACRRRRO \LCJCCES410.356Bosque Atlantico pantanoso litoralLAC>>>>; lKCJCCES410.355Bosque Atlntico montano de galera del este del BrasilLACSSSSP lJCJCCES410.354Bosque Atlntico mixto montano de AraucariaLACGGGGD \ICJCCES410.353Bosque Atlantico esclerofilo de mesetas sedimentarias del norteLAC[[[[X \HCJCCES410.352Bosque Atlntico deciduo sobre aflormientos calcreosLACQQQQN \GCJCCES410.351Arbustal esclerofilo sobre dunas del litoral del BrasilLACSSSSP \0CJCCES403.328Meso American premontane mixed woodlandLACCCCC@ \/CJCCES403.327Madrean Subalpine Pine ForestLAC99996 \.CJCCES403.326Transvolcanic Alpine ZacatonalLAC::::7 \=9~(yWs#B{u<CJCCES402.596Pacific estuarine mixed Mora/ mangrove swampLACHHHHE l;CJCCES402.595Meso American waterlogged savannaLAC====: l:CJCCES402.594Meso American secondary grasslands and shrublands on low hillsLACZZZZW \9CJCCES402.593Meso American savanna pondsLAC77774 l8CJCCES402.592Meso American salt pansLAC33330 D7CJCCES402.591Meso American salt marshesLAC66663 l6CJCCES402.590Meso American Pine savannaLAC66663 \5CJCCES402.589Meso American palustrine vegetationLAC????< l4CJCCES402.588Meso American lowland hygrophilous forestLACEEEEB l3CJCCES402.587Meso American fire-induced fern thicketLACCCCC@ \2CJCCES402.586Meso American coastal swamp forestLAC>>>>; l1CJCCES402.585Meso American coastal palm swampLAC<<<<9 l0CJCCES402.584Meso American alluvial evergreen forestLACCCCC@ l/CJCCES402.583Choc-Darin non flooded pluvial forest of the alluvial plains and terracesLACggggd \.CJCCES402.582Choc - Darin lowland palm swampLAC====: l-CJCCES402.581Central American Atlantic seasonal evergreen lowland forestLACWWWWT \,CJCCES402.580Central American Atlantic evergreen lowland forestLACNNNNK \+CJCCES402.579Caribbean seasonal evergreen gallery forestLACGGGGD l*CJCCES402.578Caribbean maritime shore / estuarine mangroveLACIIIIF l)CJCCES402.577Caribbean marine beaches and transitional vegetationLACPPPPM \CJCCES402.518Caribbean lowland seasonal swamp forest and shrublandLACQQQQN l[CJCCES406.371Sabanas y pastizales saxcolas de tierras altas del este del BrasilLAC____\ \ZCJCCES410.370Sabana arbolada de mesetas sedimentarias del norteLACNNNNK \|\qb r JNCJCCES402.614Choco Darien premontane wet forestLAC>>>>; \MCJCCES402.613Meso American lower montane edaphic grasslandsLACJJJJG \LCJCCES402.612Meso American upper montane elfin forestLACDDDDA \KCJCCES402.611Talamancan peat bogsLAC0000- lJCJCCES402.610Talamancan upper montane meadowLAC;;;;8 \ICJCCES402.609Talamancan upper montane oak cloud forestLACEEEEB \HCJCCES402.608Talamancan lower montane wet oak forestLACCCCC@ \GCJCCES402.607Talamancan premontane wet forestLAC<<<<9 \FCJCCES403.606Meso American premontane semi-deciduous forestLACJJJJG \DCJCCES402.604Petn seasonal evergreen forest on karstic hillsLACLLLLI \CCJCCES402.603Peten lowland alluvial seasonal forest on calcareous soilLACUUUUR lBCJCCES402.602Peten lowland alluvial forest and shrublandLACGGGGD lACJCCES402.601Peten littoral karstic hillsLAC88885 D@CJCCES402.600Pacific seasonal evergreen lowland forestLACEEEEB \?CJCCES402.599Pacific maritime shore / estuarine mangroveLACGGGGD l>CJCCES402.598Pacific marine beaches and transitional vegetationLACNNNNK \=CJCCES402.597Pacific evergreen lowland forestLAC<<<<9 \ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @           l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v !l`v "l`v #l`v $l`v %l`v &l`v 'l`v (l`v )l`v *l`v +l`v ,l`v -l`v .l`v /l`v 0l`v 1l`v 2l`v 3l`v 4l`v 5l`v 6l`v 7l`v 8l`v 9l`v :l`v ;l`v l`v ?l`v @l`v Al`v Bl`v Cl`v Dl`v El`v l`vl`vl`vl`vl`vl`vl`vl`vl`vl`vl`vl`vl`vl`vl`vl`vl`vl`vl`v l`v!l`v"l`v %l`v &l`v!'l`v!(l`v")l`v"*l`v#+l`v#,l`v$-l`v$.l`v%/l`v%0l`v&1l`v&2l`v'3l`v'4l`v(5l`v(6l`v)7l`v)8l`v*9l`v*:l`v+;l`v+l`v-?l`v-@l`v.Al`v.Bovu ovu ovu ovu ovu sb sb sb Fsb Gsb Hsb Isb Jsb Ksb Lsb Msb Nsb Osb Psb Qsb Rsb Ssb Tsb Usb V L  @ @ @ sb Wsb  Xsb  Ysb  Zsb  [sb  \sb sb sb sbsbsbsbsbsbsb sb sb sb sb#sb$sb/Csb/Dsb0Esb0Fuff1Guff1Huff1ICJ -^ CJ -^CJ -CJ - .CJ , CJ , -CJ ,^ CJ ,hCJ ,CJ + -CJ + CJ +^ CJ +hCJ +rCJ +CJ *|CJ *CJ *TCJ * -CJ ) -CJ )CJ )|CJ ) CJ ) CJ )^ CJ ( CJ ( -CJ (CJ (^ CJ (|CJ ( CJ ' CJ 'CJ 'CJ ' CJ '|CJ ' -CJ '^ CJ ' CJ &|CJ & -CJ & CJ &CJ &^ CJ & CJ &rCJ % .CJ %CJ %hCJ %^ CJ $TCJ $hCJ $ .CJ $CJ # -CJ #CJ #hCJ #TCJ " -CJ "^CJ "CJ "hCJ !^CJ ! .CJ !CJ !hCJ  ^ CJ  hCJ   .CJ TCJ hCJ U  @ @ @ @ @ @ @ @ @ @ @ @ @ @ @l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v l`v !l`v "l`v #l`v $l`v %l`v &l`v 'l`v (l`v )l`v *l`v +l`v ,l`v -l`v .l`v /l`v 0l`v 1l`v 2l`v 3l`v 4l`v 5l`v 6l`v 7l`v 8l`v 9l`v :l`v ;l`v <l`v =l`v >l`v ?l`v @l`v Al`v Bl`v Cl`v Dl`v El`v l`vl`vl`vl`vl`vl`vl`vl`vl`vl`vl`vl`vl`vl`vl`vl`vl`vl`vl`v l`v!l`v"l`v%l`v&l`v'l`v(l`v)l`v*l`v+l`v,l`v-l`v.l`v/l`v0l`v1l`v2l`v3l`v4l`v5l`v6l`v7l`v8l`v9l`v:l`v;l`v<l`v=l`v>l`v?l`v@l`vAl`vBovu ovu ovu ovu ovu sb sb sb Fsb Gsb Hsb Isb Jsb Ksb Lsb Msb Nsb Osb Psb Qsb Rsb Ssb Tsb Usb Vsb Wsb Xsb Ysb Zsb [sb \sbsbsbsbsbsbsbsbsbsb sb sb sb sb#sb$sbCsbDsbEsbFuffGuffHuffIhCJ hCJ hCJ |CJ |CJ |CJ |CJ |CJ |CJ 2CJ 2hCJ 2|CJ 2 -CJ 2CJ 2CJ 1 -CJ 1^ CJ )  @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @                                  ! " # $ % & ' ( ) * + , - . / 0 1 2 3 4 5 6 7 8 9 : ; < = > ? @ A B C D E F G H I J K L M N O P Q R S T U V W  X  Y  Z  [  \         !"#$ % &!'!(")"*#+#,$-$.%/%0&1&2'3'4(5(6)7)8*9*:+;+<,=,>-?-@.A.B/C/D0E0F1G1H1I$ɵ28ɵ$ɵ@28ɵ$ɵ28ɵ$ɵ28ɵ  l`v.{bvBvbv {bv m`bd vbv {bv m`bd vbv {bv m`bd vbv {bv m`bd vbv {bv m`bd vbv {bv m`bd vbv {bv m`bd vbv {bv m`bd {bv {bv !{bv "m`bd #vbv ${bv %vbv &{bv 'm`bd (vbv ){bv *vbv +{bv ,m`bd -vbv .{bv /vbv 0{bv 1vbv 2{bv 3vbv 4{bv 5vbv 6{bv 7vbv 8{bv 9vbv :{bv ;vbv <{bv =vbv >{bv ?{bv @{bv A{bv B{bv C{bv D{bv Em`b vbvm`bvbvm`bvbvm`bvbvm`bvbvm`bvbvm`bvbvm`bvbvm`bvbvm`bvbv m`b!vbv" m`b% {bv&!m`b'!{bv("m`b)"{bv*#m`b+#{bv,$m`b-${bv.%m`b/%{bv0&m`b1&{bv2'm`b3'{bv4(m`b5({bv6)m`b7){bv8*m`b9*{bv:+m`b;+{bv<,m`b=,{bv>-m`b?-{bv@.m`bA.{bvBl`vm`bl`vvbvl`vm`bl`vvbvl`vm`bl`vvbvl`vm`bl`vvbvl`vm`bl`vvbvl`vm`bl`vvbvl`vm`bl`vvbvl`vm`bl`vvbv l`vm`b!l`vvbv"l`v m`b%l`v {bv&l`v!m`b'l`v!{bv(l`v"m`b)l`v"{bv*l`v#m`b+l`v#{bv,l`v$m`b-  @@ @@     @ @ @ @ @ @ @ @ @ l`vm`bd vbv {bv m`bd vbv {bv m`bd vbv {bv m`bd vbv {bv m`bd vbv {bv m`bd vbv {bv m`bd vbv {bv m`bd vbv {bv m`bd {bv {bv !{bv "m`bd #vbv ${bv %vbv &{bv 'm`bd (vbv ){bv *vbv +{bv ,m`bd -vbv .{bv /vbv 0{bv 1vbv 2{bv 3vbv 4{bv 5vbv 6{bv 7vbv 8{bv 9vbv :{bv ;vbv <{bv =vbv >{bv ?{bv @{bv A{bv B{bv C{bv D{bv Em`b vbvm`bvbvm`bvbvm`bvbvm`bvbvm`bvbvm`bvbvm`bvbvm`bvbvm`bvbv m`b!vbv" m`b% {bv&!m`b'!{bv("m`b)"{bv*#m`b+#{bv,$m`b-${bv.%m`b/%{bv0&m`b1&{bv2'm`b3'{bv4(m`b5({bv6)m`b7){bv8*m`b9*{bv:+m`b;+{bv<,m`b=,{bv>-m`b?-{bv@.m`bA.{bvBl`vm`bl`vvbvl`vm`bl`vvbvl`vm`bl`vvbvl`vm`bl`vvbvl`vm`bl`vvbvl`vm`bl`vvbvl`vm`bl`vvbvl`vm`bl`vvbv l`vm`b!l`vvbv"l`v m`b%l`v {bv&l`v!m`b'l`v!{bv(l`v"m`b)l`v"{bv*l`v#m`b+l`v#{bv,l`v$m`b-                                      bkbksbbkbkbk bk bk bk bk bk bk bkbkbkbkbkbkbkbkbkbkbkbkbkbkbkbk bk bk !bk "bk #bk$bk%bk&bk'bk(bk)bk*bk+bk,bk-bk.bk/bk0bk1bk2bk 3bk 4bk 5bk 6bk 7bk8bk9bk:bk;bk<bk=bk>bk?bk@bkAbkBbkCbkDbkEbkFbkGbkHbk Jbk Kbk Lbk Mbk NbkObkPbkQbkRbkSbkTbkUbkVbkWbkXbkYbkZbk[bk\bk]bk ^bk _bk `bk abk bbkcbkdbkebkfbkgbkhbkibkjbkkbklbkmbknbkobkpbkqbkrbksbk tbk ubk vbk wbk xbkybkzbk{bk|bk}bk~bkbkbkbkbkbkbkbkbkbk bk bk bk bk bkbkbkbkbkbkbkbkbkbkbkbkbkbkbkbk bk bk bk bk bkbkbkbkbkbkbkbkbkbkbkbkbkbkbk bk bk bk bk bkbkbkbkbkbkbkbkbkbkbkbkbkbkbkbk bk bk bk bk bkbk(c @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @bkbkbkbkbkbkbkbk bk bk bk bk bk bk bkbkbkbkbkbkbkbkbkbkbkbkbkbkbkbk bk bk !bk "bk #bk$bk%bk&bk'bk(bk)bk*bk+bk,bk-bk.bk/bk0bk1bk2bk 3bk 4bk 5bk 6bk 7bk8bk9bk:bk;bk<bk=bk>bk?bk@bkAbkBbkCbkDbkEbkFbkGbkHbk Jbk Kbk Lbk Mbk NbkObkPbkQbkRbkSbkTbkUbkVbkWbkXbkYbkZbk[bk\bk]bk ^bk _bk `bk abk bbkcbkdbkebkfbkgbkhbkibkjbkkbklbkmbknbkobkpbkqbkrbksbk tbk ubk vbk wbk xbkybkzbk{bk|bk}bk~bkbkbkbkbkbkbkbkbkbk bk bk bk bk bkbkbkbkbkbkbkbkbkbkbkbkbkbkbkbk bk bk bk bk bkbkbkbkbkbkbkbkbkbkbkbkbkbkbk bk bk bk bk bkbkbkbkbkbkbkbkbkbkbkbkbkbkbkbk bk bk bk bk bkbk(c                                             bkbkbkbkbkbkbkbkbkbkbkbkbkbk bk bk bk bk bkbkbkbkbkbkbkbkbkbkbkbkbkbkbkbk bk bk bk bk bkbkbkbkbkbkbkbkbkbkbkbkbkbkbk bk bk bk bk bkbkbkbkbkbkbk bk bk bk bk bkbkbkbkbk bk bk bk bk bkbkbkSbkTbkUbkVbkWbkXbkYbkZbk[bk\bk]bk^bk _bk `bk abk bbk cbkdbkebkfbkgbkhbkibkjbkkbklbkmbknbkobkpbkqbkrbksbktbk ubk vbk wbk xbk ybkzbk{bk|bk}bk~bkbkbkbkbkbkbkbkbkbkbkbkbkbkbk bk bk bk bk bkbkbkbkbkbkbkbkbkbkbkbkbkbkbkbk bk bk bk bk bkbkbkbkbkbkbkbkbkbkbkbkbkbkbkbkbk                                  @ @ @ @     bkbk bk bk bk bk bkbkbkbkbkbkbkbkbkbkbkbkbkbkbkbkbkbkbkbk bk bk bk bk bkbkbkbkbkbkbkbkbkbkbkbkbkbkbkbkbkbkbkbk bk bk bk bk bkbkbkbkbkbkbkbkbkbkbkbkbkbkbk bk bk bk bk bkbkbkbkbkbk bk bk bk bk bkbkbkbkbkbkbkbk bk bk bk bk bkbkbkbkbkbkbk bk!bk"bk#bk$bk%bk &bk 'bk (bk )bk *bk+bk,bk-bk.bk/bk0bk1bk2bk3bkovuovusbl`vl`vl`vl`v l`v l`v l`v l`v l`vl`vl`vl`vl`vl`vl`vl`vl`vl`vl`vl`vl`vl`v l`v l`v l`v l`v l`vl`vl`vl`vsbsbsbsbsbsbsbsb sb sb sb  sb  sb sb sb sbsbsbsbsbsbr@ @@@ @ @@@@@@@@@@@@@@@@@@@@@@@@@@@@l`vl`vl`vl`vl`v l`v l`v l`v l`v l`vl`vsbsb l`v!l`v"l`v#l`v$l`v%l`v&l`v'l`v(l`v)l`v *l`v +l`v ,l`v -l`v .l`v/sb0sb1uffbkbkbkbkbkbkbkbk bk bk bk  bk  bk bk bk bkbkbkbkbkbkbkbkbkbkbkbkbkbkbkbkbkbk  bk !bk "bk #bk $bk%bk&bk'bk(bk)bk*bk+bk,bk-bk.bk/bk0bkGbkHbkIbkJbkKbkLbkMbk Nbk Obk Pbk Qbk RbkSbkTbkUbkVbkWbkXbkYbkZbk[bkbk)bk*bk+bk,bk-bk.bk/bk 0bk 1bk 2bk 3bk 4bk5bk6bk7bk8bk9bk:bk;bk<bk=bk>bk?bk@bkAbkBbkCbkDbkFbkGbk Hbk Ibk Jbk Kbk LbkMbkNbk.bk/bk 0bk 1bk 2bk 3bk 4bk5bk6bk7bk8bk9bk:bk;bk<bk=bk>bk?bk@bkAbkBbkCbkDbkFbkGbk Hbk Ibk Jbk York.                                                                     B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!                                              ;@!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!B!                                                                                        @   @@`uaxvw`mfvvfbxpd`ujrvdfmrvvxfmrvo`mdufp`drvdfmbi`br arvtxf`ajfuwrdfs`mo`vdfm``o`~rpj`bfpwu`marvtxfijhurgjmrdfm`sm`pbjfvfdjofpw`uj`dfmv{dfm``o`~rpj`""@arvtxfs`pw`prvrvjfosufzfudfdfmrvmm`prvdfmrujprbrarvtxfva`krvfd`gr|furgjmrvorpw`prvarmjzj`prwxbxo`prv"""""$ arvtxfvguf`wrgjmrvdfmsjvrorpw`pr|furgjwjbr"""B""""""$ arvtxfvujafufprv`mwjorpw`prvarmjzj`prwxbxo`prv"""'arvtxfvvxaixofdrvvfojdfbjdxrva`vjorpw`prv`pdjprofdjwfuu`pfrvrbbjdfpw`mfv"""B"""$""""""""""@arvtxfv}`uaxvw`mfv|fujbrvjpwfu`pdjprvorpw`pra`krvdfmrv`pdfvdfmpruwf"""""$b`ujaaf`po`ujwjofviruf fvwx`u}orxwio`phurzf bijix`ix`pvxbbxmfpwdfvfuwvbuxa ifua`~`mwfsx}`pr}`mwrwfsx}`prdfmfvbxdrdfhx`}`p` o`wruu`mfvdfvfuwjbrvorpw`prvvxurbbjdfpw`mfv"""@o`wruu`mfv}xphxfprv|fujbrvjpwfu`pdjprv""""'"@orujbi`mdfm`vmm`pxu`v`mxzj`mfvdfm`rujprtxj`s`krp`mfv`mwjorpw`prvarmjzj`prwxbxo`prv s`u`hx`p``bwjzfdxpfv v`a`p`ijsfufvw`bjrp`mdfmsjfdforpwfdfmfvbxdrdfhx`}`p`v`a`p`vs`vwj~`mfvdfvxfmrvvfusfpwjprvdfmbfuu`dr w`o`xmjs`p`uur}rviuxam`pdzfhfw`bjrpfvbmfurgjm`vraufdxp`vdfmdfmw`dfm`o`~rp`v""B""@zfpf~xfm`pbr`vw`mujdhfvf`vrp`mfzfuhuffpgrufvw`sxp`ixofd`"""""$"""""""""@fvsmxzjfvw`bjrp`mfvorpw`prvarmjzj`prwxbxo`prvfvsmxzjfvw`bjrp`mfvvxa`pdjprvarmjzj`prwxbxo`prvfvsv`oorgjmrvorpw`prv`pdjprs`w`hrpjbrv"""$""""""""@ fvujafufprv`mwjorpw`prv`pdjprofdjwfuu`pfrv""""r""""""""$ fvujs`ujrvvxbfvjrp`mfvdfmbi`br fvvfbxpd`ujrvdfmrvvxfmrvo`mdufp`drvdfmbi`br xbxo`prv. Jaipur, India. @@  @@@`uaxvw`m`mwrwfsx}`prvraufwxua`dfmfvbxdrdfhx`}`p`df`ufp`vam`pb`vdfm`hx`}`p`rbbjdfpw`mfd`gr|furgjmrdfm`hx`}`p`rujfpw`m"""$fvbmfurgjmrvraufdxp`vdfmmjwru`mdfmau`vjmorpw`prdfmrv`pdfvdfmpruwf orpw`prvrauf`ufpjvb`vdfm`hu`pv`a`p`orpw`prvraufvxfmrvgfuu`mjwjbrvdfm`hu`pv`a`p`"""""""""@sjforpw`prvraufa`x|jw`dfmfvbxdrdfhx`}`p`ujs`ujrdfm`hx`}`p`rbbjdfpw`mujs`ujrdfujrvdf`hx`vbm`u`vdfmp{dfm``o`~rpj`""""@v`|jbrm``mwrwfsx}`prdfmfvbxdrdfhx`}`p`""$v`|jbrm`orpw`pr`mwrdfmfvbxdrdfhx`}`p`""$v`|jbrm`orpw`pra`krdfmfvbxdrdfhx`}`p`""$v`|jbrm`orpw`prdfmfvbxdrdfhx`}`p`""$fv`mwjorpw`prv`pdjprofdjwfuu`pfrvdfvxfmrvijdurorugjbrv""""""""""$""""""@fv`mwjorpw`prv`pdjprwfosm`drvfva`krv}o`wruu`mfv`mwr`pdjprvs`u`oxprv fvdfvfuwjbrvorpw`prv`pdjprofdjwfuu`pfrvrujfpw`mfv"""$"""""""""@fvfvbmfurgjmrvijhurgjmrvdfm`vbrudjmmfu`v`o`~rpjb`v""""$""B""""""$fvfvsjprvrv`mwjorpw`prvdfm`sxp`|furgjwjb`""""""""""""""@fvguf`wrujs`ujrvdfmsjfdforpwfrbbjdfpw`mdfm`sxp`ixofd`""""""""""""""""@fvhu`ojprjdfv`mwjorpw`prvs`u`oxprv fvhu`ojprjdfvjpxpd`drv`mwjorpw`prvs`u`oxprvfvorpw`prvsmxzjfvw`bjrp`mfvjpwfu`pdjprvdfm`sxp`ixofd`""""""""""""""""""$fvorpw`prv|fujbrvjpwfu`pdjprvdfm`sxp`ixofd`"""""$"""""""""@fvsmxzjfvw`bjrp`mfvorpw`prvarmjzj`prwxbxo`prvfvsmxzjfvw`bjrp`mfvvxa`pdjprvarmjzj`prwxbxo`prvfvsv`oorgjmrvorpw`prv`pdjprs`w`hrpjbrv"""$""""""""@ fvujafufprv`mwjorpw`prv`pdjprofdjwfuu`pfrv""""r""""""""$ fvujs`ujrvvxbfvjrp`mfvdfmbi`br fvvfbxpd`ujrvdfmrvvxfmrvo`mdufp`drvdfmbi`br xbxo`prv. Jaipur, India.@ @@@ @ `uaxvw`mfv|fujbrva`vjorpw`prv`pdjprofdjwfuu`pfrvrbbjdfpw`mfv""$""""""""""$ `uaxvw`mfv|fujbrvorpw`pra`vjorpw`prv`pdjprofdjwfuu`pfrvrbbjdfpw`mfv""$"""""""""""""@ `uaxvw`mfv|furgjwjb`vjpwfu`pdjp`vdfm`sufsxp`vxurujfpw`m"""$`uaxvw`mfv|furgjwjbrvjpwfu`pdjprvxa`pdjprvarmjzj`prwxbxo`prv"""$`uaxvw`mfv|furgjwjbrvjpwfu`pdjprvdfm`sufsxp`jpgfujrurujfpw`m"""$`uaxvw`mfv|furgjwjbrvorpw`prv`pdjprs`w`hrpjbrv"""$""""""""$ `uaxvw`mfv}arvtxfva`krvfd`grijhurgjmrv`mwjorpw`prv`pdjprwfosm`drv"""""""""@`uaxvw`mfv}gu`jmfkrp`mfv`mwjorpw`prvs`u`oxprv`uaxvw`mfv}gu`jmfkrp`mfvs`pw`prvrv`mwjorpw`prvs`u`oxprv`uaxvw`mfv}o`wruu`mfvdfvfuwjbrvorpw`prv`pdjprofdjwfuu`pfrvrbbjdfpw`mfv""""""$"""""""""@`uaxvw`mfv}o`wruu`mfvs`pw`prvrv`mwr`pdjprvs`u`oxprv`uaxvw`mfv}o`wruu`mfvv`|jbrm`vdfm`bijtxjw`pj`}fmafpj""""""$""""""@`uaxvw`mfv}o`wruu`mfvvfbxpd`ujrvdfm`bijtxjw`pj`""""""""""""""@`uaxvw`mfv}su`drv}xphxfprvorpw`prv"""""""p`uaxvw`mfv}xphxfprv|fujbrvjpwfu`pdjprv"""""r$a`i`o`vsjpfa`uufpva`k`b`mjgrupj`dfmpruwfhxmgbr`vwrbrwjmmrmjoafuaxvibufrvrwfaxvidfvfuwvbuxa a`k`vfojdfvfuwbr`vw`mvxbbxmfpwvbuxaa`k`vrpru`pbr`vw`mdxpfa`k`vrpru`pbr`vw`mwjd`mgm`w`pdo`uviargfd`mfv`mori`djmm`d`vorpw`prv`pdjprwfosm`d`vargfd`mfv`mwjorpw`prvs`u`oxprvargfd`mfv`mwjorpw`prv}xphxfprv""""""""'argfd`mfv`mwr`pdjprvdfm`sxp`ixofd`""""""""$ argfd`mfv`mwr`pdjprvdfm`sxp`|furgjwjb`"""""""""$argfd`mfv`mwr`pdjprvofdjwfuu`pfrv"""""""$argfd`mfv`mwr`pdjprvs`u`oxprvarvtxf`ajfuwrdfmj`p`vdfmvdfm``o`~rpj`arvtxf`ajfuwrdfs`mo`vdfm``o`~rpj`bfpwu`mdfm``o`~rpj`bfpwu`m24 @ @ arvtxf`mwrwfsx}`prdfmfvbxdrdfhx`}`p` `mxzj`mdfm`hx`}`p`rujfpw`m `wm`pwjbrdfbjdxrvrauf`gmruojfpwrvb`mb`ufrv""B""""""""""$`wm`pwjbrfvbmfurgjmrdfofvfw`vvfdjofpw`uj`vdfmpruwf`wm`pwjbroj|wrorpw`prdf`u`xb`uj`""@`wm`pwjbrorpw`prdfh`mfuj`dfmfvwfdfmau`vjm""B"""""$`wm`pwjbrs`pw`prvrmjwru`m`wm`pwjbrvfojdfbjdxrorpw`prdfmpfdfmau`vjm""@ `wm`pwjbrvfojdfbjdxrorpw`prdfmvfdfmau`vjm""@ `wm`pwjbrvfojdfbjdxrvxaorpw`prdfmrfvwfwu`pvjbjrp`mbrpfmbfuu`dr""@ `wm`pwjbrvjfosufzfudforpw`prdfmpfdfmau`vjm""@ `wm`pwjbrvjfosufzfudforpw`prdfmvxu""@ `wm`pwjbrvjfosufzfudfsmxzj`mdfwjfuu`va`k`vdfmpruwf""@`wm`pwjbrvjfosufzfudfsmxzj`mdfmsjfdforpwfdfmvxu""@ajfpdufp`drdfwfuu`~`vdfujrvdf`hx`vam`pb`vdfmp{dfm``o`~rpj`""""""""B"""""""""$ajfpdufp`drdfwfuu`~`vdfujrvdf`hx`vbm`u`vdfmp{dfm``o`~rpj`""""""""@dfh`mfuj`wfsx}`prdfmfvbxdrdfhx`}`p`"""@ dfm`sm`pjbjfvfdjofpw`uj`dfm``o`~rpj`bfpwu`mdfm`sm`pjbjfvfdjofpw`uj`dfmp{dfm``o`~rpj`dfm`sm`pjbjfvfdjofpw`uj`dfm{dfm``o`~rpj`dfmrv`gmru`ojfpwrvurbrvrvdfm``o`~rpj`brmroaj`p`dfrujmm`ufv`mwrvdfujrvdf`hx`vam`pb`vdfmp{dfm``o`~rpj`""""""$dfwfuu`~`v`mxzj`mfvjpxpd`amfvdfmbfuu`dr dfwfuu`~`vdfujrvdf`hx`vpfhu`vdfmv{dfm``o`~rpj`""""$fd`gr|furgjmrsjforpw`prdfm`hx`}`p`rujfpw`m"""$fvbmfurgjmrdfm`vofvfw`vdf`ufpjvb`dfm``o`~rpj`brmroaj`p`"""$fvbmfurgjmrguf`wrmjrjpxpd`amfdfm`hx`}`p`rbbjdfpw`m"""$ fvw`bjrp`mvjfosufzfudfdfbrmjp`vdfmjpwfujrudfm`hx`}`p`rujfpw`m ijhurgjmrdfm`sm`pbjfvfdjofpw`uj`dfmv{dfm``o`~rpj`""@f8bkpar9bkpar9bkpsf2/   @arvtxfixofdrdfbrmjp`vdfmjpwfujrudfm`hx`}`p`rujfpw`m"$ixofdrdfwjfuu`va`k`vdfm`hx`}`p`bfpwu`m"$ ixofdrdfwjfuu`va`k`vdfm`hx`}`p`rbbjdfpw`m"$ixofdrorpw`pra`krdfmfvbxdrdfhx`}`p`ixofdrorpw`pra`krvraufm`wfujw`dfm`hx`}`p`rujfpw`m"$ixofdrorpw`prdfmfvbxdrdfhx`}`p`"$ixofdrsjforpw`prdfm`hx`}`p`bfpwu`m"$jpxpd`amfdfm`hx`}`p`bfpwu`mjpxpd`amfdfm`hx`}`p`rbbjdfpw`mjpxpd`amfdfm`mm`pxu``mxzj`mdfujrvdf`hx`vam`pb`vdfm`ofdj`}a`k``o`~rpj`""""""""""@jpxpd`amfdfm`mm`pxu``mxzj`mdfujrvdf`hx`vam`pb`vdfmp{dfm``o`~rpj`""""""""""@jpxpd`amfdfm`mm`pxu``mxzj`mdfujrvdf`hx`vam`pb`vdfmv{dfm``o`~rpj`""""""""""@jpxpd`amfdfm`mm`pxu``mxzj`mdfujrvdf`hx`vam`pb`vdfm{dfm``o`~rpj`""""""""""@ jpxpd`amfdfm`mm`pxu``mxzj`mdfujrvdf`hx`vbm`u`vdfmp{dfm``o`~rpj`""""""""""@ jpxpd`amfdfm`mm`pxu``mxzj`mdfujrvdf`hx`vpfhu`vdfm`ofdj`}a`k``o`~rpj`""""""""""@ jpxpd`amfdfm`mm`pxu``mxzj`mdfujrvdf`hx`vpfhu`vdfmv{dfm``o`~rpj`""""""""""@ jpxpd`amfdfm`mm`pxu``mxzj`mdfujrvdf`hx`vpfhu`vdfm{dfm``o`~rpj`""""""""""@ jpxpd`amfdfm`sm`pjbjfbrvwfu``mxzj`mdfm`hx`}`p`rujfpw`mjpxpd`amfdfwfuu`~`va`k`vdfujrvdf`hx`vam`pb`vdfmp{dfm``o`~rpj`"""""""""@jpxpd`amfdfmjpwfujrudfm`hx`}`p`rujfpw`morpw`pr`mwrdfm`hu`pv`a`p`orpw`pr`mwrdfmfvbxdrdfhx`}`p`orpw`pra`krdfmo`w`b`orpw`pra`krvraufa`x|jw`orpw`prdfm`hu`pv`a`p`s`pw`prvrdfm``mwjsm`pjbjfdfm`hx`}`p`rujfpw`ms`pw`prvrdfs`mo`vdfm`mm`pxu``mxzj`mdfm``o`~rpj`s`pw`prvrvjfosufzfudfdfmrvmm`prvdfmrujprbrdfm`hu`pv`a`p`93-06-25 RAL999--! @ @ @@@@  arvtxfsjforpw`pr}orpw`pra`krdfm`hu`pv`a`p`ujs`ujrdfm`mwrrujprbrujs`ujrdfmrujprbrofdjrv`|jbrm`orpw`prdfmfvbxdrdfhx`}`p`""$vfbrorpw`pra`krdfmfvbxdrdfhx`}`p`vfojdfbjdxrdfm`bxfpb`vxudfmrujprbrvfojdfbjdxrdfm`sm`pjbjfvfdjofpw`uj`dfmv{dfm``o`~rpj`vfojdfbjdxrdfm`mwrs`u`p`""""""""$vfojdfbjdxrfvw`bjrp`mdfm``o`~rpj`wu`pvjbjrp`mbrpfmbfuu`drvfojdfbjdxrfvw`bjrp`mdfmpdfm``o`~rpj`vfojdfbjdxrfvw`bjrp`mdfmvfdfm``o`~rpj`vfojdfbjdxrorpw`prdfmfvbxdrdfhx`}`p` vjfosufzfudfdfbrmjp`v`mw`vsuf`pdjp`vdfmv{dfm``o`~rpj`vjfosufzfudfdfh`mfuj`jpxpd`amfdfmbfuu`dr vjfosufzfudfdfh`mfuj`prjpxpd`amfdfmbfuu`dr""""""@ vjfosufzfudffvw`bjrp`mdfm`sm`pjbjfvfdjofpw`uj`dfmv{dfm``o`~rpj`vjfosufzfudffvw`bjrp`msuf`pdjprdfm`mwrafpjvjfosufzfudfsuf`pdjprdfmbi`s`ufvxaorpw`prdfm``o`~rpj`bfpwu`mvxaorpw`prdfmv{dfm``o`~rpj`v`ajfuwrv}v`a`p`v`uarm`d`vijhurgjwjb`vdfms`pw`p`mvxurbbjdfpw`m"""""""""""$v`ajfuwrv}v`a`p`vvfbxpd`ujrvdfvxfmrvo`mdufp`drvv`mwjorpw`prvpruwf`pdjprvdfsrm}mfsjvv`mwjorpw`prvpruwf`pdjprvvjfosufzfudfvv`mwjorpw`prvsmxzj`mfvdfmrv}xph`vv`mwjorpw`prvsmxzjfvw`bjrp`mfvarmjzj`prwxbxo`prv v`mwjorpw`prvsmxzjfvw`bjrp`mfvdfmrv}xph`varmjzj`prvva`krv`mwjorpw`prvdfm`sxp`|furgjwjb`bfpwu`m"""""""""""@va`krv`mwjorpw`prvdfm`sxp`|f