1. NatureServe
    Senior Ecologist/Conservation Methods Coordinator
    (703) 908-1816
  1. NatureServe
    Program Manager
    (703) 797-4811

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Restauración y Mitigación

Effective restoration and mitigation activities reestablish healthy, functioning ecosystems. But what do “healthy” and “functioning” really mean? 

Volunteers and staff with the Maryland Department of Natural Resources remove water chestnut (Trapa natans) from the Sassafras River on Maryland's Eastern Shore. Photo by the Chesapeake Bay Program.

NatureServe guides restoration and mitigation projects by helping our partners identify the best areas for mitigation and restoration; the right species composition and ecosystem functions that need to be reestablished; and the appropriate methods for assessing the condition of restored ecosystems and measuring success. Our science-driven approach helps make every dollar and hour spent on mitigation and restoration count.

  2. Ecological Integrity Assessment - Wetlands

    Ecological Integrity Assessments provide the core data that tell us how well a wetland is functioning
    Project

  3. Wetland Mitigation – Ecological Performance Standards

    Providing measures that help ensure that mitigated wetlands meet their performance goals.
    Project

  5. Integrated Ecological Framework

    Can land-use planning result in better environmental, economic, and societal benefits? Read about NatureServe’s research funded by the Transportation Research Board
    Project

  7. Willapa National Wildlife Refuge: Vegetation Mapping and Ecological Integrity Assessment

    How diverse and healthy are Willapa NWR wetland and upland habitats?
    Project

  10. Continent-Scale Landscape Conservation Design for Temperate Grasslands of the Great Plains and Chihuahuan Desert

    In support of natural resource agencies in Canada, the USA, and Mexico, we report on a series of component analyses and an updated Landscape Conservation Design for temperate grassland conservation. We targeted twelve major grassland ecosystem types that occur across the Great Plains and Chihuahuan Desert regions. Component analyses included: a) documenting long-term trends in extent by grassland type, b) identifying species of concern associated with the major grassland types, c) documenting current protected areas including each grassland type, d) assessing landscape intactness and connectivity among grassland areas, and, e) identifying Grassland Potential Conservation Areas to advance grassland conservation.
    PublicationJournal ArticleNatural Areas Journal

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