The Nature Conservancy's New Mexico Conservation Science Program works with public & private agencies and institutions on ecological management, conservation planning, and scientific assessments to further its mission to “preserve the plants, animals, and natural communities that represent the diversity of life on Earth by protecting the lands and waters they need to survive.”
We have identified lands & waters critical to the conservation of biodiversity across western North America. These assessments help prioritize conservation efforts and evaluate activities that affect conservation values. Learn more
We are assessing the ground impacts of climate change on New Mexico's biodiversity and identifying local level adaptation strartegies that can help build ecological resilience to ongoing climate change. Learn more
We have developed information on the status of National Forests in Arizona and New Mexico and tools to evaluate restoration strategies. Learn more
The Rangeland Ecological Assessment assesses and maps ecological condition and restoration opportunity in New Mexico to support science-based restoration in a regional and landscape context. Learn more
In the United States and many other parts of the world, fires are behaving differently now than they have throughout history, largely as a result of human actions. An estimated 80% of U.S. forests and rangelands have altered fire dynamics. The Nature Conservancy in New Mexico is working with federal partners to restore ponderosa pine forests and fire dynamics in the Jemez Mountains.
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Laura Falk McCarthy Laura McCarthy is our New Mexico Director of Government and Agency Relations. Laura comes to the New Mexico chapter from the Conservancy’s Global Fire Team. Laura joined The Nature Conservancy in 2005 as the first fire… read more
We have reorganized our reports and data sets to make it easier to find the information you need. Browse our downloads.
The second of three reports assesses the conservation implications of recent climate change on New Mexico’s watersheds and hydrology. Analyzing recent trends (1970-2006) in a water balance variable—climate water deficit—that indicates biological moisture stress or drying, this study identifies watersheds of high conservation importance in New Mexico that are most and least vulnerable to ongoing climate change.
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To conduct effective conservation science, we can't go at it alone. Download data and reports created with our collaborators:
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