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Predicting Effects of Climate Change on Riparian Obligate Species in the Southwestern United States

Dates

Creation
2014-03-13 21:58:12
Last Update
2017-09-26 22:25:50
Start Date
2011-09-30
End Date
2013-12-31
Start Date
2011-09-30 05:00:00
End Date
2013-12-31 06:00:00

Citation

LCC Network Data Steward(Point of Contact), Desert Landscape Conservation Cooperative(administrator), Matthew J. Johnson(Principal Investigator), Arizona Game and Fish Department(Cooperator/Partner), Southern Colorado Plateau Network(Cooperator/Partner), The Nature Conservancy(Cooperator/Partner), U.S. Geological Survey(Cooperator/Partner), U.S. National Park Service(Cooperator/Partner), University of Arizona(Cooperator/Partner), 2014-03-13(creation), 2017-09-26(lastUpdate), 2011-09-30(Start), 2013-12-31(End), Predicting Effects of Climate Change on Riparian Obligate Species in the Southwestern United States, https://www.sciencebase.gov/catalog/item/532229f4e4b02e6e19ed3731

Summary

Riparian vegetation provides crucial habitat for wildlife and is a high conservation priority for land managers throughout the Southwest but a central scientific challenge is to generate quantitative predictions of how changes in water availability will affect the amount and quality of riparian wildlife habitat. Researchers will study areas that have long-term datasets available (i.e., hydrological, geomorphological, biological), that characterize a broad range of riparian conditions found in the Southwest. Building on recently developed models funded by the USGS National Climate Change and Wildlife Science Center (NCCWSC), this work will link various hydrologic, geomorphic and habitat models to better understand and predict how climate [...]

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md_metadata.json 137.32 KB application/json
metadata.xml
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83.32 KB application/vnd.iso.19139-2+xml
Proposal_BOR_R11AC81532_FY11.pdf 512.21 KB application/pdf
Summary_BOR_R11AC81532_FY11.pdf 73.83 KB application/pdf

Purpose

1. Efficiently realize additional gains from the major capital investment made in data, methods, skills, and other resources during our NCCWSC-supported efforts to develop models that predict the effects of climate change on upland wildlife, with application to riparian species 2. Link hydrologic, geomorphic, and habitat models to better understand and predict how climate changes will affect critical riparian ecosystems in the region. 3. Provide management agencies with a decision support tool that provides scientific information required to restore, enhance, and mitigate effects of climate change on riparian vegetation and associated wildlife, as well as identify those areas that may be of greatest risk to predicted changes

Project Extension

parts
typeTarget Audience or End Users
valueManagers
projectProducts
productDescriptionFinal Report
statusDelivered
projectStatusCompleted

Budget Extension

annualBudgets
year2011
fundingSources
amount179235.0
recipientNorthern Arizona University
sourceU.S. Bureau of Reclamation
totalFunds179235.0
year2011
fundingSources
amount43000.0
recipientNorthern Arizona University
sourceArizona Game and Fish Department
matchingtrue
totalFunds43000.0
year2011
fundingSources
amount33000.0
recipientNorthern Arizona University
sourceNorthern Arizona University
matchingtrue
totalFunds33000.0
year2011
fundingSources
amount25822.0
recipientNorthern Arizona University
sourceArizona Game and Fish Department
matchingtrue
totalFunds25822.0
year2012
fundingSources
amount25045.0
recipientNorthern Arizona University
sourceArizona Game and Fish Department
matchingtrue
totalFunds25045.0
year2012
fundingSources
amount30141.0
recipientNorthern Arizona University
sourceArizona Game and Fish Department
matchingtrue
totalFunds30141.0
year2012
fundingSources
amount22228.0
recipientNorthern Arizona University
sourceNorthern Arizona University
matchingtrue
totalFunds22228.0
totalFunds358471.0

Map

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ScienceBase WMS

Communities

  • Desert Landscape Conservation Cooperative
  • LC MAP - Landscape Conservation Management and Analysis Portal

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Additional Information

Identifiers

Type Scheme Key
USBR USBR R11AC81532

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