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Changes to Watershed Vulnerability under Future Climates, Fire Regimes, and Population Pressures

A Northwest CSC Funding Opportunity 2014 Project

Dates

Start Date
2014-05-13
End Date
2016-05-12
Release Date
2014

Summary

The project aimed to use existing models and data to understand how wildfires (number, size, and location) and land-use change will affect watersheds, and therefore water supply, under current conditions and future climates (through 2050) in the western U.S. The projected changes in temperature and precipitation are expected to affect water supply in two major ways: 1) decreased water availability, and 2) increased risk to watersheds via loses from fire. As the western population is projected to grow by 310 million people by 2100, this will potentially increase demand for diminishing supplies if housing growth occurs in rangelands or forested lands. Understanding watershed vulnerabilities due to changing climate, fire regime, and population [...]

Child Items (4)

Contacts

Attached Files

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NW-2014-1_Fire_BoulderCO_BrianEbel_USGS.JPG
“Fire near Boulder, CO - Credit: Brian Ebel, USGS”
thumbnail 767.24 KB image/jpeg

Project Extension

parts
typeTechnical Summary
valueObjectives/Justification: Our objective is to understand how changing western fire frequency, extent, and location will affect watersheds and the ecosystem services they supply to growing western communities. Procedures/Methods: We will leverage existing datasets and models to accomplish our objective. We will couple existing wildfire simulations from multiple GCMs from the USGS LandCarbon project through 2050. The wildfire simulations will be used to inform potential vegetation change as a result of fire, then used in the InVEST Sediment Retention Model to determine present and future sedimentation rates. We will also incorporate population and housing growth projections, developed for the EPA’s Integrated Climate and Land Use Scenarios project and following the IPCC SRES storylines, to account for growing population pressures and how they will change water demand. The results will be combined to assess the importance of watersheds to surface drinking water and their potential vulnerability under climate change. Finally, the Landscape Treatment Designer program will be used to design and explore spatially explicit landscape fuel treatment scenarios to reduce the potential vulnerability of western watersheds. Expected Products and Info/Tech Transfer: Our plan for technology and information transfer is focused on outreach and applied use of our data products (primarily watershed vulnerability maps) and models (InVEST sediment retention). Through the western JFSP wildland fire consortia, LCC, and CSC communities we will give webinars, contribute fact sheets, and collaborative explore project scenarios with scientists and managers. Our products could also be used directly within wildfire management systems, specifically: 1) WFDSS, to identify watershed or subwatershed areas sensitive to post-fire erosion, 2) RAVAR, for determining values threatened by wildland fire, and 3) IFTDSS, for fuel treatment planning and prioritization.
typeCOA
valueMS3445
projectStatusCompleted

Budget Extension

annualBudgets
year2014
totalFunds94476.0
year2015
totalFunds99556.0
totalFunds194032.0

Additional Information

Identifiers

Type Scheme Key
RegistrationUUID NCCWSC 9be99f2c-3a4d-462d-af54-f6ec52c7f97b
StampID NCCWSC NW13-KJ1010

Expando Extension

object
agendas
themes
number1
nameClimate Science & Modeling
options
btrue
number2
nameResponse of Physical Systems to Climate Change
options
atrue
dtrue
number3
nameResponse of Biological Systems to Climate Change
options
ctrue
gtrue
number4
nameVulnerability and Adaptation
options
atrue
dtrue
etrue
number5
nameMonitoring and Observation Systems
options
number6
nameData, Infrastructure, Analysis, and Modeling
options
ctrue
number7
nameCommunication of Science Findings
options
btrue
nameNorthwest CSC Agenda
urlhttp://www.doi.gov/csc/northwest/upload/NW-CSC-Science-Agenda-2012-2015.pdf

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