Climate Change Projections for Water Storage Investment Program (WSIP)
To aid applicants with quantification and monetization of benefits of proposed water storage projects per Chapter 8 of Proposition 1 (Water Code section 79750 et. seq.), the California Water Commission (Commission) developed a Technical Reference...
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Data and Resources
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This Technical Reference describes concepts and methods for quantifying benefits or adverse impacts that could result from water storage projects proposed for the Water Storage Investment Program (WSIP).
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These data and model products are companion information to the Technical Reference and are meant to assist applicants in the analysis of their project benefits for the Water Storage Investment Program (WSIP). The WSIP requires applicants for...
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Year 1995 historical condition with climate and sea level conditions for a thirty‐year period centered at 1995 (reference climate period 1981‐2010). Climate inputs of precipitation and temperature, plus Variable Infiltration Capacity (VIC) model...
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Year 1995 historical condition with climate and sea level conditions for a thirty‐year period centered at 1995 (reference climate period 1981‐2010). Climate inputs of precipitation and temperature, plus Variable Infiltration Capacity (VIC) model...
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Year 2030 future condition with projected climate and sea level conditions for a thirty‐year period centered at 2030 (climate period 2016‐2045). Climate inputs of precipitation and temperature, plus Variable Infiltration Capacity (VIC) model...
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Year 2030 future condition with projected climate and sea level conditions for a thirty‐year period centered at 2030 (climate period 2016‐2045). Climate inputs of precipitation and temperature, plus Variable Infiltration Capacity (VIC) model...
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Year 2030 future condition with projected climate and sea level conditions for a thirty‐year period centered at 2030 (climate period 2016‐2045). CalSim‐II model simulations of storage, flows, and diversions for the major tributaries of the Central...
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Year 2030 future condition with projected climate and sea level conditions for a thirty‐year period centered at 2030 (climate period 2016‐2045). DSM2 model simulations of Sacramento‐San Joaquin River Delta flows and salinity conditions for water...
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Year 2070 future condition with projected climate and sea level conditions for a thirty‐year period centered at 2070 (climate period 2056‐2085). Climate inputs of precipitation and temperature, plus Variable Infiltration Capacity (VIC) model...
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Year 2070 future condition with projected climate and sea level conditions for a thirty‐year period centered at 2070 (climate period 2056‐2085). Climate inputs of precipitation and temperature, plus Variable Infiltration Capacity (VIC) model...
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Year 2070 future condition with projected climate and sea level conditions for a thirty‐year period centered at 2070 (climate period 2056‐2085). CalSim‐II model simulations of storage, flows, and diversions for the major tributaries of the Central...
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Year 2070 future condition with projected climate and sea level conditions for a thirty‐year period centered at 2070 (climate period 2056‐2085). DSM2 model simulations of Sacramento‐San Joaquin River Delta flows and salinity conditions for water...
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The California Water Commission has developed the following data and model products for applicants to use in the uncertainty analysis required by Section 6004(a)(8)(A) of the Water Storage Investment Program regulations. Per the regulations, an...
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Year 2070 future condition with projected climate and sea level conditions for a thirty‐year period centered at 2070 (climate period 2056‐2085) based on GCM CNRM-CM5 and emission scenario RCP 4.5.
More information about the development of the 2070...
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Year 2070 future condition with projected climate and sea level conditions for a thirty-year period centered at 2070 (climate period 2056-2085) based on GCM CNRM-CM5 and emission scenario RCP 4.5.
More information about the development of the...
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Year 2070 future condition with projected climate and sea level conditions for a thirty‐year period centered at 2070 (climate period 2056‐2085) based on GCM HadGEM2‐ES and emission scenario RCP 8.5.
More information about the development of the...
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Year 2070 future condition with projected climate and sea level conditions for a thirty‐year period centered at 2070 (climate period 2056‐2085) based on GCM HadGEM2‐ES and emission scenario RCP 8.5.
More information about the development of the...
Additional information
License:
License not specified
spatial_coverage:
- Gridded data products cover State of California
- CalSim-II model products cover watersheds draining into Sacramento and San Joaquin Delta and water system operations of the State Water Project and Central Valley Project
Last updated:
May 14, 2020, 19:48 (UTC)