Data and Resources
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1995 Historical Detrended Precipitation and ET...CSV
This data is the reference dataset used to develop change factors for 2030...
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1995 Historical Detrended StreamflowZIP
This dataset is used to generate the streamflow change factors for each of...
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Statewide Gridded Precipitation and ETZIP
This dataset includes the precipitation and evapotranspiration change factors...
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Central Valley Flows and DiversionsZIP
This dataset contains point locations with streamflow for major reservoir...
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Statewide Streamflow Change FactorsZIP
This dataset includes change factors for small watersheds or watersheds...
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State Water Project Contractor DeliveriesXLSX
This dataset includes the contract amounts for deliveries to State Water...
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Central Valley Project Contractor DeliveriesXLSX
This dataset includes the contract amounts for deliveries to Central Valley...
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ArcGIS Climate Change Toolbox for MODFLOWZIP
This tool is developed to assist users in developing projected precipitation...
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ArcGIS Climate Change Toolbox for IWFMZIP
This tool is developed to assist users in developing projected precipitation...
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Second Order Correction ToolXLSX
The Second Order Correction Tool was developed to help correct for shifts in...
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Climate Change Resource GuidePDF
The Resource Guide gives GSAs and other stakeholders a high-level overview of...
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Guidance for Climate Change Data Use During...PDF
The objective of this Guidance Document is to provide Groundwater...
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Update to the 2070 Extreme Climate Change...PDF
Background and description of updates made to the 2070 extreme scenarios.
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Archive (version 1) 2070 DEW and WMW DatasetsZIP
This archive contains the 2070 extreme scenario datasets originally released...
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DWR SGMO Projected Water Year TypesPDF
This is a data development report documenting the approach for calculating...
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Projected Water Year Type DatasetsZIP
Projected Water Year Types for each of the climate change projections (2030...
Additional Info
Field | Value |
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Homepage URL | https://water.ca.gov/Programs/Groundwater-Management |
Contact Name | [email protected] |
Contact Email | [email protected] |
Frequency | Irregular |
Public Access Level | Public |
Limitations | It is the user’s responsibility to use the data and tools appropriately. Using DWR-provided data and tools does not guarantee that a projected water budget is acceptable; nor does it guarantee that a projected water budget meets any regulatory requirements. Although it is not possible to predict future hydrology and water use with certainty, the models, data, and tools provided here are considered current best available science and, when used appropriately should provide GSAs and others with a reasonable point of reference for future planning. Users should understand the uncertainty involved in projecting future conditions. The recommended 2030 and 2070 central tendency scenarios describe what might be considered most likely future conditions; there is an approximately equal likelihood that actual future conditions will be more stressful or less stressful than those described by the recommended scenarios. Therefore, users are encouraged to plan for future conditions that are more stressful than those evaluated in the recommended scenarios by analyzing the 2070 DEW and 2070 WMW scenarios. Note that mathematical (or numerical) models can only approximate physical systems and have limitations in how they compute data. Models are inherently inexact because the mathematical depiction of the physical system is imperfect, and the understanding of interrelated physical processes incomplete. However, mathematical (or numerical) models are powerful tools that, when used carefully, can provide useful insight into the processes of the physical system. |
Temporal Coverage | VIC Model Simulation Period: January 1915 to December 2011 CalSim II Model Simulation Period: 1921 to 2003 Climate Periods Represented: 2030 and 2070 |
Spatial Coverage | |
Bounding Coordinate |
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Last Updated | October 16, 2023, 16:30 (UTC) |