Methow River Basin

Data


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Climate Change - Preliminary, subject to change

The following are an example of the simulated output that will be available. The data is the simulated output for one of 13 runoff variables, segment_cfs 204 which represents the simulated discharge of the Methow River at Pateros.

Description of Emission Scenario Data Files

SRESa2 - Years 2001-2099 - Very heterogeneous world with high population growth and slow economic growth
Using the BCC-BCM2.0 model - Bjerknes Centre for Climate Research, Norway	CSV
Using the CSIRO-Mk3.0 model - Commonwealth Scientific and Industrial Reserch Org., Australia	CSV
Using the CSIRO-Mk3.5 model - Commonwealth Scientific and Industrial Reserch Org., Australia	CSV
Using the INM-CM3.0 model - Institute for Numerical Mathematics, Russia	CSV
Using the MICROC3.2 model - National Institute for Environmental Studies, Japan	CSV

SRESb1 - Years 2001-2099 - Convergent world with low population growth and rapid changes in economic structure
Using the BCC-BCM2.0 model - Bjerknes Centre for Climate Research, Norway	CSV
Using the CSIRO-Mk3.0 model - Commonwealth Scientific and Industrial Reserch Org., Australia	CSV
Using the CSIRO-Mk3.5 model - Commonwealth Scientific and Industrial Reserch Org., Australia	CSV
Using the INM-CM3.0 model - Institute for Numerical Mathematics, Russia	CSV
Using the MICROC3.2 model - National Institute for Environmental Studies, Japan	CSV

SRESa1b - Years 2001-2099 - World with very rapid economic growth, a gobal population that peaks in mid-century and rapid introcution of new and more efficient technologies balance across all sources
Using the BCC-BCM2.0 model - Bjerknes Centre for Climate Research, Norway	CSV
Using the CSIRO-Mk3.0 model - Commonwealth Scientific and Industrial Reserch Org., Australia	CSV
Using the CSIRO-Mk3.5 model - Commonwealth Scientific and Industrial Reserch Org., Australia	CSV
Using the INM-CM3.0 model - Institute for Numerical Mathematics, Russia	CSV
Using the MICROC3.2 model - National Institute for Environmental Studies, Japan	CSV

A Summary of These Model Runs
Boxplot chart of simulated flow for the years 2030, 2060, and 2090.	PDF*
"Range" chart showing predicted flow over time for 3 Emission Scenarios. For a single scenario, the top line is the maximum simulated value and the lower line is the minimum values (producing the "range") and the dotted line is the average.	PDF*

Surface Water for historic flow, results from project publication

Precipitation - runoff simulations of current and natural streamflow conditions in the Methow River basin, Washington

Tables
Description of streamflow-gaging stations in the Methow River Basin	PDF*
Simulated minimum, maximum, and mean monthly streamflows and standard deviations for the Methow River Basin, water years 1959-99 (table format)	PDF*
Simulated and measured mean annual streamflows, simulated streamflow as a percentage of measured, and bias for water years 1992-99 (table format)	PDF*

Graphs
Simulated and measured daily mean streamflow for U.S. Geological Survey streamflow-gaging stations at:
Methow River above Goat Creek (12447383)	PDF*
Chewuch River near Winthrop (12448000)	PDF*
Twisp River near Twisp (12448998)	PDF*
Methow River near Pateros (12449950)	PDF*

Links
Recent daily streamflow data for Methow River Basin	View
Real-time streamflow data for the Methow River Basin	View
Historical streamflow data for the Methow River Basin	View
Monthly mean discharge at U.S. Geological Survey streamflow-gaging stations	View
Surface-water-quality data for the Methow River Basin	View

Ground Water

Description of Well-Numbering System

Tables
Water levels for wells in the Methow River Basin	Tab-Delimited ASCII File	View
Construction information for individual wells	Tab-Delimited ASCII File	View

Links
Ground-water-quality data for the Methow River Basin	View

Ground-Water and Surface-Water Interactions

Tables
Discharge measurements from September 11 to 13, 2001	View

*These documents are presented in Portable Document Format (PDF); the latest version of Adobe Reader or similar software is required to view it. Download the latest version of Adobe Reader, free of charge