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Screen capture of ModelMuse with an "object" that will be used to define a boundary condition.
SUTRA Boundary Conditions and Observations
SUTRA Boundary Conditions and Observations
SUTRA Boundary Conditions and Observations

Screen capture of ModelMuse with the words "Objects are used to specify boundary conditions and observations."

ModelMuse screen capture with a visualization of the permeability tensor.
Permeability in SUTRA
Permeability in SUTRA
Permeability in SUTRA

Screen capture of ModelMuse with a visualization of the SUTRA permeability. The image is intended to be used as a thumbnail for a video.

Screen capture of ModelMuse with a visualization of the SUTRA permeability. The image is intended to be used as a thumbnail for a video.

ModelMuse screen capture with the words "To define time schedules, select 'ModelSUTRA Time Controls.'"
SUTRA Time Schedules
SUTRA Time Schedules
SUTRA Time Schedules

This image is a screen capture of ModelMuse with the words "To define time schedules, select 'ModelSUTRA Time Controls.'"

This image is a screen capture of ModelMuse with the words "To define time schedules, select 'ModelSUTRA Time Controls.'"

ModelMuse screen capture showing a mesh created in ModelMuse.
Generating a Mesh in ModelMuse
Generating a Mesh in ModelMuse
Generating a Mesh in ModelMuse

ModelMuse screen capture to be used as a thumbnail for a video about creating meshes.

Drought Conditions in the lower Apalachicola-Chattahoochee-Flint River Basin in July 2011
Drought Conditions in the lower Apalachicola-Chattahoochee-Flint River
Drought Conditions in the lower Apalachicola-Chattahoochee-Flint River
Drought Conditions in the lower Apalachicola-Chattahoochee-Flint River

Drought Conditions in the lower Apalachicola-Chattahoochee-Flint River Basin in July 2011: USGS measured streamflow at 267 sites in the lower ACF Basin and western and central parts of the Aucilla–Suwanee–Ochlockonee River basin during July 2011 to measure the effects of drought and irrigation withdrawals on streamflow.

Drought Conditions in the lower Apalachicola-Chattahoochee-Flint River Basin in July 2011: USGS measured streamflow at 267 sites in the lower ACF Basin and western and central parts of the Aucilla–Suwanee–Ochlockonee River basin during July 2011 to measure the effects of drought and irrigation withdrawals on streamflow.

Photo of Steve Peterson making a stream discharge measurement.
Steve Peterson making a stream discharge measurement.
Steve Peterson making a stream discharge measurement.
Steve Peterson making a stream discharge measurement.

USGS Nebraska Water Science Center Elkhorn-Loup Model project chief, Steve Peterson, making a stream discharge measurement. The project collected hundreds of discharge measurements in 2006 to determine base flow in the study area.

USGS Nebraska Water Science Center Elkhorn-Loup Model project chief, Steve Peterson, making a stream discharge measurement. The project collected hundreds of discharge measurements in 2006 to determine base flow in the study area.

Thermal infrared mosaic of Quartzville Creek, OR, with scale bar
Thermal infrared mosaic of Quartzville Creek, OR
Thermal infrared mosaic of Quartzville Creek, OR
Thermal infrared mosaic of Quartzville Creek, OR

Thermal infrared mosaic of Quartzville Creek, OR. These images were captured on the year 2000 as part of an airborne thermal infrared survey conducted in the Santiam River basin, OR. The images were orthorectified and mosaicked into a single raster in order to identify and visualize thermal heterogeneity.

Thermal infrared mosaic of Quartzville Creek, OR. These images were captured on the year 2000 as part of an airborne thermal infrared survey conducted in the Santiam River basin, OR. The images were orthorectified and mosaicked into a single raster in order to identify and visualize thermal heterogeneity.

Historic water tower in Chicago.
Historic Chicago water tower.
Historic Chicago water tower.
Historic Chicago water tower.

The historic water tower in Chicago, IL, built in 1869 and now a museum.

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