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This Science Base page is for transfer of files related to the work of the Water Reuse Program. This location is to be used for transfering large files and spatial data among project members. Data posted here is data created by project members and not otherwise published or accessible elsewhere. These pages are orginized as Spatial (point covergaes, polygon shapefiles etc) and Tabular Data (NWIS pulls, Climate pulls, etc) as such: Code-> Python R Spatial Data-> Surface Water Ground Water Tabular Data-> Climate NWIS flow data Ag Census
The Ohio-Kentucky-Indiana Water Science Center looks forward to helping you achieve your goals by providing water quantity and quality information, as well as scientific tools and understanding, when and where they are needed by citizens, businesses, and public officials.
Tags: Edge-of-Field Monitoring,
Great Lakes Restoration Initiative,
LiDAR mapping,
NAWQA,
Ohio River Basin, All tags...
bathymetry,
biological community monitoring,
biology,
bridge scour,
dam safety,
droughts,
ecological flows,
flood inundation mapping,
floods,
fluvial erosion hazards,
groundwater,
habs,
harmful algal blooms,
hydrographic surveys,
hydrologic modeling,
invasive species,
lake monitoring,
lakes,
low flows,
microbiology,
microbiology lab,
nutrients,
peak flows,
sediment-source tracking,
spill response,
streamflow,
super gages,
surface water,
unmanned aircraft systems,
water availability,
water budgets,
water quality,
water use,
watershed monitoring, Fewer tags
The USGS Ecosystems Mission Area Water Quality Across Regional Stream Networks project focuses on the generation, flux, and biogeochemistry of water quality constituents at multiple temporal and spatial scales in stream networks. Water quality in streams is influenced by landscape and climatic factors along with biogeochemical reactions occurring within the water column or sediments. However, the prevailing drivers of water quality differ depending upon the scale considered. This project aims to analyze the behavior of water quality at multiple scales to determine the main drivers of water quality constituent concentrations and fluxes at the different scales. We work from the scale of soil/sediment-water interface...
Our mission is to provide , timely, reliable, impartial scientific information to our local, state, tribal, and federal partners so they can efficiently manage the water resources within their jurisdictions. Our data and research also help to protect the citizens of Idaho against floods, droughts, and other natural hydrologic hazards. Our science focuses on four basic areas of data collection and research: Surface water resources including rivers, lakes, and reservoirs Groundwater resources, both cold water and geothermal Water quality Water use and availability
Tags: NAWQA,
bathymetry,
bridge scour,
drilling,
droughts, All tags...
ecological flows,
flood inundation mapping,
floods,
fluvial erosion,
geophysical logging,
groundwater,
habs,
harmful algal blooms,
hazards,
hydrographic surveys,
hydrologic modeling,
invasive species,
lake monitoring,
low flows,
microplastics,
reservoirs,
sediment,
streamflow,
surface water,
water availability,
water budgets,
water quality,
water use,
watershed monitoring, Fewer tags
The mission of the U.S. Geological Survey Colorado Water Science Center is to be the principal source of timely, high-quality science information on Colorado’s water resources, and to be a leader in providing an understanding of how those resources relate to the people and environment of the state. This will help planners, managers, and others to make the decisions necessary for the wise use of these limited and shared resources.
Tags: Colorado,
Harmful algal bloom,
NAWQA,
StreamStats,
bathymetry, All tags...
bridge scour,
drought,
flood inundation,
fluvial erosion,
geophysical logging,
groundwater,
habs,
hazards,
hydrologic modeling,
mining,
salinity,
sediment,
selenium,
snowpack,
streamflow,
surface water,
water availability,
water budgets,
water quality,
water resources,
water use,
watershed monitoring,
wildfire, Fewer tags
The Water Resources Mission Area - Social & Economic Drivers Program provides improved understanding of the impacts and interaction of socioeconomics and water availability. Research focuses on improved understanding of socioeconomic influence on water demand, use, and movement regionally; as well as National drivers to improve the ability of the National Water Census to forecast availability under a variety of conditions. This Sciencebase community will be a space for projects within the Social & Economic Drivers Program to store, manage, and share data.
A data and code repository for studies conducted as part of the Delaware River Basin (DRB) Integrated Water Availability Assessments program. The community serves as a site where hydrologic, physical, chemical, biological, and landscape data can be stored and used for modeling and geospatial analysis to improved understanding of water availability in the DRB.
Types: Map Service,
OGC WFS Layer,
OGC WMS Layer,
OGC WMS Service;
Tags: Delaware River Basin,
Integrated Water Availability Assessment,
Integrated Water Science,
groundwater,
surface water, All tags...
water availability,
water quality,
water use, Fewer tags
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