Web Tools
Explore USGS information about Nevada's water resources with interactive web tools and applications.
USGS Core Library and Data Center
The U.S. Geological Survey (USGS) Core Library and Data Center is located inside the Nevada National Security Site (NNSS, formerly Nevada Test Site (NTS)) at Mercury, Nevada.
USGS-DOE Cooperative Studies and Groundwater Monitoring in Nevada web application
The USGS-DOE Cooperative Studies and Groundwater Monitoring in Nevada web application provides an interactive and easy-to-use interface to access groundwater levels, groundwater withdrawal, and water-temperature data for wells on and adjacent to the NNSS.
Carson River Basin Hydro Mapper
The Carson River Basin Hydro Mapper web application provides a modern and easy-to-use interface with the USGS National Water Information System (NWIS).
USGS Science Collaboration Portal for the Colorado River Basin
To help resource managers plan and mitigate long-term drought impacts in the Colorado River Basin, the USGS has launched a platform that brings together science, data, and mapping and analytical tools from across the basin in a central location.
Lake Tahoe Hydro Mapper
The Hydro Mapper is an interactive map viewer which allows users to see real-time information on stream flow discharge, stage, nutrient, turbidity, sediment loads, and storage data.
National Water Dashboard (NWD)
The National Water Dashboard (NWD) is a mobile, interactive tool that provides real-time information on water levels, weather, and flood forecasts - all in one place on a computer, smartphone, or other mobile device. The NWD presents real-time stream, lake and reservoir, precipitation, and groundwater data from more than 13,500 USGS observation stations across the country.
From Snow to Flow (data visualization story)
A majority of the water in the western U.S. comes from snowmelt, but changes in the timing, magnitude, and duration of snowmelt can alter water availability downstream. This data visualization story explores what changing snowmelt means for water in the West, and how new USGS efforts can advance snow science by modeling snowpack and snowmelt dynamics and linking these results to streamflow.