Data Visualizations

Use this web application to obtain earthquake hazards data from the U.S. Hazard Model.

Lakes in Wisconsin are getting warmer, and fish communities are changing as a result. Understanding recent trends and anticipating future changes can help decision-makers protect resilient populations, adapt to new conditions, and effectively communicate realistic expectations.

Global Vs30 Mosaic Map Viewer based on topographic slope, with custom embedded maps for Vs30 (the time-averaged shear-wave velocity to 30 m depth) models and data.

The Landsat Archive Dashboard provides interactive map views of Landsat Collection 2 products per WRS-1 or WRS-2 by Path/Row. There are three Landsat archive maps: Landsat 4 – 9 daytime, Landsat 4 – 9 nighttime, and Landsat 1 – 3. A product summary statistics page is also provided for Landsat 1 – 9. Maps and the statistics page can be filtered on multiple categories.

A geonarrative highlighting the Climate Adaptation Science Center's science, partnerships, and capacity building activities from Fiscal Year 2021.

The CRMS network includes 391 sites with standardized data collection techniques and fixed sampling schedules. Monitoring data including hydrologic, accretion, herbaceous marsh vegetation, forested swamp vegetation, soil properties, surface elevation, and land/water composition are available for download from the CRMS website.

Radon, a colorless and odorless gas, is commonly found in groundwater in Pennsylvania. This web tool allows interactive display of Pennsylvania Water Science Center measurements of radon in groundwater samples from wells. All data presented here is publicly available and a data download tool is provided that will output all currently-displayed data. 

In response to recent harmful algal blooms (HABs) that have occurred in many of the large water storage reservoirs in the Willamette River Basin the USGS is measuring related water-quality parameters in Detroit Lake, Blue River Lake, and Cougar Lake. The USGS has also developed profiler tools that allow users to see how the water quality parameters vary with depth in those reservoirs.

View data plots from geomagnetic observatories in near-realtime.

Displaying water-quality data with depth over time at a single location has always presented a challenge. These data visualizations were developed as a response to that issue by Katherine Jones, USGS Office of Quality Assurance.

This geonarrative provides an overview of Mauna Loa’s eruptive history and hazards and includes interactive maps and datasets to help residents prepare for the next eruption.

The Arctic Rivers Project will weave together Indigenous knowledges, monitoring, and the modeling of climate, rivers (flows, temperature, ice), and fish to improve understanding of how Arctic rivers, ice transportation corridors, fish, and communities might be impacted by and adapt to climate change.