Data and Tools
Coastal and Marine Geology
Natural Hazard Science
API stands for Application Programming Interface and provides a developer with programmatic access to a proprietary software application. An API is software that makes it possible for application programs to interact with each other and share data.
StreamStats is a Web application that incorporates a Geographic Information System (GIS) to provide users with access to an assortment of analytical tools that are useful for a variety of water-resources planning and management purposes, and for engineering and design purposes.
The U.S. Geological Survey WaterAlert service sends e-mail or text (SMS) messages when certain parameters, as measured by a USGS real-time data-collection station, exceed user-definable thresholds. The development and maintenance of the WaterAlert system is supported by the USGS and its partners, including numerous federal, state, and local agencies.
An interactive map provides access to estimates of depth-to-water and water-table elevation for the Portland, Oregon, metropolitan area, along with estimates of their relative uncertainty.
StreamStats is a Web-based Geographic Information Systems (GIS) application that provides users with access to an assortment of analytical tools that are useful for a variety of water-resources planning and management purposes, and for engineering and design purposes.
The USGS sediment data portal helps users identify, access, and interpret USGS suspended-sediment and related data. It allows users to view the location of sediment sites in the context of various geospatial data layers and has tools to let users select sites of interest. Daily and/or discrete suspended sediment, streamflow, and related data can then be downloaded for the entire country.
The interactive sea-level rise visualization tool results from a collaborative effort between NOAA's Coastal Services Center, USGS WARC, and USGS Mississippi Water Science Center. The tool illustrates the scale of potential flooding, but not the exact location, and does not account for erosion, subsidence, sediment accretion, or future construction.
WARC's Advanced Applications Team develops and maintains databases and applications to help the Alabama Department of Transportation and the U.S. Fish and Wildlife Service ensure new road construction and existing road maintenance at waterway crossings don't adversely affect threatened and endangered species dependent on those waterways.
This showcases the data and analytical products from studies related to habitat change, storm surge and ecological modeling, migratory bird impacts, and other studies conducted at WARC and funded by the Disaster Relief Appropriations Act of 2013. WARC's Advanced Applications Team also supports the efforts of scientists conducting research in Hurricane Sandy-impacted areas.
CRMS is the largest of all Coastal Wetlands Planning, Protection and Restoration Act (CWPRRA) funded projects and has established a network of ~400 biological monitoring stations across coastal Louisiana spanning all coastal habitat types and generating tremendous volumes of data.
MsCIP was developed in 2009 by the U.S. Army Corps of Engineers, Mobile District, in conjunction with other Federal and State agencies, to help reduce future storm damage along the Mississippi Gulf coast. In 2014, in cooperation with the USACE Mobile District, WARC's Advanced Applications Team began development on the MsCIP Data Viewer, an interactive web-mapping environment.
CWPPRA is the oldest and largest coastal restoration effort operating across coastal Louisiana and has constructed 105 restoration projects since its establishment over 20 years ago. WARC's Advanced Applications Team has proudly worked with the CWPPRA Task Force over the years to ensure timely and accurate project-specific information is publicly available.
The JEM community of practice is focused on ecological modeling and monitoring across the Greater Everglades, with particular interest in habitats, how various factors affect habitat change, and how the organisms dependent on those habitats respond today and into the future.