Virginia

Filter Total Items: 141
Date published: May 19, 2016

Mapping Fort A.P. Hill Military Training Center’s Vast Wetlands

Mapping of Fort A.P Hill utilizes 2-D interpretation of 2013, 1-foot Color Infrared orthorectified imagery, affording greater detail in wetland interpretation and classification.

Contacts: William Royce Jones, Jason Dugas, Irene Huber
Date published: April 13, 2016

Understanding Coastal Change

Scientists perform a range of studies that document, assess, and model coastal change, risk, and vulnerability. Studies include historical shoreline change, the geologic structure and history of coastal regions, sediment supply and transport, sea-level rise, and how extreme storm events affect rates and impacts of coastal change.

Date published: April 13, 2016

Geologic Hazards and Catastrophic Events

We study the distribution and hazard potential of coastal and submarine events such as earthquakes and submarine landslides and associated tsunami potential, hurricane induced coastal inundation, extreme storms, sea-level rise and oil and gas spills. We also model development to help evaluate and forecast coastal hazard probability and occurrence.

Date published: April 13, 2016

Coastal and Marine Ecosystem Science

We bring together multidisciplinary expertise focused on developing tools and models to improve understanding of how healthy ecosystems function as well as how they respond to environmental changes and human impacts including ecosystem restoration. Research studies address coral reef, coastal wetland, benthic habitat and groundwater resources.

Date published: April 12, 2016
Status: Active

USGS Library

The USGS Library, managed by CSAS&L, supports all fundamental scientific research conducted within USGS. It serves both internal and external customers with comprehensive access to literature, data, and information necessary understand USGS mission areas and make critical decisions about how to proceed with research initiatives and investigations in the earth and natural sciences.

Date published: March 8, 2016

Hurricane Sandy

Over 160 of our scientists, technicians, and specialists responded to Hurricane Sandy by deploying field equipment and capturing information both before and after the storm. Our Sandy Science Plan identifies major research themes that will guide research to continue the support of the recovery activities.

Date published: January 1, 2016
Status: Active

Chesapeake Bay Water-Quality Loads and Trends

 

Explore resources here describing water-quality load and trend results for nontidal rivers of the Chesapeake Bay watershed.

The health of the Chesapeake Bay is largely driven by changes in streamflow and the amount of pollution it contains. Runoff in the Chesapeake Bay watershed carries pollutants, such as nutrients and sediments, to rivers and streams that...

Date published: January 1, 2016
Status: Active

TEST SCIENCE OBJECT - YVONNE

We don’t serve their kind here! What? Your droids. They’ll have to wait outside. We don’t want them here. Listen, why don’t you wait out by the speeder. We don’t want any trouble. I heartily agree with you sir. Negola dewaghi wooldugger?!? He doesn’t like you. I’m sorry. I don’t like you either You just watch yourself. We’re wanted men. I have the death sentence in twelve systems. I’ll be...

Contacts: Yvonne Dinh
Date published: September 30, 2015
Status: Active

James River Research Corridor: Mountains to Sea Innovative Water Quality Network

This successful partnership brings together Randolph-Macon College (RMC), Washington and Lee University (W&L), and Virginia Commonwealth University (VCU), in partnership with the US Geological Survey (USGS) to foster growth in Science, Technology, Engineering, and Math (STEM) through summer student internship experience, awareness of USGS science in the class room, and increased...

Contacts: Jennifer L Rapp, Douglas L Moyer, Dr. Charles Gowan , Dr. Robert Humston, Dr. Paul Bukaveckas , Dr. Greg Garman
Date published: September 30, 2014
Status: Active

Estimating Peak Streamflow Per Square Mile in Virginia’s Urban Basins

Models are presented that describe Virginia urban area annual peak streamflow per square mile based on basin percent urban area and basin drainage area.

Contacts: Samuel H Austin
Date published: September 30, 2014
Status: Active

Shenandoah River Instream Flow Studies

As urban and rural growth continues, competition for clean water expands into stream areas previously capable of meeting local water-use demands. Conflicts among instream and offstream users of streamflow increase as flows decrease. This research enhances understanding of summer low-flow conditions in the North Fork, South Fork, and Shenandoah Rivers, relating water availability to physical...

Contacts: Jennifer L Rapp