Videos

This video shows how to plot of the residuals between the observed heads and the simulated heads in ModelMuse.
 

In the USGS software ModelMuse, "Objects" are used to specify spatially varying data. Sometimes it is useful to be able to edit several of these objects at the same time. This video shows how.
 

This video demonstrates how to export an image from ModelMuse into an editable image of the top, front, or side view of your model.
 

This video shows how to to import a MODFLOW-2005 model into ModelMuse
 

This video describes how to import Shapefiles into ModelMuse and use them to help set up a groundwater flow model.
 

This video illustrates differences among the various interpolation methods in ModelMuse.
 

This video shows how to use ModelMuse to specify layers in MODFLOW that vary in elevation.
 

This video shows how to measure distances in a model using ModelMuse
 

This video describes how to set up quasi-3D models in ModelMuse.
 

This video shows how to use the status bar in ModelMuse to obtain information about your model.
 

-- a special USGS public lecture celebrating the inaugural Bay Area Science Festival

by Patrick Barnard and William Ellsworth

America has questions about climate change, and the USGS has real answers. In this episode of Climate Connections, USGS scientists answer questions gathered from Puerto Rico. Questions include:

- Why has the rainy season been so long in Puerto Rico?

- How is global warming impacting the island of Puerto Rico?

In this briefing USGS demonstrated a new and innovative online decision support system used to identify sources of nutrients to downstream waters, such as the Gulf of Mexico, Long Island Sound and others. The decision support system provides access to six newly-developed regional models that describe how rivers receive and transport nutrients to sensitive waters.

by Susan Haig, Wildlife Ecologist

Following the Condit Dam removal, a significant amount of bedload sediment was transported downstream. As the material moved along the river bottom, dunes began to form then collapse. This dune formation is seen through the waveform action as the stream's normal laminar flow is replaced by whitecap wave forms before returning, once again, to laminar flow.

Video showing the fast-moving upper section of the lava stream on the relatively steep eastern flank of Pu‘u ‘Ō‘ō. The video pans to the left to show the smaller lava stream eruption from the lower (eastern) end of the fissure.

Video showing a 6 m (20 ft) high lava cascade near the eastern base of Pu‘u ‘Ō‘ō. This is the same lava stream shown in the previous two videos. The lava stream continues on several hundred more meters (yards) before transitioning into rubbly pāhoehoe and ‘a‘ā and stalling well short of yesterday’s flow front, which is now inactive.

This clip shows a pair of wedge-tailed shearwaters (Puffinus pacificus) as imaged with a camera sensitive to near infrared light. The shearwaters appear out of the night sky at a distance of about 100 meters, and fly along the coast directly towards the camera. This clip demonstrates the application of high-resolution cameras to image nocturnal seabird activity.

--issues facing current and future water supplies

by William Alley, USGS Office of Groundwater

The camera was set up to frequently take pictures of the stream during Hurricane Lee. This photography is part of a larger project by the USGS National Research Program, the Virginia Water Science Center and the Maryland Water Science Center examining sediment flow.

Difficult Run near USGS streamgage 1645704 and Difficult Run downstream of W&OD Trail

The camera was set up to frequently take pictures of the stream during Hurricane Lee. This photography is part of a larger project by the USGS National Research Program, the Virginia Water Science Center and the Maryland Water Science Center examining sediment flow.

Difficult Run (near USGS streamgage 1645704)