The Mekong is one of the world's great rivers cascading through six Asian countries from the Tibetan Plateau to the South China Sea, connecting China, Myanmar, Laos, Thailand, Cambodia and Vietnam. How one country uses or changes the waters of the Mekong upstream can have important implications for the health of the river and people downstream.
Videos
Explore videos related to water science and products.
video thumbnail: Forecast Mekong: Visualizing Shared Waters
The Mekong is one of the world's great rivers cascading through six Asian countries from the Tibetan Plateau to the South China Sea, connecting China, Myanmar, Laos, Thailand, Cambodia and Vietnam. How one country uses or changes the waters of the Mekong upstream can have important implications for the health of the river and people downstream.
video thumbnail: Chasing the Mud: The Mississippi River Flood of 2011
Chasing the Mud: The Mississippi River Flood of 2011
Chasing the Mud: The Mississippi River Flood of 2011The 2011 Mississippi River flood was among the largest and most damaging to occur along this waterway in the past century. This major flood event dramatically increased the flow of water and sediment down the main channel of the Mississippi River and its tributary, the Atchafalaya River.
Chasing the Mud: The Mississippi River Flood of 2011
Chasing the Mud: The Mississippi River Flood of 2011The 2011 Mississippi River flood was among the largest and most damaging to occur along this waterway in the past century. This major flood event dramatically increased the flow of water and sediment down the main channel of the Mississippi River and its tributary, the Atchafalaya River.
Dr. Jane Lubchenco, NOAA administrator (left), The Honorable Terrence (Rock) Salt, principal deputy assistant secretary of the Army for Civil Works (middle), and Dr. Marcia McNutt, director of the U.S.
Dr. Jane Lubchenco, NOAA administrator (left), The Honorable Terrence (Rock) Salt, principal deputy assistant secretary of the Army for Civil Works (middle), and Dr. Marcia McNutt, director of the U.S.
A training video discussing how to calibrate the electronic tape.
A training video discussing how to calibrate the electronic tape.
A Conversation with Bob Hirsch- The Science of Rowing
A Conversation with Bob Hirsch- The Science of RowingDr. Robert Hirsch, Chief Hydrologist for the U.S. Geological Survey (1994-2008), talks with Jody Eimers about how rowing provides a metaphor for USGS Science.
A Conversation with Bob Hirsch- The Science of Rowing
A Conversation with Bob Hirsch- The Science of RowingDr. Robert Hirsch, Chief Hydrologist for the U.S. Geological Survey (1994-2008), talks with Jody Eimers about how rowing provides a metaphor for USGS Science.
A Conversation with Bob Hirsch- Science Communication
A Conversation with Bob Hirsch- Science CommunicationDr. Robert Hirsch, Chief Hydrologist for the U.S. Geological Survey (1994-2008), talks with Jody Eimers about science communication.
A Conversation with Bob Hirsch- Science Communication
A Conversation with Bob Hirsch- Science CommunicationDr. Robert Hirsch, Chief Hydrologist for the U.S. Geological Survey (1994-2008), talks with Jody Eimers about science communication.
Dr. Robert Hirsch, Chief Hydrologist for the U.S. Geological Survey (1994-2008), talks with Jody Eimers about leadership.
Dr. Robert Hirsch, Chief Hydrologist for the U.S. Geological Survey (1994-2008), talks with Jody Eimers about leadership.
Bob Hirsch- Birth of a National Water-Quality Assessment
Bob Hirsch- Birth of a National Water-Quality AssessmentDr. Robert Hirsch, Chief Hydrologist for the U.S. Geological Survey (1994-2008), talks with Jody Eimers about the creation of the National Water-Quality Assessment (NAWQA) program.
Bob Hirsch- Birth of a National Water-Quality Assessment
Bob Hirsch- Birth of a National Water-Quality AssessmentDr. Robert Hirsch, Chief Hydrologist for the U.S. Geological Survey (1994-2008), talks with Jody Eimers about the creation of the National Water-Quality Assessment (NAWQA) program.
Dr. Robert Hirsch, Chief Hydrologist for the U.S. Geological Survey (1994-2008), talks with Jody Eimers about emerging water-resourse issues and research challengers for the USGS.
Dr. Robert Hirsch, Chief Hydrologist for the U.S. Geological Survey (1994-2008), talks with Jody Eimers about emerging water-resourse issues and research challengers for the USGS.
Dr. Robert Hirsch, Chief Hydrologist for the U.S. Geological Survey (1994-2008), talks with Jody Eimers about "messaging"-- the art of communicating within the USGS.
Dr. Robert Hirsch, Chief Hydrologist for the U.S. Geological Survey (1994-2008), talks with Jody Eimers about "messaging"-- the art of communicating within the USGS.
Art Horowitz (U.S. Geological Survey) describes the U.S. Geological Survey study to estimate amounts of chemicals washed to the oceans from the continental United States.
Art Horowitz (U.S. Geological Survey) describes the U.S. Geological Survey study to estimate amounts of chemicals washed to the oceans from the continental United States.
video thumbnail: White River at Hazleton, IN, bank full conditions
This video clip was captured from a boat while collecting water quality samples on the White River on April 20th, 2011. The gage height at the time was 17.39* feet and discharge was 32,900* cubic feet per second. The conditions seen here are considered bank full, which is the point at which the flow of the river completely fills river channel. 
This video clip was captured from a boat while collecting water quality samples on the White River on April 20th, 2011. The gage height at the time was 17.39* feet and discharge was 32,900* cubic feet per second. The conditions seen here are considered bank full, which is the point at which the flow of the river completely fills river channel. 
Anne Hoos and Ana Garcia discuss why data is important for the USGS nutrient loading model SPARROW.
Anne Hoos and Ana Garcia discuss why data is important for the USGS nutrient loading model SPARROW.
Anne Hoos and Ana Garcia discuss why data is important for the USGS nutrient loading model SPARROW.
Anne Hoos and Ana Garcia discuss why data is important for the USGS nutrient loading model SPARROW.
It's a bird, it's a plane, it's SPARROW!. Anne Hoos and Ana Garcia define the USGS nutrient-loading model SPARROW that has been developed for the Southeast U.S.
It's a bird, it's a plane, it's SPARROW!. Anne Hoos and Ana Garcia define the USGS nutrient-loading model SPARROW that has been developed for the Southeast U.S.
The art and science of SPARROW modeling. The steps of developing the SPARROW model. The other eight arts are: Architecture, Sculpture, Painting, Music, Poetry, Dance, Theater and Cinema.
The art and science of SPARROW modeling. The steps of developing the SPARROW model. The other eight arts are: Architecture, Sculpture, Painting, Music, Poetry, Dance, Theater and Cinema.
video thumbnail: Big Fork River at Big Falls, Minnesota, April 13, 2011
Big Fork River at Big Falls, Minnesota, April 13, 2011
Big Fork River at Big Falls, Minnesota, April 13, 2011USGS hydrologists recorded flood stage flow creating rapids on Big Fork River at Big Falls, MN on April 13, 2011
For more information about this flood and to view real-time streamflow information, go to http://mn.water.usgs.gov/
Big Fork River at Big Falls, Minnesota, April 13, 2011
Big Fork River at Big Falls, Minnesota, April 13, 2011USGS hydrologists recorded flood stage flow creating rapids on Big Fork River at Big Falls, MN on April 13, 2011
For more information about this flood and to view real-time streamflow information, go to http://mn.water.usgs.gov/
video thumbnail: Monitoring suspended sediment for dam removal
The U.S. Geological Survey is monitoring suspended sediment transport at the Patapsco River Simkins dam removal site in Maryland.
The U.S. Geological Survey is monitoring suspended sediment transport at the Patapsco River Simkins dam removal site in Maryland.
video thumbnail: Multi-agency coordination leads to successful dam removal, Simkins Dam, Patapsco River Maryland
Multi-agency coordination leads to successful dam removal, Simkins Dam, Patapsco River Maryland
Multi-agency coordination leads to successful dam removal, Simkins Dam, Patapsco River MarylandFaith Fitzpatrick (U.S. Geological Survey) and Serena McClain (American Rivers, Director, River Restoration) discuss the history of how the dam removal became possible. Allen Gellis (USGS Maryland Water Science Center) discusses the importance of monitoring sediment transport related to dam removal.
Multi-agency coordination leads to successful dam removal, Simkins Dam, Patapsco River Maryland
Multi-agency coordination leads to successful dam removal, Simkins Dam, Patapsco River MarylandFaith Fitzpatrick (U.S. Geological Survey) and Serena McClain (American Rivers, Director, River Restoration) discuss the history of how the dam removal became possible. Allen Gellis (USGS Maryland Water Science Center) discusses the importance of monitoring sediment transport related to dam removal.
video thumbnail: Multi-agency coordination leads to successful dam removal, Simkins Dam, Patapsco River Maryland
Multi-agency coordination leads to successful dam removal, Simkins Dam, Patapsco River Maryland
Multi-agency coordination leads to successful dam removal, Simkins Dam, Patapsco River MarylandFaith Fitzpatrick (U.S. Geological Survey) and Serena McClain (American Rivers, Director, River Restoration) discuss the history of how the dam removal became possible. Allen Gellis (USGS Maryland Water Science Center) discusses the importance of monitoring sediment transport related to dam removal.
Multi-agency coordination leads to successful dam removal, Simkins Dam, Patapsco River Maryland
Multi-agency coordination leads to successful dam removal, Simkins Dam, Patapsco River MarylandFaith Fitzpatrick (U.S. Geological Survey) and Serena McClain (American Rivers, Director, River Restoration) discuss the history of how the dam removal became possible. Allen Gellis (USGS Maryland Water Science Center) discusses the importance of monitoring sediment transport related to dam removal.
video thumbnail: Ecosystem restoration in the Chesapeake Bay headwaters, Severn River Tributary, Anne Arundel County Maryland
Ecosystem restoration in the Chesapeake Bay headwaters, Severn River Tributary, Anne Arundel County Maryland
Ecosystem restoration in the Chesapeake Bay headwaters, Severn River Tributary, Anne Arundel County MarylandFaith Fitzpatrick (U.S. Geological Survey), Hala Flores (Anne Arundel County Department of Public Works), Ronald Bowen (Anne Arundel County Department of Public Works), and Keith Underwood (Underwood and Assoc.) talk about stream restoration projects associated with Anne Arundel County's new office complex.
Ecosystem restoration in the Chesapeake Bay headwaters, Severn River Tributary, Anne Arundel County Maryland
Ecosystem restoration in the Chesapeake Bay headwaters, Severn River Tributary, Anne Arundel County MarylandFaith Fitzpatrick (U.S. Geological Survey), Hala Flores (Anne Arundel County Department of Public Works), Ronald Bowen (Anne Arundel County Department of Public Works), and Keith Underwood (Underwood and Assoc.) talk about stream restoration projects associated with Anne Arundel County's new office complex.