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Dr. Lea Davidson (center) and Dr. John Lane (left) explain how USGS remote sensed data products can be processed to create a data visualization dashboard that supports water resource management in the Kyrgyz Republic.
Dr. Lea Davidson (center) and Dr. John Lane (left) explain how USGS remote sensed data products can be processed to create a data visualization dashboard that supports water resource management in the Kyrgyz Republic.
Anteneh Sarbanes (right) in a post meeting discussion with Kyrgyz researchers from the Institute of Water Problems and Hydropower of the National Academy of Sciences of the Kyrgyz Republic.
Anteneh Sarbanes (right) in a post meeting discussion with Kyrgyz researchers from the Institute of Water Problems and Hydropower of the National Academy of Sciences of the Kyrgyz Republic.
USGS scientists Anteneh Sarbanes, Dr. Lea Davidson, Kristina Masterson, and Dr. John Lane stand outside Embassy Bishkek, Kyrgyz Republic.
USGS scientists Anteneh Sarbanes, Dr. Lea Davidson, Kristina Masterson, and Dr. John Lane stand outside Embassy Bishkek, Kyrgyz Republic.
Ala-Archa River is a glacier-fed river that flows though Ala-Archa National Park in the Chuy Region of the Kyrgyz Republic. This river is typical of many glacier and snow melt-fed rivers in the Kyrgyz Republic. Analysis of remote sensed data will provide insight to the extent of glaciers and snow cover that contribute to river flow.
Ala-Archa River is a glacier-fed river that flows though Ala-Archa National Park in the Chuy Region of the Kyrgyz Republic. This river is typical of many glacier and snow melt-fed rivers in the Kyrgyz Republic. Analysis of remote sensed data will provide insight to the extent of glaciers and snow cover that contribute to river flow.
Researchers from the U.S. Geological Survey and the Ministry of Water Resources and Irrigation of the Republic of Kazakhstan gather on the USGS Boise campus during a week‑long scientific and technical exchange focused on groundwater monitoring network modernization.
Researchers from the U.S. Geological Survey and the Ministry of Water Resources and Irrigation of the Republic of Kazakhstan gather on the USGS Boise campus during a week‑long scientific and technical exchange focused on groundwater monitoring network modernization.
USGS staff demonstrate how to conduct a borehole camera survey in a monitoring well for visiting researchers from the Ministry of Water Resources and Irrigation of the Republic of Kazakhstan. Borehole camera surveys provide valuable insight into conditions within the well such as fouling of the screen and leaky casing joints.
USGS staff demonstrate how to conduct a borehole camera survey in a monitoring well for visiting researchers from the Ministry of Water Resources and Irrigation of the Republic of Kazakhstan. Borehole camera surveys provide valuable insight into conditions within the well such as fouling of the screen and leaky casing joints.
This is an Office of International Programs (OIP) science highlight featuring groundwater remote sensing and optimizations in Kenya.
This is an Office of International Programs (OIP) science highlight featuring groundwater remote sensing and optimizations in Kenya.
In this video segment, the U.S. Geological Survey (USGS), Lower Mississippi Gulf Water Science Center (LMGWSC) scientists give a detailed description of how the USGS uses Acoustic Doppler Current Profilers, (ADCP) to measure flow along the lower Mississippi River.
In this video segment, the U.S. Geological Survey (USGS), Lower Mississippi Gulf Water Science Center (LMGWSC) scientists give a detailed description of how the USGS uses Acoustic Doppler Current Profilers, (ADCP) to measure flow along the lower Mississippi River.
In this video segment (Episode 3, Part A), the U.S. Geological Survey (USGS), Lower Mississippi Gulf Water Science Center (LMGWSC) scientists give a detailed description of how the USGS deploys heavy samplers to collect discrete water samples for suspended sediment, and bed material on large rivers like the Mississippi River.
In this video segment (Episode 3, Part A), the U.S. Geological Survey (USGS), Lower Mississippi Gulf Water Science Center (LMGWSC) scientists give a detailed description of how the USGS deploys heavy samplers to collect discrete water samples for suspended sediment, and bed material on large rivers like the Mississippi River.
In this video segment, the U.S. Geological Survey (USGS), Lower Mississippi Gulf Water Science Center (LMGWSC) scientists give a preview of how the USGS is currently working to design a new generation large river sampler. This new sampler will incorporate all functions of previously developed USGS depth and point samplers.
In this video segment, the U.S. Geological Survey (USGS), Lower Mississippi Gulf Water Science Center (LMGWSC) scientists give a preview of how the USGS is currently working to design a new generation large river sampler. This new sampler will incorporate all functions of previously developed USGS depth and point samplers.
(Episode 3, Part B) In this video segment, the U.S. Geological Survey (USGS), Lower Mississippi Gulf Water Science Center (LMGWSC) scientists give a detailed description of how the USGS deploys heavy samplers to collect discrete water samples for suspended sediment, and bed material on large rivers like the Mississippi River.
(Episode 3, Part B) In this video segment, the U.S. Geological Survey (USGS), Lower Mississippi Gulf Water Science Center (LMGWSC) scientists give a detailed description of how the USGS deploys heavy samplers to collect discrete water samples for suspended sediment, and bed material on large rivers like the Mississippi River.
In this video segment, Physical Scientists from the U.S. Geological Survey (USGS) Lower Mississippi Gulf Water Science Center (LMGWSC) give an overview of USGS monitoring efforts along the Lower Mississippi River. General sampling logistics and monitoring frequencies are also shown.
In this video segment, Physical Scientists from the U.S. Geological Survey (USGS) Lower Mississippi Gulf Water Science Center (LMGWSC) give an overview of USGS monitoring efforts along the Lower Mississippi River. General sampling logistics and monitoring frequencies are also shown.