Images

John Kirkpatrick Wyoming-Montanna Water Science Center director in the field 

Arieal map of area by USGS 13013650 on the Snake River bridge between Moose, WY and Craig Thomas Discovery Center 

USGS topographic map of the area where Streamgage 13011000 is located downstream of Jackson Lake Dam

Aerial map of the three USGS streamgage locations for a water-quality monitoring project along the Milk River and Missouri River. 

Site map of the transboundary Kootenay River Basin depecting the mining activity, study locations and transport of selenium through the basin to the Columbia River Basin. 

Staff profile photo for Hydrologist at WY-MT Water Science Center Madison Foster 

Staff profile photo of Wyoming and Montana Water Science Center Hydrologist Cailin Brugger 

Map of the seven-state collaborators involved in Flood-Frequency Analysis in the Midwest: Addressing Potential Nonstationary Annual Peak-Flow Records

View from a research vessel on Lake Koocanusa while collecting samples for monitoring selenium

View of bridge at USGS 0617700 streamgage near Wolf Point, MT looking at the Missouri River 

David Ketchum staff profile photo for website WY-MT Water Science Center newest hydrologist 

Melissa Schaar new Staff Profile photo for WY-MT Water Science Center website 

Staff profile photo of Madison R May for the Wyoming and Montana Water Science Center 

Streamgage with water-quality sonde at USGS gage 06174500 looking towards the Milk River at Nashua, MT. Newly installed sonde for water-quality monitoring. 

Sonde for water-quality monitoring at the USGS 6175510 streamgage on the Missouri River at E Frazer Pump Plant near Frazer, Montana.

USGS 06177000 Missouri River near Wolf Point, MT streamgage looking at the Missouri river and bridge 

View from USGS streamgage 06175510 at dusk looking towards the Missouri River 

View from USGS 06177000 streamgage near Wolf Point, MT looking at the Missouri River at sunset 

Sediment that has built up on a water-quality sonde for data collection on the Missouri River 

Sediment build up within a water-quality sonde that is collecting data for continuous water-quality monitoring along the Milk River 

Figure 2.