USGS scientist uses a weighted basket sampler to collect a Time of Travel red-dye sample at WaterOne in Olathe, Kansas.
Chantelle A Davis
Welcome to Chantelle Davis's profile.
Science and Products
Kansas River Time of Travel Study
The Kansas River provides drinking water for multiple cities in northeastern Kansas and is used for recreational purposes. Thus, improving the scientific knowledge of streamflow velocities and traveltimes will greatly aid in water-treatment plans and response to critical events and threats to water supplies. Dye-tracer studies are usually done to enhance knowledge of transport characteristics...
Collecting a red-dye sample in Olathe, Kansas
USGS scientist uses a weighted basket sampler to collect a Time of Travel red-dye sample at WaterOne in Olathe, Kansas.
USGS scientist prepares to collect a red-dye sample in Olathe, Kansas
USGS scientist Chantelle Davis prepares to collect a red-dye sample, at sunrise, for the Time of Travel study in Olathe, Kansas.
USGS scientist Chantelle Davis prepares to collect a red-dye sample, at sunrise, for the Time of Travel study in Olathe, Kansas.
Samples collected during the red-dye study trial run in Desoto, Kansas
USGS scientist watches over the many samples collected during the red-dye study trial run in Desoto, Kansas while he awaits the next sample.
USGS scientist watches over the many samples collected during the red-dye study trial run in Desoto, Kansas while he awaits the next sample.
Getting a field fluorometer reading from a red-dye study sample
USGS scientist Ian Gambill gets a field fluorometer reading from a recently collected red-dye study sample from the Kansas River in DeSoto, Kansas.
USGS scientist Ian Gambill gets a field fluorometer reading from a recently collected red-dye study sample from the Kansas River in DeSoto, Kansas.
Science and Products
Kansas River Time of Travel Study
The Kansas River provides drinking water for multiple cities in northeastern Kansas and is used for recreational purposes. Thus, improving the scientific knowledge of streamflow velocities and traveltimes will greatly aid in water-treatment plans and response to critical events and threats to water supplies. Dye-tracer studies are usually done to enhance knowledge of transport characteristics...
Collecting a red-dye sample in Olathe, Kansas
USGS scientist uses a weighted basket sampler to collect a Time of Travel red-dye sample at WaterOne in Olathe, Kansas.
USGS scientist uses a weighted basket sampler to collect a Time of Travel red-dye sample at WaterOne in Olathe, Kansas.
USGS scientist prepares to collect a red-dye sample in Olathe, Kansas
USGS scientist Chantelle Davis prepares to collect a red-dye sample, at sunrise, for the Time of Travel study in Olathe, Kansas.
USGS scientist Chantelle Davis prepares to collect a red-dye sample, at sunrise, for the Time of Travel study in Olathe, Kansas.
Samples collected during the red-dye study trial run in Desoto, Kansas
USGS scientist watches over the many samples collected during the red-dye study trial run in Desoto, Kansas while he awaits the next sample.
USGS scientist watches over the many samples collected during the red-dye study trial run in Desoto, Kansas while he awaits the next sample.
Getting a field fluorometer reading from a red-dye study sample
USGS scientist Ian Gambill gets a field fluorometer reading from a recently collected red-dye study sample from the Kansas River in DeSoto, Kansas.
USGS scientist Ian Gambill gets a field fluorometer reading from a recently collected red-dye study sample from the Kansas River in DeSoto, Kansas.