Date: 22–24 May of 2019
Location : Kansas State University, Manhattan, KS
This workshop provides a unique opportunity for leaders in soil moisture research and development to come together in an interactive workshop format to exchange ideas and develop collaborations. This will be the ninth consecutive year for the workshop, which is an initiative of the community of researchers that has developed from the Marena, Oklahoma, In Situ Sensor Testbed (MOISST).
For an interactive campus map visit this link
Tuesday, May 21 at 3 PM
The Konza Prairie Biological Station (KPBS) is located on a 3,487 hectare native tallgrass prairie preserve immersed in the middle of the Flint Hills, a region that encompasses over 1.6 million hectares extending throughout much of eastern Kansas from near the Kansas-Nebraska border south into northeastern Oklahoma containing the largest remaining area of unplowed tallgrass prairie in North America.
We will also visit one of the core stations of the National Ecological Observatory Network (NEON), which is a major initiative fully funded by the National Science Foundation.
Sponsored by Stevens Water
First Place: Briana Wyatt (Oklahoma State University): Improving seasonal streamflow forecasts by incorporating soil moisture data.
Second Place: Pedro Rossini (Kansas State University): Delineation of field management zones using soil moisture data and temporal stability analysis.
Third Place: Navid Jadidoleslam (University of Iowa): Data-driven stochastic model for basin and sub-grid variability of SMAP satellite soil moisture.
Here are pdf versions of the presentations given at "The 2019 National Soil Moisture Workshop: Expanding the Frontiers of Soil Moisture Measurements and Applications", May 22-24, 2019, at Manhattan, Kansas.
|Andres Patrignani||Kansas State University||Welcome|
|Michael Cosh||USDA-ARS Beltsville, MD||
A brief history of MOISST and the MOISST workshop
National Soil Moisture Network
|Tyson Ochsner||Oklahoma State University||Soil moisture and natural capital|
|Ronald Leeper||North Carolina State University||Evaluating the linkages between soil moisture and drought|
|David Lindbo||USDA-NRCS Washington, DC||The future of soil survey in the US|
|Scott Jones||Utah State University||Electromagnetic water content Sensors: A quest for testing and performance standards|
|Abdul Salam||Purdue University||On the use of wireless underground communications for soil moisture measurements|
|Trenton Franz||University of Nebraska-Lincoln||Applications of hydrogeophysics in agricultural systems|
|Kevin Stamm||US Army Corps of Engineers||Upper Missouri river basin soil moisture and plains snow monitoring network|
|Nathan Edwards||South Dakota Mesonet||Soil moisture monitoring in the upper Missouri river basin|
|Christopher Redmond||Kansas Mesonet||State of the Kansas mesonet soil moisture monitoring|
|Lixin Wang||Indiana University Purdue University Indianapolis||In situ soil moisture monitoring in Namibia|
|Jordan Clayton||USDA-NRCS Salt Lake CIty, UT||
Assessing the “total water storage” at SNOTEL sites from co-located soil moisture and snow water equivalent data
Progress on NSMN documentation
|Harry Schomberg||USDA-ARS Beltsville, MD||Soil water measurement network for on-farm research|
|John Gates||Crop Metrics||Putting soil moisture data to work for commercial agtech products|
|Chris Chambers||Meter Group||Integrating remote sensing and spatiotemporal data to improve variable rate irrigation systems|
|Keith Bellingham||Stevens Water||NIST Tractability and Measurement Validation of in situ Soil Moisture Sensors|
|Steven Evett||USDA-ARS Bushland, TX||Watershed moisture sensing in Jordan: Water in the cloud|
|Christine Hatch||University of Massachussets Amherst||Characterizing the anthropogenic aquifer between cranberries and wetland|
|John Bolten||NASA||Operational application of SMAP for global agricultural drought monitoring|
|Behzad Ghanbarian||Kansas State University||Effective-medium theory: Applications to upscaling soil moisture and remote sensing|
|Morteza Sadeghi||University of Minnesota||Global Mapping of Land Surface Net Water Flux using Satellite Near-Surface Soil Moisture Data|
|Robert Zamora||NOAA||Comparing hydrological models used in reservoir operations with soil moisture observations|
|Peter Shellito||University of Maryland ESSIC; NASA GSFC||Evaluating the sensitivity of modeled surface soil moisture and microwave brightness temperature to soil profile layering schemes|
|Rajat Bindlish||NASA||Remote sensing of soil moisture|
|Nandita Gaur||University of Georgia||A physically-based scaling algorithm to enable the use of radiometer derived soil moisture in applied decision making|
|Kenneth Tobin||Texas A&M International University||SoilMerge: a multi-decadal root zone soil moisture product for the North America|
|Cynthia West||US Forest Service, Washington, DC||Forest soil moisture monitoring: Current and future state|
|Timothy Wilson||NOAA/ARL/ATDD/ORAU||U.S. Climate Reference Network and gridded soil moisture products|
|Steven Quiring||The Ohio State University||Integrating in-situ, satellite, and modeled data for the national soil moisture map|