Skip to main content Skip to navigation
Washington State University

Land, Air, Water Resources & Environmental Engineering (LAWREE) scientists apply their biological and engineering expertise in fundamental research of global food industry problems.

Using the tools of observational research and testing, resource management, and technology development, LAWREE scientists investigate real-world phenomena related to hydrologic processes from the field level to watersheds covering large geographical regions.

Satellite view of Washington State

Other LAWREE researchers contribute to advancements in erosion prediction technology through their continuous testing and improvement of the Water Erosion Prediction Project (WEPP) model. In addition, they develop improved methods for irrigation management, water treatment in natural systems, and agricultural systems analysis.

LAWREE scientists also research confined-animal operations, aquaculture, and natural resource systems in order to reduce the environmental impacts of managed biological systems.

Biological systems engineering researchers are also exploring ways to effectively utilize natural treatment systems for wastewater. In addition, they are developing for application, agricultural system models that predict the effects of climate change on agricultural products in order to promote economically sound and environment-friendly management decisions.

LAWREE In the News

  • Behnaz Molaei places in the ASABE Oral/Poster Competition at ASABE 2022

    Dr. Behnaz Molaei (former PhD Student of Troy Peters, LAWREE) is shown presenting in the ASABE Oral/Poster Competition during the ASABE Annual International Meeting in Houston, Texas, 2022.

    Dr. Molaei placed in the ASABE Oral/Poster Competition within the Machinery Systems technical community for her work entitled, “Investigating Practical Artificial Hot and Cold Reference Surfaces for Improved ET Estimation using the UAS-METRIC Energy Balance Model”.

    She will receive a $250 prize check for her presentation.

     

     

    Read Story