Articles

  • 1 week ago | news.wsu.edu | Seth Truscott |Josh Babcock |Shawn Vestal |Bryan Boyle

    ROYAL CITY, Wash. —Scientists from Washington State University and Cornell University will share an in-person look at their experiments this spring field-testing new technologies that could help dairy producers curb their farms’ greenhouse gas emissions.

  • Mar 7, 2025 | news.wsu.edu | Seth Truscott |Tina Hilding |Voiland College |Devin Rokyta

    Scientists at Washington State University will help Northwest high school students gain hands-on experience in weather monitoring as part of a modernization of the state’s automated weather network. Lav Khot, AgWeatherNet Director. Funded by $1.5 million from the Washington State Department of Agriculture, the project upgrades WSU’s AgWeatherNet, a system of more than 360 weather stations serving farmers and the public, and connects it with educators and students in 15 Washington school districts.

  • Feb 28, 2025 | news.wsu.edu | Seth Truscott |Devin Rokyta |Tina Hilding |Voiland College

    Faculty and students in WSU’s School of Food Science recently welcomed visiting food industry leaders from India for a week-long deep dive into the properties and potential of pulses like peas, chickpeas, and lentils. Professor and Extension Food Processing Specialist Girish Ganjyal led training sessions from Jan. 27-31 at Pullman, Washington, taking participants on a journey from raw materials, through how foods are made, to the final products on consumers’ tables.

  • Feb 13, 2025 | news.wsu.edu | Seth Truscott |Jasmine Torres |WSU Spokane |Devin Rokyta

    Washington State University students used paintings, digital videos, sculptures, and found materials to express how their high-tech field helps humanity and nature in the Department of Biological Systems Engineering’s (BSE) recent Visionary Roadmap Art Competition.

  • Jan 27, 2025 | news.wsu.edu | Seth Truscott |RJ Wolcott |Isaac Donovan |WSU College

    An international team of scientists has discovered a way to store and release volatile hydrogen using lignin-based jet fuel that could open new pathways for sustainable energy production. In a new study in the International Journal of Hydrogen Energy, Washington State University Professor Bin Yang and colleagues demonstrated that a type of lignin-based jet fuel they developed can chemically bind hydrogen in a stable liquid form.

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