Agriculture

Taking a Byte Out of Big Data in Farming

Troy Magney, Dept. of Plant Sciences, is using methods such as hyperspectral imaging – a remote sensing technique – to measure plant water stress, nutrient status, biomass, and photosynthesis in order to make informed decisions about water and fertilizer management. This is important for global agriculture in the future.

Kester, a Productive Late Bloom Almond Variety from University of California, Davis

Kester almond was developed at the University of California, Davis, Almond Breeding Program with support from the Almond Board of California. The program was developed to breed new varieties and germplasm to meet the emerging needs of the expanding California almond industry. Professor Tom Gradziel in Plant Sciences, has conducted much of the research.

Plant Adaptation and California’s Changing Environment

Gail Taylor, professor and department chair, spoke to a packed meeting at UC Center Sacramento on “Plant Adaptation to Climate Change in California,” focusing on potential climate change impacts on agriculture. The center educates future policy-makers and leaders in the craft of politics and policy-making.

Agricultural Innovations Help Cambodian Farmers Thrive

Small-scale farmers in Cambodia work with UC Davis’ Horticulture Innovation Lab and Royal University of Agriculture researchers to test methods for growing and selling produce. Farmers recognize that fruits and vegetables meet nutrition needs, and help lift themselves out of poverty. (Includes video)

Fields on Fire: Alternatives to Crop Residue Burning in India

A new article in the journal Science – Fields on Fire: Alternatives to Crop Residue Burning in India – addresses the environmental problems associated with crop burning in India, and presents alternatives such as changing cropping systems and adopting different management practices. J.K. Ladha, Plant Sciences, UC Davis, is a co-author.