Global Research

Ranking Virus Spillover Risk

SpillOver is the first open-source risk assessment tool that evaluates wildlife viruses to estimate their zoonotic spillover and pandemic potential. It effectively creates a watchlist of newly discovered viruses to help policymakers and health scientists prioritize them for further characterization, surveillance, and risk-reducing interventions.

UC Davis Invests $4 Million to Launch New Research Centers

The University of California, Davis, is investing $4 million over three years to launch four new research centers that align campus strengths with unique opportunities for global impact. The UC Davis Office of Research initiative is designed to promote new, sustainable, inter- and multidisciplinary research activity that responds to society’s greatest challenges and needs.

Agricultural Innovations Help Cambodian Farmers Thrive

These small-scale farmers have been working with researchers from the University of California, Davis, and Cambodia’s Royal University of Agriculture (RUA) to test new methods, like the packinghouse, for growing and selling produce locally. Their work is part of the Feed the Future Innovation Lab for Horticulture, a global network focused on fruit and vegetable research that is led by UC Davis and funded by the U.S. Agency for International Development.

Deadly Marburg Virus Found in Sierra Leone Bats

Scientists have discovered Marburg virus in fruit bats in Sierra Leone. This is the first time the deadly virus has been found in West Africa. Five Egyptian rousette fruit bats tested positive for active Marburg virus infection. Scientists caught the bats separately in three health districts: Moyamba, Koinadugu and Kono.

Araucaria's disease is due to a combination of environmental stress and fungi

Freddy Boehmwald, biotechnologist and Coordinator for Bioproducts at the University of California, Davis in Chile (UC Davis Chile) who has been in charge of investigating the damage to the leaves which has killed 2% of the population of the araucaria trees and affected over 90% of the rest, affirmed that together with the National Forest Corporation (Conaf), the conclusion is that a fungus or a group of fungi combined with hydrological stress dating back at least seven years may be responsible.