A team of UC Merced researchers was recently awarded $100,000 from Pacific Gas and Electric Company (PG&E) to identify ways to improve drought resilience and reduce the risk of wildfire in Sierra Nevada forests.
What if nature were to become a polluter, discharging millions of tons of planet-warming carbon into the atmosphere in much the same way as diesel-fueled trucks or coal-fired power plants?
Water is a delicate balancing act in California. When the scales tip in the wrong direction, the consequences can have national effects. Nobody knows this better than UC Water Co-Director Joshua Viers.
When scientists at UC Merced seek to better understand California’s biodiversity, they turn to cutting-edge genomics. They also turn to their neighbors.
Subalpine meadows are among the Sierra Nevada’s most enchantingly picturesque landscapes.
What if nature were to become a polluter, discharging millions of tons of planet-warming carbon into the atmosphere in much the same way as diesel-fueled trucks or coal-fired power plants?
Plant photosynthesis was stable for hundreds of years before the industrial revolution, but grew rapidly in the 20th century,
Shakespeare might have been right when he wrote “what’s past is prologue,” but not when it comes to modeling climate change.