Alexander Barajas-Ritchie and Lisa Patrick Bentley, PhD, of Sonoma State University have shown that 3D models generated from light detecting and ranging (LiDAR) technology may work at providing accurate estimates for local redwood trees in Northern California.
In a study published in the research journal Global Change Biology, climate scientists from the University of California and NatureServe conclude that a warmer future with normal rainfall on California’s coast will leave coast redwoods south of San Francisco Bay with significantly different climate than they have experienced for decades.
Recent League-funded research by Richard Dodd, an Environmental Science Professor at the University of California, Berkeley, confirms that northern groves (north of the Kings River drainage) have lower genetic diversity than central and southern groves. This could have profound consequences for long-term conservation strategies for the species, especially considering the changing global climate.
Stephanie Rico feels fortunate to live among the redwoods in the San Francisco Bay Area. One of her favorite things is standing in a circle of redwood trees at a nearby park with her son. “I look up and feel humbled,” said the Wells Fargo Vice President of Environmental Affairs. Troubled by how climate change will affect our lives, Rico wants to motivate more people to work toward solutions. Learn more about Wells Fargo’s support of the redwoods.
It’s no coincidence that redwoods live in the thickest part of “California’s fog belt.” The presence of coastal summer fog has long been regarded a necessary ingredient for the health and perpetuation of coast redwood ecosystems. During drier summer months fog supplies trees with moisture and blocks the evaporating rays of direct sunlight, reducing the amount of water that redwoods lose via transpiration. What’s less understood, however, is exactly how fog frequency has varied in the past century and how redwoods have responded to this variation.