How much carbon do coast redwood trees store? Researchers have shown that 3D models generated from light detecting and ranging (LiDAR) technology may provide accurate estimates.
Nearly $150,000 in research grants from Save the Redwoods League have been awarded as part of the 2018 grant cycle. Funding these projects is a significant component of fulfilling the League’s mission, and each of these projects will contribute to scientific knowledge of coast redwood and giant sequoia forests. This research can help us answer big questions that will protect the health of people, wildlife, and the forests.
If you’ve visited a coast redwood forest, you’ve probably seen these trees growing around the stump of a logged giant. These “fairy rings,” as they’re known informally, show how the coast redwood reproduces asexually by sending new sprouts up from the trunk base of a parent redwood. The mystery was whether these sprouts are genetically identical copies of the parent redwood. Because 95 percent of the current coast redwood range is younger forests, understanding the genetics of the coast redwood is critical for conservation and restoration.
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.
In March 2014, a research team sponsored by Save the Redwoods League and the Evelyn Tilden Mohrhardt Fund at The San Francisco Foundation became the first scientists to climb the ancient trees at Muir Woods National Monument and survey life in the canopy. Learn more about this historic climb and its results.
More than $200,000 in research grants from Save the Redwoods League in 2013 and 2014 will fund projects that will contribute to scientific knowledge of coast redwood and giant sequoia forests. This research can help us answer big questions that will protect the health of people, wildlife and redwood forests.
You helped fund research that shows salmon numbers are falling, but restoration offers hope. Harm to redwood forests-like logging and damming-has threatened their salmon inhabitants. But thanks to your support, scientists are monitoring the fish in Redwood Creek. They say forest restoration will help ensure that the salmon can recover and thrive once more.
Being dwarfed by Earth’s most massive tree, the giant sequoia, fills you with wonder. It’s hard to believe that a living thing can be so enormous and old. It may be alarming to see these forests on fire, but research funded by your gifts shows that disturbances such as these are actually good for giant sequoias. See why.
Today, redwoods stand at a new crossroads of environmental change where rapid climatic changes and other factors threaten them in ways they have not experienced before in their long history on Earth. Our Redwoods and Climate Change Initiative research project will help us understand redwoods’ vulnerabilities to climatic changes so we can protect these forests in the future. Now Initiative scientists are studying 450 redwood saplings.
Your support helps Save the Redwoods League study redwood forests and their surrounding land and waterways to understand how to best protect these resources. Research also helps us learn what the forest’s survival means to the health of people and our planet. Now you can read details of the League-sponsored science symposium, The Coast Redwood Forests in a Changing California. Highlights include the keynote speech on conservation by Ruskin K. Hartley, former Executive Director of Save the Redwoods League, and a paper on how plants absorb fog by Emily Burns, former Director of Science.
Did you know that redwoods are not only highly resistant to fire but are nearly indestructible? Just one year after devastating fires, redwoods that had been scorched were already covered with the green fuzz of new foliage. Are you aware that installing rest boxes (like birdhouses) on trees can help save members of the weasel family known as martens? These agile creatures are redwood forest dwellers that have nearly vanished.
SAN FRANCISCO (February 14, 2012) — Save the Redwoods League today announced more than $100,000 in research grants to fund projects that will expand scientific knowledge of the biology and ecology of coast redwood and giant sequoia forests. This research can help us answer big questions that will protect the health of people, wildlife, redwood forests and the entire planet. The grants were awarded to researchers at San Francisco State University, University of Wisconsin, U.S. Geological Survey, U.S. Department of Agriculture and The Regents of the University of California. The League is the only nonprofit organization dedicated to protecting ancient redwood forests throughout their natural range.