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Coast Redwood Science Symposium 2016
September 13 - September 15$175.00
Coast Redwood Science Symposium 2016, hosted by the University of California. The three-day symposium will include general session speakers, concurrent presentations, poster presentations, a reception, and field trip opportunities to view current issues in redwood forest management on California’s North Coast.
Featured redwoods expert speakers include:
- Emily Burns, director of science at Save the Redwoods League, who will share an historical overview and contemporary understanding of redwoods and their unique climate, supported by 100 years of coast redwood research.
- Robert Van Pelt of Humboldt State University, whose groundbreaking research on redwoods’ capacity for storing carbon shows how vital redwoods are in the fight against climate change.
- Allyson L. Carroll of Humboldt State University, who developed the first range-wide tree ring chronology for coast redwoods spanning 1,685 years, will present new insight on the redwoods of Arcata Community Forest and Muir Woods National Monument.
- Matthew Kling of University of California, Berkeley, who will share new research defining modern climate for the coast redwood region and how the climate has changed in recent decades.
- Jim Campbell-Spickler of Eco-Ascension Research and Consulting, who has studied the crowns of old redwoods for 20 years, will present the first research on the abundance and movement patterns of the wandering salamander – a top predator in the coast redwood canopy food web.
- Phillip van Mantgem of the U.S. Geological Survey will share results on the success of restoration thinning treatments that are boosting tree growth at Headwaters Forest Reserve and Redwood National and State Parks.
September 13-15, 2016
Sequoia Conference Center, Eureka, Calif.
With its limited range and high value, the coast redwood forest is a microcosm of many of the emerging science and management issues facing today’s forested landscapes. Just 5 percent of the world’s original old-growth forests remain, creating a heightened sense of urgency among the redwood science community to save, study and learn as much as possible about the tallest and some of the oldest (2,000 years) trees in the world.