The Cle Elum Wildlife Project is improving our understanding of how wildlife use and move through protected forest landscapes, providing us with an opportunity to test how forest management practices impact wildlife and building an evidence base for permanent protection.
Snow, Trees, and Hope: How Forest Restoration Boosts Cascades Snowpack
Helping Washington’s Coastal Forests Prepare for the Future
Water Connects Us All: Lessons from the Marshy Middle
Watch the Video: A Day in the Life
Scientific Waves: Reflections and Forward Movement
How do you measure a year? For our Science Team, that evaluation often includes tallying up the articles that we helped get published in scientific journals.
Taking Flight: How Drones Amplify Conservation Efforts
Drones have emerged as a groundbreaking tool extending our reach beyond the limits of human exploration. While many are familiar with seeing the possibilities in adventure photography or package delivery, the use of drones in conservation has become increasingly creative for those both out in the field and in the lab.
Summer Science Interns Find Connection in Conservation
New Video from Cle Elum Ridge Highlights Efforts, Learnings, Successes
Watch the Video: Frozen Frontiers
Cassie Lumbrazo, a Ph.D. student from the University of Washington, is dedicated to understanding the relationship between forests and snow. Together with an interdisciplinary research team and support from the Washington Department of Natural Resources and the Nature Conservancy, Cassie investigates forest-snow processes near Cle Elum Ridge.
New Seeds on the Block
The Story of the Soil: Environmental DNA Results at Ellsworth Creek Preserve
Every Tree Helps
Through our GRIT work, we are finding that temperature declines linearly with tree canopy cover. Because this relationship is linear, it suggests that there is no threshold tree cover required to affect air temperature; instead, every bit of additional tree canopy seems to help reduce local air temperature on hot days.
When Restoration Gets Explosive
Using dynamite for restoration may seem like a paradox, but at TNC’s Port Susan Bay Preserve, we explored dynamite as a way to create estuary channels. The inspiration behind this method was to see if explosives could reduce the ecological impact of channel creation in comparison to using heavy machinery.
Dr. Tiara Moore Redefines Belonging in Marine Science
A Fellowship for Nature-Based Solutions to Climate Change
This trip was part of an internal TNC fellowship with the Natural Climate Solutions Prototyping Network. Natural Climate Solutions (NCS) provide climate change mitigation via conservation, restoration, and sustainable management of forests, wetlands, grasslands, and agricultural lands in ways that are consistent with biodiversity conservation and human rights.
New Research: How do fishers view vulnerability and the impacts of climate change on fisheries?
Watch the Video: One Million Trees
The Greening Research in Tacoma project (or G.R.I.T.) is an effort to understand more about how human
health and increased greening intersect in South Tacoma. This unique collaboration of the Tacoma Tree
Foundation, The Nature Conservancy in Washington, the University of Washington, and the City of
Tacoma is funded by an award from the Puget Sound Partnership and a grant from the U.S. Forest
Service.