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experimental forests

Southwestern Crown Collaborative Focuses on Monitoring and Learning to Accomplish Restoration Goals

This post was written by Emily Olsen, Conservation Connect Associate at the National Forest Foundation (NFF). As the U.S. Forest Service’s non-profit partner, the NFF brings people together to restore and enhance our National Forests and Grasslands.

Situated among ponderosa pine, Douglas fir, and other endemic tree species, Montana’s Lubrecht Experimental Forest lends itself to learning and adaptation. In March, the Experimental Forest was a seemingly perfect place to discuss restoration goals during the annual Southwestern Crown Collaborative Adaptive Management Workshop.

Here at the National Forest Foundation, we’re feeling refreshed after the workshop. Participants from the Forest Service, local communities, conservation, and academia came together to discuss what the Southwestern Crown Collaborative has learned from wildlife, aquatic, socioeconomic, and forest vegetation monitoring over the past year. But the discussions didn’t stop there. Participants also deliberated opportunities for monitoring information to inform and influence public lands management across the local landscape.

US Forest Service’s Largest Experimental Forest is an Example of Cooperative Research

The Olympic Experimental State Forest is the largest site in the U.S. Forest Service’s national network of experimental forests and it’s the only representative of the Olympic Peninsula’s temperate rain forest ecosystem, which is known for its extreme rainfall and growth rates.

Its large size, encompassing 270,000 acres, and history of innovation make this a forest that offers many opportunities for research and monitoring.

Fort Valley Experimental Forest: First in the Nation to Discover the Effects of a Changing Climate on Pines

Back when Arizona was designated a U.S. territory, scientists had already been exploring its vast landscapes which start from nearly sea level and climb to over 12,000 feet. They were paying particular attention to Arizona’s diverse vegetation and climate.

In 1889, biologist C. Hart Merriam traversed northern Arizona and found six of the seven world life zones he would later describe by latitude and elevation. The existence of such varied life zones across a short distance, and often with just a few hundred feet of elevation change, fascinated scientists. One particular life zone, the extensive stands of ponderosa pine growing at higher elevations from west of Flagstaff, AZ, eastward into New Mexico was particularly interesting to scientists and foresters.