News & Highlights

Last updated March 10, 2017

Open Studio to Feature Sci-Art Collaboration

On Saturday, April 29, artist and designer David Buckley Borden, a 2016-2017 Bullard Fellow and Harvard GSD alumnus, will host an open studio at the Harvard Forest for students and the public to explore his ongoing work.

The open studio will run from 12:00-4:00pm. 

2017 Harvard Forest Ecology Symposium

The 28th annual Harvard Forest Ecology Symposium will be held Tuesday, March 21 from 9:00 am to 5:30 pm in the newly reopened Harvard Forest Fisher Museum.

New Study: Nitrogen Pollution Hinders Forest Decomposers

Atmospheric pollution may be altering forest ecosystems in ways that are difficult to reverse, according to a study of experimental Harvard Forest soils recently published in the journal Ecology, led by a team of HF collaborators from the University of New Hampshire, University of Wyoming, and University of W

AP News: Forests at Risk from Insects Spread by Trade & Climate

An Associated Press feature this week about the risks and impacts of invasive tree pests highlights a recent study by the Science Policy Exchange and features HF Forest Ecologist Dave Orwig, who has studied hemlock woolly adelgid and other invasive insects in New England for decades. 

Applications Open: Summer Research Program for Undergraduates

Update: Applications are closed (as of Feb. 3).

Applications are now open for the 2017 Harvard Forest Summer Research Program, an opportunity for college and university students across the U.S. to participate in 11 weeks (May 22-August 4, 2017) of paid, independent research with mentors from Harvard and other leading institutions.

2017 research projects cover many academic disciplines, including ecology, biogeochemistry, art/design, computer science, conservation policy, history, and engineering.

New Study: Climate Warming Destabilizes Forest Ant Communities

A study published today in Science Advances, co-authored by HF Senior Ecologist Aaron Ellison with scientists from six other institutions, shows that climate warming disrupts forest ant communities responsible for important soil turnover and seed dispersal processes.