Forests

The Latest

New Science Policy Exchange Project: Forest Pests and Pathogens

The Harvard Forest, in collaboration with the Cary Institute of Ecosystem Studies, has launched a new Science Policy Exchange project on forest pests and pathogens. This project addresses growing concerns about damage to trees, forests, and local economies caused by introduced insects. 

New York is a hotbed for damaging forest pests

When Chris Standley received a tip that some ash trees within the Mohonk Preserve might be infested by a devastating insect, he grabbed a drawknife and peeled away the bark.

Deer Hunting and Forest Health

Lecture Video

Presentation by Raymond Winchcombe for a land stewardship management forum hosted at Cary on April 12, 2014.

From Forests to Farms, and Back Again: Land Use Change in the Hudson Valley

Lecture Video

Presentation by Charles Canham for a land stewardship management forum hosted at Cary on April 12, 2014.

Related Projects

Effects of Invasive Hemlock Woolly Adelgid on Northeastern Forests

Hemlock is a "foundation" tree species in eastern forests and its presence defines the properties of a unique ecosystem that is presently declining due to the introduction and spread of an invasive insect, the hemlock woolly adelgid.

soil

Base Cation Depletion: Organic Matter Quality & Microbial Processes

We are analyzing how changes in soil base status can influence microbial physiology, organic matter quality, and microbial activity in northern hardwood forests at Hubbard Brook.

Ecosystem Effects of Exotic Forest Pests

Over the last century, forests of the eastern U.S. have been plagued by a series of devastating introductions of exotic pests.

cary forest

Long-Term Monitoring of the Forest Ecosystem at Cary

We measure key aspects of forest productivity, species composition and nutrient cycling in the mixed-oak forest at Cary. This long-term monitoring allows us to track trends in the forest ecosystem resulting from air pollution and other stresses.

Pulsed Resources and Consumer Communities in Terrestrial Systems

In deciduous and coniferous forests dominated by mast-producing trees, such as oaks, consumers are confronted with the sporadic production of abundant resources. Mast-consuming animals, such as the white-footed mouse (Peromyscus leucopus) and eastern chipmunk (Tamias striatus), rely on these pulsed resources.

Buell-Small Succession Study

Post-agricultural plant community succession is being studied in permanent plots in central New Jersey.

Effects of Beech Bark Disease on Catskill forests

This project is focused on the consequences of the invasion of the beech bark disease (BBD) in northern hardwood forests, which dominate the uplands of the northeastern U.S. and southeastern Canada.

Catskill Mountain Ecosystems

This project is primarily focused on understanding the ecology and nutrient cycling of Catskill forests and the responses of the forests to stresses such as air pollution and introduced pests.

Controlled Focused Hunting

Stabilizing a deer population requires a balance between annual recruitment and mortality. For a population reduction, mortality must exceed recruitment. Using hunting as our primary management tool, our hunters are required to focus their efforts on culling females as well as males.

Monitoring Trends in Deer Abundance

Presently, hunter observations are used as the technique to assess if Cary controlled hunts are stabilizing local deer numbers. Night spotlight counts of deer have been used to index trends in abundance in the past. The observations of deer by bow hunters, has yielded data that have correlated very well with spotlighting numbers with the observation data easier and less expensive to obtain.

Monitoring Deer Browsing

Since 1983, Mr. Winchcombe has been monitoring the intensity of deer browsing on the major tree species on the Cary Institute's grounds. Browsing intensity varies annually, with over-winter browsing linked to total winter snowfall amounts. Browsing studies help govern deer management strategies, with heavy browsing highlighting the need to further reduce local deer numbers.

Snow Depth & Soil Freezing as a Regulator of Microbial Processes

In the northern hardwood forests in New Hampshire we are analyzing how soil freezing events cause root and microbial mortality, which can lead to increased rates of N and P mineralization and loss. 

Cary Institute of Ecosystem Studies | Millbrook, New York 12545 | Tel (845) 677-5343

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