Ecology Research > Deer Forest Interactions > Moose, Deer and the Dynamics of Central New England Forests
Moose are the largest deer in the world and consume up to 50 lbs. of woody plant material per day. Along with white-tailed deer, they represent an important disturbance process to forests within their range.
After being extirpated from Central New England by the early 19th century, moose have recovered much of their former range in the past two decades. Today moose and white-tailed deer are probably more abundant in the region than at any time in the past 200-250 years.
Moose and deer are drawn to the vigorous and abundant new growth in forests recently disturbed by logging, insect outbreak, fire, or windstorm. Highstead collaborates with the Massachusetts Cooperative Fish and Wildlife Research Unit and the Harvard Forest’s Long-term Ecological Research Program to examine how moose and deer interact with forest disturbances to shape forest development. Current studies include:
- The influence of moose and deer on the early development of recently harvested forests
- Ungulate-vegetation interactions in forest disturbed by (simulated) Hemlock Woolly Adelgid and logging
Other Collaborators and Partners:
Faison, E. K. 2015. Complex effects of ungulate browsers on tree recruitment and herbaceous layers in New England temperate forests. PhD Dissertation. University of Massachusetts, Amherst, MA.
DeStefano, S., E. Faison, J. Compton, and D. Wattles. 2010. Forest exclosures: an experimental approach to understanding browsing by moose and deer. Massachusetts Wildlife 2: 14-23.
Faison, E.K., G. Motzkin, D.R. Foster, and J.E. McDonald. 2010. Moose foraging in the temperate forests of southern New England. Northeastern Naturalist 17: 1-18.
Wattles, D. W., and S. DeStefano. 2011. Status and management of moose in the northeastern United States. Alces 47:53-68.