Keywords

  • environmental science
  • environmental sciences
  • forestry
  • plant ecology
  • sugar maple
  • sustainability

Chabot, Brian F

Professor
I am involved with research and extension education supporting maple sugar production. Acer saccharum is an important species ecologically and economically in northeastern North America. Sustaining this resource requires improving understanding of conditions that affect the success of this species under natural and managed conditions. Ecological research is addressing the habitat conditions affecting establishment, regeneration, and growth rates under environmental change. Management-oriented research deals with genetic improvement for increased sap sugar content, managing vertebrate populations for reduced pest pressure, and improvements in sap collection and processing technologies.

research

research and scholarship focus

Current research focus invoves forest managment, tree growth in relation to environment, environmental control of sap production, improving sap collection technology, and understanding maple flavors

primary investigator of

research areas

domestic geographic focus

submitted impact statement

affiliations

faculty appointment in

member of graduate field

service

outreach focus

Sap collection practices and technologies, role of environment in tree growth and sap production, syrup production, understanding and selling flavor.

current professional activities

  • Member, American Association for the Advancement of Science, 1972-1994
  • Member, Ecological Society of America, 1963-present

background

educational background

  • Ph.D., Botany, Duke University, 1971
  • B.S., Biology, College of William and Mary, 1965

awards and distinctions

  • Fellow, American Association for the Advancement of Science, 1984
  • Recipient, Chancellor?s Award for Excellence, State University of New York, 2004

publications

speaker at Cornell event

Keywords: environmental science, environmental sciences, forestry, plant ecology, sugar maple, sustainability