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US Forest Service Research & Development
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  • US Forest Service Research & Development
  • 1400 Independence Ave., SW
  • Washington, D.C. 20250-0003
  • 800-832-1355
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Paul Schaberg recreating on summit of Mount Hood, OR - photo by Robert Henke

Paul Schaberg

Research Plant Physiologist
The University of Vermont Aiken Center
81 Carrigan Drive, Room 208B
Burlington
Vermont
United States
05405

Phone: 802-656-1715
Fax: 802-656-8683
Contact Paul Schaberg


Current Research

  • I currently coordinate a diverse collaborative group of scientists from the USDA Forest Service, The University of Vermont and other institutions that evaluate the influence of human-associated stress (e.g., pollution additions, climate change, etc.) on forest health and productivity.
  • This research concentrates on the impacts of anthropogenic stress on aspects of tree physiology, including tissue cold tolerance, carbohydrate and nutrient relations, foliar pigments and antioxidant enzymes.
  • Current issues that I am working on include: red spruce winter injury and other aspects of conifer cold tolerance, sugar maple decline, the impacts of calcium depletion on tree health, the biological basis of red pigment expression in the fall, and cold tolerance as a limitation to American chestnut restoration in the north.

Research Interests

  • I want to explore the possibility that human-induced change is not only subjecting forests to many new, complex, and potentially interacting stresses, but may be also eroding the natural biological and ecological mechanisms that forests rely on to respond, adapt to, and survive stress.
  • I will examine the cause and consequences of emerging tree decline scenarios (e.g., yellow cedar and birch decline) that have no apparent biologic (insect or disease) basis, but seem to be occurring with increasing frequency.

Why This Research is Important

Forests provide valuable ecosystem services (e.g., wood products, bioenergy, carbon sequestration, nutrient cycling, gas exchange, food and medical products, etc.) upon which all life and human societies rely. My research focuses on understanding and preventing the real-world decline of forest tree species - thereby preserving the continued flow of ecosystem services that are an important foundation for sustainable human health and prosperity.

Education

  • The University of Vermont (UVM), Burlington, VT, Ph.D. Botany 1996
  • Southern Connecticut State University, New Haven, CT, Teaching Certification 1989
  • University of Vermont (UVM), Burlington VT, M.S. Forestry 1985
  • The University of Vermont (UVM), Burlington, VT, B.S. Forestry Forestry 1981

Professional Organizations

  • Ecological Society of America
  • American Institute of Biological Sciences
  • International Association for Ecology
  • Society for Conservation Biology
  • Society of American Foresters (SAF)
  • The American Chestnut Foundation
  • Xi Sigma Pi Forestry Honor Society

Publications

Research Highlights

HighlightTitleYear


NRS-2016-152
Elm Disease Resistance Research Gets a Boost

Great news for disease-tolerant American elm! A grant from The Manton Foundation has provided the Forest Service’s Northern Research Station w ...

2016


NRS-2017-5
Fall leaf color research could make it possible to predict timing, intensity, and location of fall color

What triggers fall red color expression in leaves? Forest Service scientists used a unique branch cooling system to verify that low temperatures ...

2017


NRS-2018-97
Recovery of Red Spruce Linked to Decreased Acid Deposition and Higher Temperatures

Red spruce was once a valued timber species but was threatened when high inputs of acid deposition reduced its growth and increased mortality fo ...

2018


NRS-2016-89
Trees Vulnerable to Damage from Acid Deposition Located Using Critical Load Exceedance Maps

A Forest Service scientist and his partners used a computer model to identify locations where inputs of acid deposition were expected to harm tr ...

2016


Last updated on : 11/15/2019