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| Develop fundamental knowledge of
physiological processes and ecophysiological variables that control
growth of northern forest trees and determine their response to
multiple environmental stresses.
Emphasis is on understanding the physiological processes of
carbon and nitrogen allocation and their interactions as
determinants of tree growth, and on translating knowledge gained
from controlled environments to the field and from seedlings to
larger trees. |
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Carbon allocation and carbon-nitrogen
interactions controlling the growth of northern tree species. |
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Effects of elevated CO2, ozone,
and water stress, and their interactions on carbon fixation,
allocation, and carbon-nitrogen interactions in northern forest
trees. |
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Identify new clones of willow and other
species suitable for multiple societal benefits |
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Neil D. Nelson,
Project Leader,
contact
Daniel D. Baumann,
Forestry Technician,
contact
Bruce A. Birr, Biological
Sciences Technician,
contact
Richard E. Dickson, Research Plant Physiologist, Emeritus
Anita R. Foss , Biological Sciences Lab Technician,
contact
Mark E. Kubiske,
Research Plant Physiologist,
contact
Raymond A. Lange,
Biological Science Aid,
contact
JoAnne N. Lund,
Biological Sciences Technician,
contact
Paula E. Marquardt, Biological Sciences Lab Technician,
contact
William M. Mattson, Research Entomologist,
contact
Vanessa S. Quinn, Post Doctoral Research Scientist
Nicanor Z. Saliendra, Plant Physiologist, 715-362-1127,
contact
Ron M. Teclaw, Biologist,
contact
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