Natural Resources CanadaGovernment of Canada
 
 Français ÿ  Contact us ÿ  Help ÿ  Search ÿ  Canada site
 ESS Home ÿ  Priorities ÿ  Products &
 services
ÿ  About the
 Sector
ÿ  Site map
Satellite image of Canada
Natural Resources Canada
Reducing Canada's Vulnerability to Climate Change
.Home
Biological and geological carbon sequestration
.Home
.Satellite monitoring methods & products for improving biological carbon budget estimates
.Assessment of biological carbon sequestration
.In-situ monitoring methods for geological carbon sequestration
.Assessment of geological carbon sequestration potential
.Posters
ÿ


Proactive disclosure


Print version Print versionÿ
ÿReducing Canada's vulnerability to climate change
Natural Resources Canada > Earth Sciences Sector > Priorities (2002-2006) > Reducing Canada's vulnerability to climate change
Project: Monitoring methods and assessment of carbon sequestration over Canada's landmass
Sub-activity: Impacts of air pollution on ecosystems health and biological carbon sequestration potentials

This information represents activities in the Earth Sciences Sector Programs (2002-2006). Please refer to Priorities for information on current Earth Sciences Sector Programs.

This research will determine contrasting forest sites affected by high and low SO2 and O3 exposures in collaboration with EC and CFS experts. The sites selected will be part of the Forest Indicators Monitoring Network of CFS as well. We will determine the isotopic ratios of the selected trees subjective to high/low pollution stress, and measure the increments of the various plant compartments (stem, foliar and root systems). Algorithms will be developed for quantifying the impact of air pollution on forest health and productivity using measurements at these contrasting sites and other measurements (e.g., FACE) and results on the air pollution impacts on ecosystem heath and biological carbon sequestration potentials will contribute to a national report on Canada's vulnerability to climate change.

For more information:
Martine Savard


2006-04-02Important notices