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My research program aims to develop understanding of the biophysical controls on C exchange in managed and human-modified systems. This needs to encompass the natural heterogeneity that exists across a variety of spatial and temporal scales; understanding ecosystem-level exchange requires an exploration of the mechanisms at smaller scales.
There remain important gaps in understanding of the fundamental processes of C exchange that inhibit our ability to explain for example, spatially integrated measurements or the basic functions that drive the exchange of C in models. This gap in scientific knowledge is acute when we attempt to determine accurate C exchange in land covers like wetlands that are particularly sensitive to environmental changes.
My group’s current research is focused on the production, transport and fate of carbon in freshwater marsh ecosystems and on the controls on carbon exchange in actively harvested and restored peatlands. This latter research is done in conjunction with industry partners across Canada.
My research is field-based and employs a variety of techniques for quantification of ecosystem-scale greenhouse gas exchange including eddy covariance.
There remain important gaps in understanding of the fundamental processes of C exchange that inhibit our ability to explain for example, spatially integrated measurements or the basic functions that drive the exchange of C in models. This gap in scientific knowledge is acute when we attempt to determine accurate C exchange in land covers like wetlands that are particularly sensitive to environmental changes.
My group’s current research is focused on the production, transport and fate of carbon in freshwater marsh ecosystems and on the controls on carbon exchange in actively harvested and restored peatlands. This latter research is done in conjunction with industry partners across Canada.
My research is field-based and employs a variety of techniques for quantification of ecosystem-scale greenhouse gas exchange including eddy covariance.
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