Filters: Tags: Monitoring 1-Changes in Plant and Animal Distribution: Flora (X) > partyWithName: University of New Brunswick (Canada) (X)
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Black spruce (Picea mariana (Mill.) B.S.P) is a widespread transcontinental and important tree species of the Canadian boreal forest region, and is found in almost all forested regions of Canada. Genetic diversity and population structure of black spruce has only been examined within a limited range and within a single province in Canada. There is no reported information on comparison of genetic diversity and population structure of black spruce from selected northwestern and southeastern populations. The objective of the present study was to determine and compare genetic diversity and population structure of four selected natural populations of black spruce sampled from the northwestern (Yukon (YK), Yellowknife...
Black spruce (Picea mariana (Mill.) B.S.P) is a widespread transcontinental and important tree species of the Canadian boreal forest region, and is found in almost all forested regions of Canada. Genetic diversity and population structure of black spruce has only been examined within a limited range and within a single province in Canada. There is no reported information on comparison of genetic diversity and population structure of black spruce from selected northwestern and southeastern populations. The objective of the present study was to determine and compare genetic diversity and population structure of four selected natural populations of black spruce sampled from the northwestern (Yukon (YK), Yellowknife...
A 3-compartment model was formulated to simulate the dynamic development of mass, N concentrations and C/N ratios in decomposing forest litterbags, over time, across a wide range of climate, site and litter type conditions, based on 8 predictor variables and 12 best-fitted parameters. The compartments refer to the fast, slowly and very slowly decomposing fractions of the litter. The model was calibrated with the 1992 to 2000 litterbag data of the Canadian Intersite Decomposition Experiment (CIDET), involving 10 different litter types (Trembling Aspen, American Beech, Douglas Fir, White Birch, Jack Pine, Black Spruce, Tamarack, Western Red Cedar, Bracken Fern, Plains Rough Fescue). These bags were distributed across...
Categories: Publication;
Types: Citation;
Tags: Monitoring 1-Changes in Plant and Animal Distribution: Flora
A 3-compartment model was formulated to simulate the dynamic development of mass, N concentrations and C/N ratios in decomposing forest litterbags, over time, across a wide range of climate, site and litter type conditions, based on 8 predictor variables and 12 best-fitted parameters. The compartments refer to the fast, slowly and very slowly decomposing fractions of the litter. The model was calibrated with the 1992 to 2000 litterbag data of the Canadian Intersite Decomposition Experiment (CIDET), involving 10 different litter types (Trembling Aspen, American Beech, Douglas Fir, White Birch, Jack Pine, Black Spruce, Tamarack, Western Red Cedar, Bracken Fern, Plains Rough Fescue). These bags were distributed across...
Categories: Publication;
Types: Citation;
Tags: Monitoring 1-Changes in Plant and Animal Distribution: Flora
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