Principal Investigator:Kruse, Stefan Licensed Year(s):
2024
2023 Summary:
This licence has been issued for the scientific research application No. 5947.
The aim is to monitor vegetation changes in current climate warming for simulating past and future dynamics with an individual-based spatially explicit model (LAVESI).
Therefore, our intentions are:
1. assessing stand inventories at diverse bioclimatic and environmental settings by a space-for-time approach
2. gat...
Principal Investigator:Kruse, Stefan Licensed Year(s):
2022
Summary:
This licence has been issued for the scientific research application No.5263.
The aim is to monitor vegetation changes in current climate warming for simulating past and future dynamics with an individual-based spatially explicit model. Therefore, the intentions are: 1) assessing stand inventories at diverse bioclimatic and environmental settings by a space-for-time approach; 2) gathering remot...
Principal Investigator:Wein, Ross Licensed Year(s):
1993
Summary:
Forestry researchers tend to study in detail their local forests yet for major issues such as global warming, it is necessary to conduct research over larger areas to understand impacts on Canadian forests and industry. This study attempts to better describe rates of decomposition and nutrient mineralization across Canadian forests in order to understand how forests are supplied with nutrients fo...
Principal Investigator:Landhaeusser, Simon M. Licensed Year(s):
1992
19911990 Summary:
To determine the maximum size of treeline tree species in a burned and unburned valley in the Caribou Hills, the mass of standing trees on different slopes and aspects will be estimated and related to the energy input. In 1992 the plots prepared in 1990 and planted and seeded in 1991, will be revisited and measurement of growth for the second growing season will be taken....
Principal Investigator:Suzuki, T.. Licensed Year(s):
1977
Summary:
To measure a number of sample forest plots in detail to assemble a body of data with which to test a computer simulation model of the growth and development of tree stands....