Wetland-forest dynamics is a subject of great theoretical and practical interest, particularly with respect to the boreal forest in the USSR. Scandinavia and Canada. Under current hydrological conditions, the characteristic time for succession from forest to bog (or vice versa) is about 100 years. But with greenhouse-gas warming of the atmosphere during the next 50 years, succession rates may be considerably altered, and this might have significant impact on the forest sector. It is therefore essential that models be developed and tested with historical data, so that an idea may be obtained of likely future states. This Working Paper is a significant contribution to the literature on wetland-forest dynamics
Abstract Background Conceptual models of forest dynam...
Substantial deposits of peat have accumulated since the last glacial. Since peat accumulation rates ...
This dissertation describes the development and analysis of a new forest dynamics model. The NORTHer...
It is well known that woodlands play a crucial role in stabilizing the natural environment. They gre...
This manuscript is a result of discussions prior to and during the workshops "Impacts of Change In C...
This literature survey summarizes the work of authors describing flooding and fire disturbances in f...
The dynamics of forest fires over large territories is of great practical interest. Previous theoret...
Substantial deposits of peat have accumulated since the last glacial. Since peat accumulation rates ...
The stochastic nature of long-term dynamics of soil moisture, water table, and vegetation in wetland...
1. To assess the impacts of climate change on vegetation from stand to global scales, models of for...
1. To assess the impacts of climate change on vegetation from stand to global scales, models of for...
1. To assess the impacts of climate change on vegetation from stand to global scales, models of for...
Anticipated rates of climate change and increased land-use pressure will subject peatlands to distur...
A mathematical model (WETSIM 2.0) was used to simulate wetland hydrology and vegetation dynamics ove...
Background Conceptual models of forest dynamics are powerful cognitive tools, which are indispensab...
Abstract Background Conceptual models of forest dynam...
Substantial deposits of peat have accumulated since the last glacial. Since peat accumulation rates ...
This dissertation describes the development and analysis of a new forest dynamics model. The NORTHer...
It is well known that woodlands play a crucial role in stabilizing the natural environment. They gre...
This manuscript is a result of discussions prior to and during the workshops "Impacts of Change In C...
This literature survey summarizes the work of authors describing flooding and fire disturbances in f...
The dynamics of forest fires over large territories is of great practical interest. Previous theoret...
Substantial deposits of peat have accumulated since the last glacial. Since peat accumulation rates ...
The stochastic nature of long-term dynamics of soil moisture, water table, and vegetation in wetland...
1. To assess the impacts of climate change on vegetation from stand to global scales, models of for...
1. To assess the impacts of climate change on vegetation from stand to global scales, models of for...
1. To assess the impacts of climate change on vegetation from stand to global scales, models of for...
Anticipated rates of climate change and increased land-use pressure will subject peatlands to distur...
A mathematical model (WETSIM 2.0) was used to simulate wetland hydrology and vegetation dynamics ove...
Background Conceptual models of forest dynamics are powerful cognitive tools, which are indispensab...
Abstract Background Conceptual models of forest dynam...
Substantial deposits of peat have accumulated since the last glacial. Since peat accumulation rates ...
This dissertation describes the development and analysis of a new forest dynamics model. The NORTHer...