Add to ORKGSurvival functions for different tree species were estimated from data. Age distributions were estimated via imputation using a fitted regression of age versus diameter at breast height. Resampling techniques were used to adjust for disturbances in the data, such as disease and catastrophic fires. The final simulation model includes spatial dependencies. A simulation was run to explore the dynamics of succession under certain assumptions. It was found that over long time periods, trees formed into groups in order to maximize chance of survival
A sensitivity analysis on the impact of uncertainty in tree mortality on the predictions of an indiv...
Simulating long-term, landscape level changes in forest composition requires estimates of stand age ...
Forest succession is an ecological phenomenon that can span centuries. Although the concept of succe...
As population-level patterns of interest in forests emerge from individual vital rates, modelling fo...
Dynamic Vegetation Models (DVMs) are designed to be suitable for simulating forest succession and sp...
Tree mortality is caused by complex interactions between multiple biotic and abiotic factors. Proces...
This paper describes a deterministic computer model for simulating forest dynamics. The model predic...
Environmental concerns and economic pressures on forest ecosystems have led to the development of su...
Earth system models must predict forest responses to global change in order to simulate future globa...
Research since the early 1960's on the development of individual tree based stand growth simulators ...
Traditionally, separate models have been used to predict number of trees per unit area (stand-level ...
The survival model presented relates survival to tree size and vigor. Biological principles establis...
Mortality functions for north Queensland rain forests. Subjective a priori grouping of tropical rain...
Models are pivotal for assessing future forest dynamics under the impacts of changing climate and ma...
A simulation model was used to study the age structure of unmanaged forest landscapes under differen...
A sensitivity analysis on the impact of uncertainty in tree mortality on the predictions of an indiv...
Simulating long-term, landscape level changes in forest composition requires estimates of stand age ...
Forest succession is an ecological phenomenon that can span centuries. Although the concept of succe...
As population-level patterns of interest in forests emerge from individual vital rates, modelling fo...
Dynamic Vegetation Models (DVMs) are designed to be suitable for simulating forest succession and sp...
Tree mortality is caused by complex interactions between multiple biotic and abiotic factors. Proces...
This paper describes a deterministic computer model for simulating forest dynamics. The model predic...
Environmental concerns and economic pressures on forest ecosystems have led to the development of su...
Earth system models must predict forest responses to global change in order to simulate future globa...
Research since the early 1960's on the development of individual tree based stand growth simulators ...
Traditionally, separate models have been used to predict number of trees per unit area (stand-level ...
The survival model presented relates survival to tree size and vigor. Biological principles establis...
Mortality functions for north Queensland rain forests. Subjective a priori grouping of tropical rain...
Models are pivotal for assessing future forest dynamics under the impacts of changing climate and ma...
A simulation model was used to study the age structure of unmanaged forest landscapes under differen...
A sensitivity analysis on the impact of uncertainty in tree mortality on the predictions of an indiv...
Simulating long-term, landscape level changes in forest composition requires estimates of stand age ...
Forest succession is an ecological phenomenon that can span centuries. Although the concept of succe...