Sentence examples for simulation of forest from inspiring English sources

The quantitative simulation of forest fire spreading plays an essential role in designing quick risk management and implementing effective suppression policies.

Using the sample plots of the China's Northeast Wangqing Forestry Bureau and the Guangxi Zhuang autonomous region as the tested materials, the simulation of forest distributing map was successfully implemented with the improved sequential indicator simulation (ISIS) algorithm, and thus obtaining a simulation precision of about 80%.

The status quo of the age class distribution is one important determinate when starting the simulation of forest development under the three silvicultural management strategies.

Biogeochemical process models that are optimized for the simulation of forest productivity can thus clearly have a role to play in forest fire science.

The simulation of forest growth under changing climatic conditions and management regimes render the application of a growth model necessary, which factors in different tree species, forest stand structures, management regimes and a climate-sensitive reaction of tree growth and mortality.

For the simulation of forest management strategies we formed virtual forest stands based on plot level information for the distribution of tree species, tree dimensions such as tree height, stem diameters or timber volumes, tree age, and number of trees per hectare.

We developed a simulation model of forest succession in managed loblolly pine (Pinus taeda) short-leaf pine (Pinus echinata) plantations to explore factors that influence temporal variability in avian richness.

The development of diameter increment models is a first step towards a full simulation model of forest development at the European scale.

By combining simulations of forest development with habitat models, and accounting both for stand and landscape scale influences, we projected habitat availability over 150 years in a large Swedish landscape, using rotation lengths which are longer (+22% and +50%) and shorter (−22%) compared to current practices.

Over several years, the duo ran simulations of forest wildfires and prescribed burns.

Simulations of forest and agricultural ecosystems have produced large uncertainties regarding spatial and temporal variability of carbon dynamics, and identification of the driving forces of change [17 22].