The study presents a risk model for stand damage caused by wind. It is associated with the following groups of factors: the variable characteristics of stand, its permanent characteristics, the position of a forest district in the region of the country, the damage that occurred in the stand in the past. The model generates a risk factor for tree damage ranging from 0 to 3. The higher value it indicates, the higher risk for the stand. The model serves for the assessment of risks to stands in the Cracow Regional Directorate of the State Forests
Models predicting forest stand wind-firmness are usually based on the calculation of a critical wind...
We submitted the semi-empirical, process-based wind-risk model ForestGALES to a variance-based sensi...
We employed simulations by forest ecosystem (SIMA) and mechanistic wind damage (HWIND) models in upl...
Aim of study: To develop and evaluate the forest’s wind-risk model, dedicated for stand damage level...
In June 2016, a hurricane damaged the forests of the Regional Directorate of the State Forests in Bi...
Developing a method of wind damage risk assessment: case study in Aquitaine. Mathematical Modelling...
Wind throw is an important risk factor in forest management in North-western Europe. In recent years...
A dynamic process of mortality of Norway spruce stands in south−west Poland, mainly in the Sudety Mt...
International audienceAbstract• ContextAmong natural disturbances, wind storms cause the greatest da...
• The aim of this work was to analyze how the forest structure affects the risk of wind da...
We submitted the semi-empirical, process-based wind-risk model ForestGALES to a variance-based sensi...
AbstractPredicting the probability of wind damage in both natural and managed forests is important f...
Wind is the dominant agent of damage in forests in Western Europe. Traditional wind-damage models ca...
Wind damage is a major disturbance interacting with forest development processes as well in natural ...
On August 11−12, 2017, a hurricane passed from south to north of Poland causing considerable damage ...
Models predicting forest stand wind-firmness are usually based on the calculation of a critical wind...
We submitted the semi-empirical, process-based wind-risk model ForestGALES to a variance-based sensi...
We employed simulations by forest ecosystem (SIMA) and mechanistic wind damage (HWIND) models in upl...
Aim of study: To develop and evaluate the forest’s wind-risk model, dedicated for stand damage level...
In June 2016, a hurricane damaged the forests of the Regional Directorate of the State Forests in Bi...
Developing a method of wind damage risk assessment: case study in Aquitaine. Mathematical Modelling...
Wind throw is an important risk factor in forest management in North-western Europe. In recent years...
A dynamic process of mortality of Norway spruce stands in south−west Poland, mainly in the Sudety Mt...
International audienceAbstract• ContextAmong natural disturbances, wind storms cause the greatest da...
• The aim of this work was to analyze how the forest structure affects the risk of wind da...
We submitted the semi-empirical, process-based wind-risk model ForestGALES to a variance-based sensi...
AbstractPredicting the probability of wind damage in both natural and managed forests is important f...
Wind is the dominant agent of damage in forests in Western Europe. Traditional wind-damage models ca...
Wind damage is a major disturbance interacting with forest development processes as well in natural ...
On August 11−12, 2017, a hurricane passed from south to north of Poland causing considerable damage ...
Models predicting forest stand wind-firmness are usually based on the calculation of a critical wind...
We submitted the semi-empirical, process-based wind-risk model ForestGALES to a variance-based sensi...
We employed simulations by forest ecosystem (SIMA) and mechanistic wind damage (HWIND) models in upl...