Calabrian pine (Pinus brutia Ten.) is the most widely distributed coniferous species in Turkey. Forests mostly composed of Calabrian pine constitute the most flammable forests in fire sensitive regions of the country. Especially, regenerated and immature stands of this species have the most fire-prone fuel type. This study evaluates the results of vertical crown fuel distribution and develops some crown fuel models to explain canopy fuel characteristics in natural Calabrian pine stands. A total of 35 trees were cut down and crown fuels were determined vertically. The highest crown fuel load was generally situated in the middle part of tree crown. The percentage of needles in each crown section increased gradually from the beginning of lower...
Pinus brutia forest ecosystem forms a special part in Mediterranean forest ecosystems. This species ...
In this study, soil properties and root biomass responses to prescribed fire were investigated in 25...
This study presents a dynamic model for the prediction of diurnal changes in the moisture content of...
Canopy fuel characteristics play an important role in crown fire behaviour in conifer forests. In th...
Fuels are of great importance in fire behaviour prediction. This paper deals with the prediction of ...
Canopy fuel characteristics that influence the initiation and spread of crown fires were measured i...
Biomass equations are presented for calabrian pine stands within the Adana-Karaisalý Regional Forest...
Accurate fuel load estimation is an important prerequisite for effective forest fire management. The...
The fuel complex variables canopy bulk density and canopy base height are often used to predict crow...
The aim of this study was to develop allometric equations for the estimation of above-ground biomass...
Fuel moisture content is an important variable for forest fires because it affects fuel ignition and...
Assessment of crown fire potential requires quantification of canopy fuels. In this study, canopy fu...
The occurrence of fire in natural ecosystems depends on the prevailing meteorological conditions, th...
The mild climate and, in recent decades, the increased demand for timber have favoured the establish...
[EN] Canopy fuel load, canopy bulk density and canopy base height are structural variables used to p...
Pinus brutia forest ecosystem forms a special part in Mediterranean forest ecosystems. This species ...
In this study, soil properties and root biomass responses to prescribed fire were investigated in 25...
This study presents a dynamic model for the prediction of diurnal changes in the moisture content of...
Canopy fuel characteristics play an important role in crown fire behaviour in conifer forests. In th...
Fuels are of great importance in fire behaviour prediction. This paper deals with the prediction of ...
Canopy fuel characteristics that influence the initiation and spread of crown fires were measured i...
Biomass equations are presented for calabrian pine stands within the Adana-Karaisalý Regional Forest...
Accurate fuel load estimation is an important prerequisite for effective forest fire management. The...
The fuel complex variables canopy bulk density and canopy base height are often used to predict crow...
The aim of this study was to develop allometric equations for the estimation of above-ground biomass...
Fuel moisture content is an important variable for forest fires because it affects fuel ignition and...
Assessment of crown fire potential requires quantification of canopy fuels. In this study, canopy fu...
The occurrence of fire in natural ecosystems depends on the prevailing meteorological conditions, th...
The mild climate and, in recent decades, the increased demand for timber have favoured the establish...
[EN] Canopy fuel load, canopy bulk density and canopy base height are structural variables used to p...
Pinus brutia forest ecosystem forms a special part in Mediterranean forest ecosystems. This species ...
In this study, soil properties and root biomass responses to prescribed fire were investigated in 25...
This study presents a dynamic model for the prediction of diurnal changes in the moisture content of...