Add to ORKGThe analysis of the biomass of larch (genus Larix spp.) trees on the total component composition based on regression equations having the additive biomass structure. Two trends of changes in the tree biomass structure are revealed: due to the mean January temperature and due to the mean annual precipitation. It was shown for the first time that both trends are mutually determined: the intensity of biomass trend in relation to the temperature is changing when depending on the level of precipitation, and the intensity of biomass trend in relation to precipitation level is changing during to a transition from the cold zone to the warm one and vice versa
When using the unique in terms of the volumes of database on the level of a stand of the genus Larix...
Forest ecosystems are an essential part of the global carbon cycle and constitute a large fraction o...
It has been established that in cold climatic zones any increase in rainfall leads to a correspondin...
The analysis of the biomass of larch (genus Larix spp.) trees on the total component composition bas...
The first attempt of modeling changes in the aboveground additive component composition of larch (ge...
The first attempt of modeling changes in the aboveground additive component composition of larch (ge...
In the context of current climate change, it is important to know the patterns characterising the re...
The aim of current study was to develop a generic pseudo-allometric model of the biomass structure o...
The first attempt of modeling changes in additive component composition of biomass of Larix sp. comm...
The analysis of the biomass of oak (genus Quercus spp.) trees on the aboveground component compositi...
Today, estimating of biological productivity or carbon-depositing ability of forests is going on the...
Today, estimating of biological productivity or carbon-depositing ability of forests is going on the...
This article was the first attempt of modeling changes in the additive component composition of 900 ...
The analysis of studies on the relations between tree and forest stand biomass and climatic conditio...
Since ancient times, climate change has largely determined the fate of human civilisation, which was...
When using the unique in terms of the volumes of database on the level of a stand of the genus Larix...
Forest ecosystems are an essential part of the global carbon cycle and constitute a large fraction o...
It has been established that in cold climatic zones any increase in rainfall leads to a correspondin...
The analysis of the biomass of larch (genus Larix spp.) trees on the total component composition bas...
The first attempt of modeling changes in the aboveground additive component composition of larch (ge...
The first attempt of modeling changes in the aboveground additive component composition of larch (ge...
In the context of current climate change, it is important to know the patterns characterising the re...
The aim of current study was to develop a generic pseudo-allometric model of the biomass structure o...
The first attempt of modeling changes in additive component composition of biomass of Larix sp. comm...
The analysis of the biomass of oak (genus Quercus spp.) trees on the aboveground component compositi...
Today, estimating of biological productivity or carbon-depositing ability of forests is going on the...
Today, estimating of biological productivity or carbon-depositing ability of forests is going on the...
This article was the first attempt of modeling changes in the additive component composition of 900 ...
The analysis of studies on the relations between tree and forest stand biomass and climatic conditio...
Since ancient times, climate change has largely determined the fate of human civilisation, which was...
When using the unique in terms of the volumes of database on the level of a stand of the genus Larix...
Forest ecosystems are an essential part of the global carbon cycle and constitute a large fraction o...
It has been established that in cold climatic zones any increase in rainfall leads to a correspondin...