The relative annual basal area increment of mature Norway spruce trees in south-central Sweden during 9 years was used as the response variable and analysed in relation to ozone exposure, meteorological conditions, soil moisture and stand characteristics. The method used was a modified multiple regression analysis, allowing for dependencies between observations from the same plots. The selected statistical model explained 91% of the variation in the annual relative basal area increment. The strongest explanatory variable was the stand basal area, followed by the temperature sum and the soil moisture index. After these three variables, the ozone index was the most important variable. Its effect was negative and highly significant. The averag...
Ground-level ozone (O3) is a harmful air pollutant causing reduced crop yield and quality, reduced f...
Understanding the effects of nitrogen deposition, ozone and climate on tree growth is important for ...
Light (LM) and transmission electron (TEM) microscopy were used to study previously specified ozone ...
The critical level of ozone flux for forest trees is based entirely on biomass data from fumigation ...
This paper introduces a series of publications referring to a single 14-month laboratory study testi...
Puslapiai nurodyti pagal pataisytą leidinįAdaptation of the local tree species to recent environment...
Four-year-old, seed-grown trees of Norway spruce (Picea abies (L.) Karst.) were exposed in open-top ...
Tropospheric ozone has been reported to affect forest health and growth, ultimately reducing the pot...
This paper summarizes and evaluates the main findings of 14 preceding papers related to the joint 14...
This study presents mountain forest Norway spruce (Picea abies) injured by surface ozone and oxidati...
Carbon sequestration by terrestrial vegetation is important for the budget of greenhouse gas (GHG) f...
Elevated levels of both ozone and UV-B radiation are typical for high-altitude sites. Few studies ha...
The estimate of growth losses by ozone exposure of forest trees is a significant part in current C s...
The study aimed to explore if changes in crown defoliation and stem growth of Scots pines (Pinus syl...
Elevated levels of both ozone and UV-B radiation are typical for high-altitude sites. Few studies ha...
Ground-level ozone (O3) is a harmful air pollutant causing reduced crop yield and quality, reduced f...
Understanding the effects of nitrogen deposition, ozone and climate on tree growth is important for ...
Light (LM) and transmission electron (TEM) microscopy were used to study previously specified ozone ...
The critical level of ozone flux for forest trees is based entirely on biomass data from fumigation ...
This paper introduces a series of publications referring to a single 14-month laboratory study testi...
Puslapiai nurodyti pagal pataisytą leidinįAdaptation of the local tree species to recent environment...
Four-year-old, seed-grown trees of Norway spruce (Picea abies (L.) Karst.) were exposed in open-top ...
Tropospheric ozone has been reported to affect forest health and growth, ultimately reducing the pot...
This paper summarizes and evaluates the main findings of 14 preceding papers related to the joint 14...
This study presents mountain forest Norway spruce (Picea abies) injured by surface ozone and oxidati...
Carbon sequestration by terrestrial vegetation is important for the budget of greenhouse gas (GHG) f...
Elevated levels of both ozone and UV-B radiation are typical for high-altitude sites. Few studies ha...
The estimate of growth losses by ozone exposure of forest trees is a significant part in current C s...
The study aimed to explore if changes in crown defoliation and stem growth of Scots pines (Pinus syl...
Elevated levels of both ozone and UV-B radiation are typical for high-altitude sites. Few studies ha...
Ground-level ozone (O3) is a harmful air pollutant causing reduced crop yield and quality, reduced f...
Understanding the effects of nitrogen deposition, ozone and climate on tree growth is important for ...
Light (LM) and transmission electron (TEM) microscopy were used to study previously specified ozone ...