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Ecosystems adapted to low nitrogen (N) conditions such as Calluna-heathlands are especially sensitive to enhanced atmospheric N… Expand Elevated atmospheric nitrogen (N) deposition is a major driver of change, altering the structure/functioning of nutrient-poor… Expand The coastal heathlands of North-western Europe are treeless anthropogenic landscape of high conservation value, now threatened by… Expand In the middle of the 19th century was Calluna heath the major nature type in Halland, but the remaining parts today is only 1 500… Expand We analysed 16 years of census data gathered on the island of Hirta (archipelago of St. Kilda) to investigate the effects of… Expand Vegetation modifies microclimatic factors of the habitat such as wind, moisture, and solar radiation. It also determines the… Expand Small-scale, short-term cycles constitute an important aspect of vegetation dynamics. It has been widely accepted that such… Expand SummaryFour heathland spider species, Agroeca proxima, Centromerita concinna, Theridion simile, and Philodromus histrio, were… Expand A review of factors governing vegetation change in heathlands and grasslands is presented, with emphasis on soil factors. Climate… Expand A simple Markov model is used to test the hypothesis that the floristic composition of vegetation colonizing bare ground… Expand