Science · 1988 · 89 citations · 13 references
Life SciencesEcologyPlant BiologyPlant EcologySoil ChemistryTerrestrial EcologyCanopy EcologyGrassland EcologyNitrogen CycleNitrogen ManagementNitrogen NutritionSoil-plant-atmosphere InteractionsAtmospheric DepositionAtmospheric Deposition Of NutrientsAtmospheric Nitrogen DepositionAtmospheric Nutrient DepositionCanopy Nitrogen ContentPlant-atmosphere InteractionsVegetation-atmosphere ExchangeVegetation-atmosphere Interactions
Air pollution can cause a decline in species through acidification of the habitat. New data suggest that the decline may be due to eutrophication rather than acidification. In Western Europe, eutrophication largely results from atmospheric ammonium deposition. The amount deposited on vegetation is a function of its canopy structure. Deposition on grasslands has been underestimated, and a significant amount of the deposited ammonium appears to be assimilated by the plant canopy. These quantities are sufficient to initiate changes in the competitive relations among the plant species.
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Soil acidification from atmospheric ammonium sulphate in forest canopy throughfall
N. van Breemen, P.A. Burrough, E.J. Velthorst et al. · Nature · 1982 · 713 citations · Full text
Agriculture, Forestry, Soil Sciences +15
Raised nutrient levels change heathland into grassland
Gerrit W. Heil, W.H. Diemont · Plant Ecology · 1983 · 382 citations
Agriculture, Ecology, Soil Sciences +12