Long-term effects of climate change on biodiversity and ecosystem processes
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Series / Report no.
Open Access
Type
Report
Language
en
Date
2002-03-01
Research Projects
Organizational Units
Journal Issue
Title
Long-term effects of climate change on biodiversity
and ecosystem processes
Translated Title
Lange-termijn gevolgen van klimaatverandering op
biodiversiteit en ecosysteemprocessen
Published in
Abstract
Abstract niet beschikbaar
During the last century human-induced changes in atmospheric deposition, land use and water management greatly affected growing conditions of plant and animal species and dramatic changes in biological diversity in natural ecosystems have been observed. Predicted climate change as a result of increasing atmospheric CO2 concentrations may further threaten biodiversity. This project aimed at answering: what have been the effects of changes in atmospheric CO2 concentrations, temperature, precipitation and atmospheric nitrogen deposition levels on diversity and distribution patterns of vascular plants and Lepidoptera (moths) species in the past; and what will these effects be in the coming decades? The first subproject described the changes in occurrence and phenology of species that have occurred during the 20th century in the Netherlands and related these changes to possible environmental causes. The second subproject focussed on rain-fed bogs in order to study the relation between climate and species composition over a time period of several centuries. The third subproject modelled the effects of climate change on ecosystem variables that are known to have major impacts on plant diversity such as nitrogen supply, soil acidity, soil moisture and light conditions at soil surface level. The results of the project demonstrate that climate change already has been a strong contributing factor to changes in the occurrence and the phenology of plant species and Lepidoptera species in the Netherlands. The historic analysis of rain-fed peat bogs also demonstrated the impact of climate change on changes in plant species occurrence. The model studies indicate that future climate change may have further consequences for ecosystem processes and species diversity.
During the last century human-induced changes in atmospheric deposition, land use and water management greatly affected growing conditions of plant and animal species and dramatic changes in biological diversity in natural ecosystems have been observed. Predicted climate change as a result of increasing atmospheric CO2 concentrations may further threaten biodiversity. This project aimed at answering: what have been the effects of changes in atmospheric CO2 concentrations, temperature, precipitation and atmospheric nitrogen deposition levels on diversity and distribution patterns of vascular plants and Lepidoptera (moths) species in the past; and what will these effects be in the coming decades? The first subproject described the changes in occurrence and phenology of species that have occurred during the 20th century in the Netherlands and related these changes to possible environmental causes. The second subproject focussed on rain-fed bogs in order to study the relation between climate and species composition over a time period of several centuries. The third subproject modelled the effects of climate change on ecosystem variables that are known to have major impacts on plant diversity such as nitrogen supply, soil acidity, soil moisture and light conditions at soil surface level. The results of the project demonstrate that climate change already has been a strong contributing factor to changes in the occurrence and the phenology of plant species and Lepidoptera species in the Netherlands. The historic analysis of rain-fed peat bogs also demonstrated the impact of climate change on changes in plant species occurrence. The model studies indicate that future climate change may have further consequences for ecosystem processes and species diversity.
Description
Publisher
Wageningen University
Tinea Foundation
IBED
Amsterdam University
Research Group Palynology
IBED
Amsterdam University
PCNE Leiden University
Environmental Systems Analysis Group
Wageningen University
Department of Entomology
IBED
Amsterdam University
Nationaal Herbarium Nederland
Universiteit Leiden
Tinea Foundation
IBED
Amsterdam University
Research Group Palynology
IBED
Amsterdam University
PCNE Leiden University
Environmental Systems Analysis Group
Wageningen University
Department of Entomology
IBED
Amsterdam University
Nationaal Herbarium Nederland
Universiteit Leiden
Sponsors
SG-NOP