2009, Ecology, biodiversity, and conservation, ISBN 9780521707787, xvi, 287
Landscape change and habitat fragmentation are key factors impacting biodiversity worldwide. These processes have many facets, each of which is usually studied...
Fragmented landscapes | Environmental aspects | Biodiversity conservation | Research | Australia | Tumut (N.S.W.)
Fragmented landscapes | Environmental aspects | Biodiversity conservation | Research | Australia | Tumut (N.S.W.)
Book
Ecology Letters, ISSN 1461-023X, 08/2012, Volume 15, Issue 8, pp. 899 - 911
Climatic changes, including altered precipitation regimes, will affect key ecosystem processes, such as plant productivity and biodiversity for many...
Climate change | experimental design | precipitation patterns | precipitation change | manipulative experiments | precipitation scenarios | Precipitation change | Precipitation patterns | Experimental design | Precipitation scenarios | Manipulative experiments | ELEVATED CO2 | PLANT-SPECIES RICHNESS | FOREST ECOSYSTEMS | TERRESTRIAL ECOSYSTEMS | DROUGHT | ALPINE TUNDRA | WATER DYNAMICS | EUROPEAN CLIMATE | ECOLOGY | PRIMARY PRODUCTIVITY | CLIMATE-CHANGE EXPERIMENTS | Rain | Plant Development | Climate Change | Ecosystem | Adaptation, Biological | Soil | Biomass | Biodiversity | Forecasting | Research - trends
Climate change | experimental design | precipitation patterns | precipitation change | manipulative experiments | precipitation scenarios | Precipitation change | Precipitation patterns | Experimental design | Precipitation scenarios | Manipulative experiments | ELEVATED CO2 | PLANT-SPECIES RICHNESS | FOREST ECOSYSTEMS | TERRESTRIAL ECOSYSTEMS | DROUGHT | ALPINE TUNDRA | WATER DYNAMICS | EUROPEAN CLIMATE | ECOLOGY | PRIMARY PRODUCTIVITY | CLIMATE-CHANGE EXPERIMENTS | Rain | Plant Development | Climate Change | Ecosystem | Adaptation, Biological | Soil | Biomass | Biodiversity | Forecasting | Research - trends
Journal Article
New Phytologist, ISSN 0028-646X, 01/2016, Volume 209, Issue 1, pp. 17 - 28
Summary The first generation of forest free‐air CO2 enrichment (FACE) experiments has successfully provided deeper understanding about how forests respond to...
forest | biodiversity | nitrogen (N) | free‐air CO2 enrichment (FACE) | elevated CO2 | climate | model–data synthesis | phosphorus (P) | enrichment (FACE) | Climate | Elevated CO | Nitrogen (N) | Phosphorus (P) | Forest | Model-data synthesis | Biodiversity | Free-air CO | ECOSYSTEM CARBON | CYCLE MODELS | CLIMATE-CHANGE | PLANT SCIENCES | RESPONSES | free-air CO2 enrichment (FACE) | model-data synthesis | TEMPERATURE | NITROGEN UPTAKE | PRODUCTIVITY | GROWTH | WATER-USE EFFICIENCY | ELEVATED ATMOSPHERIC CO2 | Models, Theoretical | Forests | Eucalyptus - drug effects | England | Trees - drug effects | Dehydration | Rainforest | Trees - physiology | Atmosphere | Eucalyptus - physiology | Brazil | Soil | Australia | Carbon Dioxide - pharmacology | Phosphorus - deficiency | Ecosystems | Analysis | ENVIRONMENTAL SCIENCES | Miljövetenskap | Geovetenskap och miljövetenskap | Climate Research | Naturvetenskap | free-air CO2 enrichment | Klimatforskning | Natural Sciences | FACE | Earth and Related Environmental Sciences | Environmental Sciences
forest | biodiversity | nitrogen (N) | free‐air CO2 enrichment (FACE) | elevated CO2 | climate | model–data synthesis | phosphorus (P) | enrichment (FACE) | Climate | Elevated CO | Nitrogen (N) | Phosphorus (P) | Forest | Model-data synthesis | Biodiversity | Free-air CO | ECOSYSTEM CARBON | CYCLE MODELS | CLIMATE-CHANGE | PLANT SCIENCES | RESPONSES | free-air CO2 enrichment (FACE) | model-data synthesis | TEMPERATURE | NITROGEN UPTAKE | PRODUCTIVITY | GROWTH | WATER-USE EFFICIENCY | ELEVATED ATMOSPHERIC CO2 | Models, Theoretical | Forests | Eucalyptus - drug effects | England | Trees - drug effects | Dehydration | Rainforest | Trees - physiology | Atmosphere | Eucalyptus - physiology | Brazil | Soil | Australia | Carbon Dioxide - pharmacology | Phosphorus - deficiency | Ecosystems | Analysis | ENVIRONMENTAL SCIENCES | Miljövetenskap | Geovetenskap och miljövetenskap | Climate Research | Naturvetenskap | free-air CO2 enrichment | Klimatforskning | Natural Sciences | FACE | Earth and Related Environmental Sciences | Environmental Sciences
Journal Article
4.
Full Text
Means and extremes: building variability into community‐level climate change experiments
Ecology Letters, ISSN 1461-023X, 06/2013, Volume 16, Issue 6, pp. 799 - 806
Experimental studies assessing climatic effects on ecological communities have typically applied static warming treatments. Although these studies have been...
terrestrial | weather scenarios | experimental treatments | down‐scaled climate models | experiments | freshwater | marine | climate change | Climate change | Experimental treatments | Down-scaled climate models | Marine | Terrestrial | Experiments | Freshwater | Weather scenarios | FRESH-WATER ECOSYSTEMS | BIODIVERSITY | WARMER WORLD | EVENTS | BODY-SIZE | RESPONSES | ECOLOGY | down-scaled climate models | WARMING ALTERS | IMPACTS | SCALING-UP | Adaptation, Physiological | Marine Biology | Models, Theoretical | Oceans and Seas | Temperature | Climate Change | Ecosystem | Fresh Water | Calibration | Research Design - trends | Weather | Environmental aspects | Global temperature changes | Analysis
terrestrial | weather scenarios | experimental treatments | down‐scaled climate models | experiments | freshwater | marine | climate change | Climate change | Experimental treatments | Down-scaled climate models | Marine | Terrestrial | Experiments | Freshwater | Weather scenarios | FRESH-WATER ECOSYSTEMS | BIODIVERSITY | WARMER WORLD | EVENTS | BODY-SIZE | RESPONSES | ECOLOGY | down-scaled climate models | WARMING ALTERS | IMPACTS | SCALING-UP | Adaptation, Physiological | Marine Biology | Models, Theoretical | Oceans and Seas | Temperature | Climate Change | Ecosystem | Fresh Water | Calibration | Research Design - trends | Weather | Environmental aspects | Global temperature changes | Analysis
Journal Article
Journal of Environmental Economics and Management, ISSN 0095-0696, 11/2018, Volume 92, pp. 148 - 168
We characterize optimal investment in pollution control measures with uncertain effects that can be learned by experimentation. The anticipation of learning...
POLICY | FERTILIZATION | GOVERNANCE | BALTIC SEA | DEAD ZONES | UNCERTAINTY | CLIMATE-CHANGE | UNINTENDED CONSEQUENCES | ECONOMICS | BUSINESS | ENVIRONMENTAL STUDIES | HYPOXIA | Geoengineering | Analysis | Eutrophication
POLICY | FERTILIZATION | GOVERNANCE | BALTIC SEA | DEAD ZONES | UNCERTAINTY | CLIMATE-CHANGE | UNINTENDED CONSEQUENCES | ECONOMICS | BUSINESS | ENVIRONMENTAL STUDIES | HYPOXIA | Geoengineering | Analysis | Eutrophication
Journal Article
Ecology, ISSN 0012-9658, 04/2013, Volume 94, Issue 4, pp. 787 - 793
The relationship between plant diversity and productivity in grasslands could depend, partly, on how diversity affects vertical distributions of root biomass...
species richness | legume | grass | complementarity | aboveground biomass | root biomass | interspecific interactions | Productivity | Legumes | Root biomass | Rooting depth | Plant roots | Plant ecology | Reports | Plants | Grasses | Aboveground biomass | Soil resources | C4 grass | Interspecific interactions | Complementarity | Species richness | Legume | BIODIVERSITY | SOIL CARBON | PLANT DIVERSITY | ABUNDANCE | MIXTURES | COEXISTENCE | TEMPERATE FORAGE | COMPETITION | ECOLOGY | C-4 grass | WATER | Grasslands | Roots (Botany) | Plant communities | Research
species richness | legume | grass | complementarity | aboveground biomass | root biomass | interspecific interactions | Productivity | Legumes | Root biomass | Rooting depth | Plant roots | Plant ecology | Reports | Plants | Grasses | Aboveground biomass | Soil resources | C4 grass | Interspecific interactions | Complementarity | Species richness | Legume | BIODIVERSITY | SOIL CARBON | PLANT DIVERSITY | ABUNDANCE | MIXTURES | COEXISTENCE | TEMPERATE FORAGE | COMPETITION | ECOLOGY | C-4 grass | WATER | Grasslands | Roots (Botany) | Plant communities | Research
Journal Article
Global Change Biology, ISSN 1354-1013, 05/2015, Volume 21, Issue 5, pp. 1928 - 1938
Predictions of climate‐related shifts in species ranges have largely been based on correlative models. Due to limitations of these models, there is a need for...
Laguncularia racemosa | Avicennia germinans | range expansion | Rhizophora mangle | ecological thresholds | freeze tolerance | species distribution modeling | climate change | Climate change | Species distribution modeling | Freeze tolerance | Range expansion | Ecological thresholds | BIODIVERSITY | EVENTS | ATLANTIC | FREEZING TEMPERATURES | SEA-LEVEL RISE | ENVIRONMENTAL SCIENCES | EVOLUTION | EXTREMES | ECOLOGY | SALT-MARSHES | BIODIVERSITY CONSERVATION | VEGETATION | Geography | Models, Theoretical | Avicennia - physiology | Demography | Rhizophoraceae - physiology | Species Specificity | Florida | Freezing | Adaptation, Biological - physiology | Wetlands | Combretaceae - physiology | Climate Change | Satellite Imagery | Population Dynamics | Climate | Global temperature changes | Analysis | Physiological aspects | Models | Climate models | Remote sensing | Estuaries
Laguncularia racemosa | Avicennia germinans | range expansion | Rhizophora mangle | ecological thresholds | freeze tolerance | species distribution modeling | climate change | Climate change | Species distribution modeling | Freeze tolerance | Range expansion | Ecological thresholds | BIODIVERSITY | EVENTS | ATLANTIC | FREEZING TEMPERATURES | SEA-LEVEL RISE | ENVIRONMENTAL SCIENCES | EVOLUTION | EXTREMES | ECOLOGY | SALT-MARSHES | BIODIVERSITY CONSERVATION | VEGETATION | Geography | Models, Theoretical | Avicennia - physiology | Demography | Rhizophoraceae - physiology | Species Specificity | Florida | Freezing | Adaptation, Biological - physiology | Wetlands | Combretaceae - physiology | Climate Change | Satellite Imagery | Population Dynamics | Climate | Global temperature changes | Analysis | Physiological aspects | Models | Climate models | Remote sensing | Estuaries
Journal Article
Journal of Applied Ecology, ISSN 0021-8901, 8/2011, Volume 48, Issue 4, pp. 970 - 979
1. Invasive plants can reduce biodiversity, alter ecosystem functions and have considerable economic impacts. Invasive plant control is therefore the focus of...
Herbicides | Invasive species | Ecosystems | Ecological invasion | Revegetation | REVIEW | Wetland ecology | Plants | Applied ecology | Restoration ecology | Native species | propagule limitation | novel invader | alien species | herbicide | control | weed | revegetation | restoration | Alien species | Control | Restoration | Weed | Novel invader | Propagule limitation | Herbicide | SPECIES-DIVERSITY | TALLGRASS PRAIRIE | MANAGEMENT | PHALARIS-ARUNDINACEA | GRASSLAND | EXOTIC PLANT | WEED-CONTROL | ECOLOGICAL RESTORATION | REMOVAL | PTERIDIUM-AQUILINUM | ECOLOGY | BIODIVERSITY CONSERVATION | Analysis | Biological diversity | Biodiversity
Herbicides | Invasive species | Ecosystems | Ecological invasion | Revegetation | REVIEW | Wetland ecology | Plants | Applied ecology | Restoration ecology | Native species | propagule limitation | novel invader | alien species | herbicide | control | weed | revegetation | restoration | Alien species | Control | Restoration | Weed | Novel invader | Propagule limitation | Herbicide | SPECIES-DIVERSITY | TALLGRASS PRAIRIE | MANAGEMENT | PHALARIS-ARUNDINACEA | GRASSLAND | EXOTIC PLANT | WEED-CONTROL | ECOLOGICAL RESTORATION | REMOVAL | PTERIDIUM-AQUILINUM | ECOLOGY | BIODIVERSITY CONSERVATION | Analysis | Biological diversity | Biodiversity
Journal Article