Global Change Biology, ISSN 1354-1013, 01/2017, Volume 23, Issue 1, pp. 235 - 244
Tropical savannas are a globally extensive biome prone to rapid vegetation change in response to changing environmental conditions. Via a meta‐analysis, we...
deciduousness | CO 2 | allometry | N‐fixation | woody encroachment | forest expansion | woody vegetation change | fire suppression | land‐use change | land-use change | CO | N-fixation | CO2 | CLIMATE-CHANGE | GLOBAL CHANGE | FIRE REGIMES | SEMIARID SAVANNA | ENVIRONMENTAL SCIENCES | ATMOSPHERIC CO2 | AUSTRALIAN SAVANNA | ECOLOGY | AFRICAN SAVANNA | BIODIVERSITY CONSERVATION | CARBON-DIOXIDE | TROPICAL SAVANNA | SOUTHERN AFRICA | Grassland | South America | Trees | Ecosystem | Africa | Conservation of Natural Resources | Australia | Analysis | Plants | Grasslands | Climate change | Global warming | Vegetation
deciduousness | CO 2 | allometry | N‐fixation | woody encroachment | forest expansion | woody vegetation change | fire suppression | land‐use change | land-use change | CO | N-fixation | CO2 | CLIMATE-CHANGE | GLOBAL CHANGE | FIRE REGIMES | SEMIARID SAVANNA | ENVIRONMENTAL SCIENCES | ATMOSPHERIC CO2 | AUSTRALIAN SAVANNA | ECOLOGY | AFRICAN SAVANNA | BIODIVERSITY CONSERVATION | CARBON-DIOXIDE | TROPICAL SAVANNA | SOUTHERN AFRICA | Grassland | South America | Trees | Ecosystem | Africa | Conservation of Natural Resources | Australia | Analysis | Plants | Grasslands | Climate change | Global warming | Vegetation
Journal Article
Ecology, ISSN 0012-9658, 2/2005, Volume 86, Issue 2, pp. 308 - 319
Increases in the abundance or density of woody plants in historically semiarid and arid grassland ecosystems have important ecological, hydrological, and...
Landscapes | Stream flow | Vegetation | Ecohydrology | Soil water | Climate models | Plants | Woody plants | Encroachment | Special Feature: Ecohydrology | Water cycle | carbon cycling | evapotranspiration | ecohydrology | vegetation change | woody plant encroachment | Woody plant encroachment | Vegetation change | Carbon cycling | Evapotranspiration | WATER YIELD | MOJAVE DESERT | CATCHMENT EXPERIMENTS | NEW-MEXICO | ROOTING DEPTH | TEXAS RANGELANDS | AMERICAN SOUTHWEST | CHIHUAHUAN DESERT | ECOLOGY | GRASSLAND/FOREST CONTINUUM | VEGETATION CHANGES | Ecology | Research | Migration
Landscapes | Stream flow | Vegetation | Ecohydrology | Soil water | Climate models | Plants | Woody plants | Encroachment | Special Feature: Ecohydrology | Water cycle | carbon cycling | evapotranspiration | ecohydrology | vegetation change | woody plant encroachment | Woody plant encroachment | Vegetation change | Carbon cycling | Evapotranspiration | WATER YIELD | MOJAVE DESERT | CATCHMENT EXPERIMENTS | NEW-MEXICO | ROOTING DEPTH | TEXAS RANGELANDS | AMERICAN SOUTHWEST | CHIHUAHUAN DESERT | ECOLOGY | GRASSLAND/FOREST CONTINUUM | VEGETATION CHANGES | Ecology | Research | Migration
Journal Article
Ecology, ISSN 0012-9658, 04/2012, Volume 93, Issue 4, pp. 697 - 703
Woody encroachment is a widespread and acute phenomenon affecting grasslands and savannas worldwide. We performed a meta-analysis of 29 studies from 13...
species richness | biodiversity | woody release | bush encroachment | global change | shrub encroachment | productivity-richness relationship | tree encroachment | ecosystem structure | primary productivity | tree-grass coexistence | Productivity | Terrestrial ecosystems | Plant ecology | Shrubs | Reports | Plants | Grasses | Encroachment | Woody plants | Species | Savannas | tree–grass coexistence | productivity–richness relationship | Productivity-richness relationship | Bush encroachment | Primary productivity | Tree encroachment | Woody release | Tree-grass coexistence | Global change | Shrub encroachment | Biodiversity | Species richness | Ecosystem structure | DETERMINANTS | MESIC GRASSLAND | FOREST | DENSITY | COMMUNITY | DYNAMICS | ECOLOGY | AFRICAN SAVANNA | ECOSYSTEM | RAINFALL | Biological Evolution | Rain | Demography | Conservation of Natural Resources | Plants - classification | North America | Grasslands | Research | Plant populations
species richness | biodiversity | woody release | bush encroachment | global change | shrub encroachment | productivity-richness relationship | tree encroachment | ecosystem structure | primary productivity | tree-grass coexistence | Productivity | Terrestrial ecosystems | Plant ecology | Shrubs | Reports | Plants | Grasses | Encroachment | Woody plants | Species | Savannas | tree–grass coexistence | productivity–richness relationship | Productivity-richness relationship | Bush encroachment | Primary productivity | Tree encroachment | Woody release | Tree-grass coexistence | Global change | Shrub encroachment | Biodiversity | Species richness | Ecosystem structure | DETERMINANTS | MESIC GRASSLAND | FOREST | DENSITY | COMMUNITY | DYNAMICS | ECOLOGY | AFRICAN SAVANNA | ECOSYSTEM | RAINFALL | Biological Evolution | Rain | Demography | Conservation of Natural Resources | Plants - classification | North America | Grasslands | Research | Plant populations
Journal Article
Journal of Ecology, ISSN 0022-0477, 07/2016, Volume 104, Issue 4, pp. 1020 - 1031
Summary Changing winter climate extremes are expected to result in the poleward migration of mangrove forests at the expense of salt marshes. Although...
carbon storage | mangrove forest | range expansion | forest development | ecotone | plant–soil (below‐ground) interactions | woody plant encroachment | soil development | climate change | salt marsh | plant–soil (below-ground) interactions | UNITED-STATES | CLIMATE-CHANGE | AVICENNIA-GERMINANS | SHRUB ENCROACHMENT | SEA-LEVEL | PLANT SCIENCES | GULF-OF-MEXICO | BLUE CARBON | plant-soil (below-ground) interactions | SOUTH FLORIDA | EXPANSION | ECOLOGY | COASTAL WETLANDS | Soils | Global temperature changes | Carbon content | Analysis | Environmental aspects | Tidal marshes | Rain and rainfall | Peat | Investigations | Studies | Precipitation | Soil erosion | Ecosystems | Herbivores | Biomass | Carbon sequestration | Wetlands
carbon storage | mangrove forest | range expansion | forest development | ecotone | plant–soil (below‐ground) interactions | woody plant encroachment | soil development | climate change | salt marsh | plant–soil (below-ground) interactions | UNITED-STATES | CLIMATE-CHANGE | AVICENNIA-GERMINANS | SHRUB ENCROACHMENT | SEA-LEVEL | PLANT SCIENCES | GULF-OF-MEXICO | BLUE CARBON | plant-soil (below-ground) interactions | SOUTH FLORIDA | EXPANSION | ECOLOGY | COASTAL WETLANDS | Soils | Global temperature changes | Carbon content | Analysis | Environmental aspects | Tidal marshes | Rain and rainfall | Peat | Investigations | Studies | Precipitation | Soil erosion | Ecosystems | Herbivores | Biomass | Carbon sequestration | Wetlands
Journal Article
Ecology Letters, ISSN 1461-023X, 07/2011, Volume 14, Issue 7, pp. 709 - 722
Ecology Letters (2011) 14: 709–722 Encroachment of woody plants into grasslands has generated considerable interest among ecologists. Syntheses of encroachment...
desertification | invasion | ecosystem processes | shrubland | degradation | Encroachment | woody | thickening | shrub | Degradation | Woody | Ecosystem processes | Desertification | Shrub | Shrubland | Invasion | Thickening | WOODY PLANT ENCROACHMENT | SEMIARID MEDITERRANEAN GRASSLANDS | SOUTHERN ETHIOPIA | BUSH ENCROACHMENT | NORTH-AMERICAN GRASSLANDS | SPATIAL HETEROGENEITY | CHIHUAHUAN DESERT | SPECIES RICHNESS | ECOLOGY | AFRICAN SAVANNA | SEMIDESERT GRASSLAND | Geography | Introduced Species | Plants | Models, Biological | Ecosystem | Population Dynamics | Grasslands | Soils | Ecosystem components | Global temperature changes | Carbon content | Analysis | Rivers | encroachment
desertification | invasion | ecosystem processes | shrubland | degradation | Encroachment | woody | thickening | shrub | Degradation | Woody | Ecosystem processes | Desertification | Shrub | Shrubland | Invasion | Thickening | WOODY PLANT ENCROACHMENT | SEMIARID MEDITERRANEAN GRASSLANDS | SOUTHERN ETHIOPIA | BUSH ENCROACHMENT | NORTH-AMERICAN GRASSLANDS | SPATIAL HETEROGENEITY | CHIHUAHUAN DESERT | SPECIES RICHNESS | ECOLOGY | AFRICAN SAVANNA | SEMIDESERT GRASSLAND | Geography | Introduced Species | Plants | Models, Biological | Ecosystem | Population Dynamics | Grasslands | Soils | Ecosystem components | Global temperature changes | Carbon content | Analysis | Rivers | encroachment
Journal Article
Remote Sensing of Environment, ISSN 0034-4257, 03/2017, Volume 190, pp. 233 - 246
Woody plant encroachment of eastern redcedar ( ) into native grasslands in the U.S. Southern Great Plains has significantly affected the production of forage...
Woody encroachment | Land cover | Phenology | Vegetation indices | Juniperus virginiana | RICE PLANTING AREA | COVER | INTEGRATING PALSAR | CHINA | IMAGING SCIENCE & PHOTOGRAPHIC TECHNOLOGY | MODIS | ACCURACY | ENVIRONMENTAL SCIENCES | DECIDUOUS RUBBER PLANTATIONS | REMOTE SENSING | TROPICAL FORESTS | OKLAHOMA | VEGETATION | Grasslands | Earth resources technology satellites | Biogeochemical cycles | Analysis | Remote sensing | Algorithms | Plant physiology | Livestock
Woody encroachment | Land cover | Phenology | Vegetation indices | Juniperus virginiana | RICE PLANTING AREA | COVER | INTEGRATING PALSAR | CHINA | IMAGING SCIENCE & PHOTOGRAPHIC TECHNOLOGY | MODIS | ACCURACY | ENVIRONMENTAL SCIENCES | DECIDUOUS RUBBER PLANTATIONS | REMOTE SENSING | TROPICAL FORESTS | OKLAHOMA | VEGETATION | Grasslands | Earth resources technology satellites | Biogeochemical cycles | Analysis | Remote sensing | Algorithms | Plant physiology | Livestock
Journal Article
Austral Ecology, ISSN 1442-9985, 08/2019, Volume 44, Issue 5, pp. 917 - 926
The phenomenon of woody plant thickening in grasslands has been observed globally and is likely to have widespread ecological consequences. It has been...
herbivory | disturbance | fire | shrub encroachment | climate change | KEY FUNCTIONAL TRAIT | STARCH STORAGE | COMPETITIVE INTERACTIONS | NITROGEN RESERVES | INVASIVE PLANTS | ATMOSPHERIC CO2 | SOIL-WATER | ECOLOGY | AFRICAN SAVANNA | CARBON-DIOXIDE | Grasslands | Global temperature changes | Carbohydrates | Plants (botany) | Carbon dioxide | Greenhouses | Prairies | Herbivory | Grasses | Biomass | Woody plants | Encroachment | Storage | Herbivores | Carbon capture and storage | Species | Thickening
herbivory | disturbance | fire | shrub encroachment | climate change | KEY FUNCTIONAL TRAIT | STARCH STORAGE | COMPETITIVE INTERACTIONS | NITROGEN RESERVES | INVASIVE PLANTS | ATMOSPHERIC CO2 | SOIL-WATER | ECOLOGY | AFRICAN SAVANNA | CARBON-DIOXIDE | Grasslands | Global temperature changes | Carbohydrates | Plants (botany) | Carbon dioxide | Greenhouses | Prairies | Herbivory | Grasses | Biomass | Woody plants | Encroachment | Storage | Herbivores | Carbon capture and storage | Species | Thickening
Journal Article
Global Ecology and Biogeography, ISSN 1466-822X, 03/2018, Volume 27, Issue 3, pp. 368 - 379
Aim Across the planet, grass‐dominated biomes are experiencing shrub encroachment driven by atmospheric CO2 enrichment and land‐use change. By altering...
savannas | species richness | biodiversity | grasslands | grazing | shrub thinning | global change | pastoral abandonment | shrub encroachment | woody encroachment | VEGETATION STRUCTURE | KALAHARI SAVANNA RANGELANDS | COMMUNITY COMPOSITION | NORTHERN CHIHUAHUAN DESERT | GEOGRAPHY, PHYSICAL | SOUTH-AFRICAN SAVANNA | AUSTRALIAN SAVANNA | LAND-USE | ECOLOGY | HABITAT STRUCTURE | BIRD COMMUNITY | Biomes | Grasslands | Analysis | Biological diversity | Community structure | Productivity | Annual precipitation | Wildlife conservation | Ecosystems | Terrestrial environments | Carbon dioxide | Rainfall | Abundance | Systematic review | Grasses | Encroachment | Biodiversity | Net Primary Productivity | Land use | Mitigation | Species diversity | Vertebrates | Taxa | Precipitation | Thinning | Continents | Herpetofauna | Species richness
savannas | species richness | biodiversity | grasslands | grazing | shrub thinning | global change | pastoral abandonment | shrub encroachment | woody encroachment | VEGETATION STRUCTURE | KALAHARI SAVANNA RANGELANDS | COMMUNITY COMPOSITION | NORTHERN CHIHUAHUAN DESERT | GEOGRAPHY, PHYSICAL | SOUTH-AFRICAN SAVANNA | AUSTRALIAN SAVANNA | LAND-USE | ECOLOGY | HABITAT STRUCTURE | BIRD COMMUNITY | Biomes | Grasslands | Analysis | Biological diversity | Community structure | Productivity | Annual precipitation | Wildlife conservation | Ecosystems | Terrestrial environments | Carbon dioxide | Rainfall | Abundance | Systematic review | Grasses | Encroachment | Biodiversity | Net Primary Productivity | Land use | Mitigation | Species diversity | Vertebrates | Taxa | Precipitation | Thinning | Continents | Herpetofauna | Species richness
Journal Article
Geophysical Research Letters, ISSN 0094-8276, 06/2019, Volume 46, Issue 12, pp. 6594 - 6603
Woody encroachment is occurring in all tropical savannas of the world. However, in the Brazilian savanna (the Cerrado), the extent of this phenomenon is still...
remote sensing | EVI | woody encroachment | savanna | BIODIVERSITY | CERRADO | CARBON | BIOME | DETERMINANTS | CO2 | FIRE PATTERNS | FOREST | GEOSCIENCES, MULTIDISCIPLINARY | CONSERVATION | VEGETATION | Biodegradation | Vegetative index | Vegetation index | Ecosystems | Environmental policy | Conservation | Imaging techniques | Ecotones | Abandonment | Biodiversity | Land cover | Encroachment | Land use management | Land use | Biological diversity | Degradation | Spectroradiometers | Satellites | Satellite data | Vegetation | Trend analysis | Tropical environment | Fire | Savannahs
remote sensing | EVI | woody encroachment | savanna | BIODIVERSITY | CERRADO | CARBON | BIOME | DETERMINANTS | CO2 | FIRE PATTERNS | FOREST | GEOSCIENCES, MULTIDISCIPLINARY | CONSERVATION | VEGETATION | Biodegradation | Vegetative index | Vegetation index | Ecosystems | Environmental policy | Conservation | Imaging techniques | Ecotones | Abandonment | Biodiversity | Land cover | Encroachment | Land use management | Land use | Biological diversity | Degradation | Spectroradiometers | Satellites | Satellite data | Vegetation | Trend analysis | Tropical environment | Fire | Savannahs
Journal Article