Trends in Ecology & Evolution, ISSN 0169-5347, 08/2014, Volume 29, Issue 8, pp. 444 - 450
Dispersal is difficult to quantify and often treated as purely stochastic and extrinsically controlled. Consequently, there remains uncertainty about how...
gene flow | dispersal | population biology | evolution | community ecology | Evolution | Community ecology | Gene flow | Dispersal | Population biology | SEED DISPERSAL | MODEL | HABITAT SELECTION | COEXISTENCE | EVOLUTIONARY BIOLOGY | TRADE-OFF | GENETICS & HEREDITY | LOCAL COMPETITION | ECOLOGY | SPATIAL DYNAMICS | NATURAL LANDSCAPES | Animals | Biodiversity | Animal Distribution - physiology | Plant Dispersal - physiology | Population Dynamics - statistics & numerical data | Selection, Genetic - physiology | Natural selection
gene flow | dispersal | population biology | evolution | community ecology | Evolution | Community ecology | Gene flow | Dispersal | Population biology | SEED DISPERSAL | MODEL | HABITAT SELECTION | COEXISTENCE | EVOLUTIONARY BIOLOGY | TRADE-OFF | GENETICS & HEREDITY | LOCAL COMPETITION | ECOLOGY | SPATIAL DYNAMICS | NATURAL LANDSCAPES | Animals | Biodiversity | Animal Distribution - physiology | Plant Dispersal - physiology | Population Dynamics - statistics & numerical data | Selection, Genetic - physiology | Natural selection
Journal Article
The New Phytologist, ISSN 0028-646X, 10/2010, Volume 188, Issue 2, pp. 333 - 353
Growth in seed dispersal studies has been fast-paced since the seed disperser effectiveness (SDE) framework was developed 17 yr ago. Thus, the time is ripe to...
Seeds | Ecological genetics | Forest ecology | Plant ecology | Tansley review | Birds | Evolution | Seed dispersal | Plants | Seedlings | Fruits | context dependence | seed dispersal | seed disperser effectiveness | diplochory | complementary dispersal | SDE landscape | distance‐dependent SDE | Distance-dependent SDE | Seed disperser effectiveness | Diplochory | Context dependence | Complementary dispersal | DIRECTED DETERRENCE | LONG-DISTANCE DISPERSAL | RESOURCE TRACKING | SPATIAL-PATTERNS | FRUGIVORE ACTIVITY | PLANT SCIENCES | TEMPORAL VARIATION | PRUNUS-MAHALEB | RHAMNUS-ALATERNUS | distance-dependent SDE | FRUIT-EATING BIRDS | QUANTITY COMPONENT | Seeds - growth & development | Seed Dispersal - physiology
Seeds | Ecological genetics | Forest ecology | Plant ecology | Tansley review | Birds | Evolution | Seed dispersal | Plants | Seedlings | Fruits | context dependence | seed dispersal | seed disperser effectiveness | diplochory | complementary dispersal | SDE landscape | distance‐dependent SDE | Distance-dependent SDE | Seed disperser effectiveness | Diplochory | Context dependence | Complementary dispersal | DIRECTED DETERRENCE | LONG-DISTANCE DISPERSAL | RESOURCE TRACKING | SPATIAL-PATTERNS | FRUGIVORE ACTIVITY | PLANT SCIENCES | TEMPORAL VARIATION | PRUNUS-MAHALEB | RHAMNUS-ALATERNUS | distance-dependent SDE | FRUIT-EATING BIRDS | QUANTITY COMPONENT | Seeds - growth & development | Seed Dispersal - physiology
Journal Article
Ecology Letters, ISSN 1461-023X, 04/2014, Volume 17, Issue 4, pp. 454 - 463
Modularity is a recurrent and important property of bipartite ecological networks. Although well‐resolved ecological networks describe interaction frequencies...
ecological networks | modularity | traits | phylogeny | evolutionary history | macroecology | Avian seed dispersal | current and past climate | seasonality | weighted bipartite networks | Macroecology | Seasonality | Phylogeny | Modularity | Evolutionary history | Traits | Current and past climate | Ecological networks | Weighted bipartite networks | CLIMATE-CHANGE | POLLINATION NETWORKS | FOOD WEBS | MUTUALISTIC NETWORKS | PHYLOGENETIC SIGNAL | ARCHITECTURE | BIPARTITE NETWORKS | ECOLOGY | SPECIALIZATION | BIRDS | Climate | Animals | Ecosystem | Seed Dispersal - physiology | Behavior, Animal - physiology | Plant Physiological Phenomena | Birds - physiology | Evolution | Seeds | Algorithms | Plants | Analysis | Ecology | Evolutionary biology | History | Dispersal
ecological networks | modularity | traits | phylogeny | evolutionary history | macroecology | Avian seed dispersal | current and past climate | seasonality | weighted bipartite networks | Macroecology | Seasonality | Phylogeny | Modularity | Evolutionary history | Traits | Current and past climate | Ecological networks | Weighted bipartite networks | CLIMATE-CHANGE | POLLINATION NETWORKS | FOOD WEBS | MUTUALISTIC NETWORKS | PHYLOGENETIC SIGNAL | ARCHITECTURE | BIPARTITE NETWORKS | ECOLOGY | SPECIALIZATION | BIRDS | Climate | Animals | Ecosystem | Seed Dispersal - physiology | Behavior, Animal - physiology | Plant Physiological Phenomena | Birds - physiology | Evolution | Seeds | Algorithms | Plants | Analysis | Ecology | Evolutionary biology | History | Dispersal
Journal Article
The Plant Cell, ISSN 1040-4651, 10/2011, Volume 23, Issue 10, pp. 3641 - 3653
Structural organization of organs in multicellular organisms occurs through intricate patterning mechanisms that often involve complex interactions between...
Yeasts | Carpels | Developmental biology | Auxins | Flower stigma | Basic helix loop helix transcription factors | Gene expression regulation | Plants | Gynoecium | Plant cells | FACTOR FAMILY | TRANSCRIPTION FACTOR SPATULA | BIOCHEMISTRY & MOLECULAR BIOLOGY | FRUIT-DEVELOPMENT | STYLE DEVELOPMENT | CRABS-CLAW | PLANT SCIENCES | CELL BIOLOGY | ORGAN DEVELOPMENT | GYNOECIUM | THALIANA | AUXIN BIOSYNTHESIS | TRACT DEVELOPMENT | Arabidopsis - physiology | Fruit - cytology | Arabidopsis - growth & development | Reproduction - physiology | Fruit - physiology | Arabidopsis Proteins - metabolism | Basic Helix-Loop-Helix Transcription Factors - metabolism | Seeds - growth & development | Fruit - genetics | Arabidopsis Proteins - genetics | Basic Helix-Loop-Helix Transcription Factors - genetics | Indoleacetic Acids - metabolism | Seeds - genetics | Arabidopsis - cytology | Flowers - cytology | Seed Dispersal - physiology | Flowers - growth & development | Regulatory Sequences, Nucleic Acid - genetics | Protein Interaction Mapping | Arabidopsis - genetics | Fruit - growth & development | Phenotype | Seeds - physiology | Gene Expression Regulation, Plant - physiology | Flowers - physiology | Mutation | Flowers - genetics | Arabidopsis thaliana | Transcription factors | Reproduction | Seeds | Plant genetics | Physiological aspects | Genetic aspects | Research | Life Sciences
Yeasts | Carpels | Developmental biology | Auxins | Flower stigma | Basic helix loop helix transcription factors | Gene expression regulation | Plants | Gynoecium | Plant cells | FACTOR FAMILY | TRANSCRIPTION FACTOR SPATULA | BIOCHEMISTRY & MOLECULAR BIOLOGY | FRUIT-DEVELOPMENT | STYLE DEVELOPMENT | CRABS-CLAW | PLANT SCIENCES | CELL BIOLOGY | ORGAN DEVELOPMENT | GYNOECIUM | THALIANA | AUXIN BIOSYNTHESIS | TRACT DEVELOPMENT | Arabidopsis - physiology | Fruit - cytology | Arabidopsis - growth & development | Reproduction - physiology | Fruit - physiology | Arabidopsis Proteins - metabolism | Basic Helix-Loop-Helix Transcription Factors - metabolism | Seeds - growth & development | Fruit - genetics | Arabidopsis Proteins - genetics | Basic Helix-Loop-Helix Transcription Factors - genetics | Indoleacetic Acids - metabolism | Seeds - genetics | Arabidopsis - cytology | Flowers - cytology | Seed Dispersal - physiology | Flowers - growth & development | Regulatory Sequences, Nucleic Acid - genetics | Protein Interaction Mapping | Arabidopsis - genetics | Fruit - growth & development | Phenotype | Seeds - physiology | Gene Expression Regulation, Plant - physiology | Flowers - physiology | Mutation | Flowers - genetics | Arabidopsis thaliana | Transcription factors | Reproduction | Seeds | Plant genetics | Physiological aspects | Genetic aspects | Research | Life Sciences
Journal Article
Philosophical Transactions: Biological Sciences, ISSN 0962-8436, 6/2012, Volume 367, Issue 1596, pp. 1708 - 1718
At a time when plant species are experiencing increasing challenges from climate change, land-use change, harvesting and invasive species, dispersal has become...
Extinct species | Animals | Wildlife conservation | Habitat conservation | Species extinction | Birds | Plants | Seed dispersal | Environmental conservation | Fruits | Rewilding | Seed dispersers | Environmental change | Mutualism | Digestive physiology | GUT RETENTION | PLANT | rewilding | BIRD | environmental change | seed dispersers | digestive physiology | BALEARIC-ISLANDS | PATTERNS | FRAGMENTED LANDSCAPES | TROPICAL RAIN-FOREST | FRUIT REMOVAL | BIOLOGY | ECOLOGY | TREE | mutualism | Geography | Plant Development | Germination | Seed Dispersal - physiology | Feeding Behavior - physiology | Climate Change | Seeds - growth & development | Seeds - physiology | Tropical Climate | Ecosystem | Population Density | Conservation of Natural Resources | Digestive System Physiological Phenomena | 1001 | Review
Extinct species | Animals | Wildlife conservation | Habitat conservation | Species extinction | Birds | Plants | Seed dispersal | Environmental conservation | Fruits | Rewilding | Seed dispersers | Environmental change | Mutualism | Digestive physiology | GUT RETENTION | PLANT | rewilding | BIRD | environmental change | seed dispersers | digestive physiology | BALEARIC-ISLANDS | PATTERNS | FRAGMENTED LANDSCAPES | TROPICAL RAIN-FOREST | FRUIT REMOVAL | BIOLOGY | ECOLOGY | TREE | mutualism | Geography | Plant Development | Germination | Seed Dispersal - physiology | Feeding Behavior - physiology | Climate Change | Seeds - growth & development | Seeds - physiology | Tropical Climate | Ecosystem | Population Density | Conservation of Natural Resources | Digestive System Physiological Phenomena | 1001 | Review
Journal Article
New Phytologist, ISSN 0028-646X, 05/2017, Volume 214, Issue 3, pp. 1307 - 1316
Despite the importance of seed dispersal for survival of plant species in fragmented landscapes, data on seed dispersal at landscape scales remain sparse....
Dysoxylum malabaricum | Plant Science | recruitment | Western Ghats | Physiology | spatial isolation | recolonization | fragmentation | Ocyceros griseus (Malabar grey hornbill) | realized seed dispersal | BIODIVERSITY | POLLEN | PATTERNS | PLANT SCIENCES | GENETIC-STRUCTURE | FOREST FRAGMENTS | CERATOGYMNA HORNBILLS | PLANT-POPULATIONS | TREE | SOUTHERN WESTERN-GHATS | INDIA | Geography | Models, Theoretical | Seedlings - physiology | Tropical Climate | Seed Dispersal - physiology | Conservation of Natural Resources | Phylogeny | Pollen - physiology | India | Analysis | Seeds | Trees | Forests | Microsatellites | Landscape | Vulnerability | Tropical forests | Plant populations | Dispersion | Seedlings | Fragmentation | Bridges | Persistence | Recolonization | Dispersal | Tropical environment | Habitat fragmentation | Flowers & plants | Seed dispersal | Species
Dysoxylum malabaricum | Plant Science | recruitment | Western Ghats | Physiology | spatial isolation | recolonization | fragmentation | Ocyceros griseus (Malabar grey hornbill) | realized seed dispersal | BIODIVERSITY | POLLEN | PATTERNS | PLANT SCIENCES | GENETIC-STRUCTURE | FOREST FRAGMENTS | CERATOGYMNA HORNBILLS | PLANT-POPULATIONS | TREE | SOUTHERN WESTERN-GHATS | INDIA | Geography | Models, Theoretical | Seedlings - physiology | Tropical Climate | Seed Dispersal - physiology | Conservation of Natural Resources | Phylogeny | Pollen - physiology | India | Analysis | Seeds | Trees | Forests | Microsatellites | Landscape | Vulnerability | Tropical forests | Plant populations | Dispersion | Seedlings | Fragmentation | Bridges | Persistence | Recolonization | Dispersal | Tropical environment | Habitat fragmentation | Flowers & plants | Seed dispersal | Species
Journal Article
Ecology, ISSN 0012-9658, 02/2013, Volume 94, Issue 2, pp. 301 - 307
Seed dispersal at large scales strongly influences plant population dynamics. Still, ecologists have rarely measured seed dispersal at relevant scales, and the...
Ilex aquifolium | stable isotopes | hawthorn | Cantabrian Range, northern Spain | directed dispersal | landscape connectivity | Crataegus monogyna | European holly | dispersal kernel | avian dispersers | seed shadow | frugivory | Trees | Landscapes | Street trees | Forest habitats | Reports | Ecology | Seed dispersal | Applied ecology | Isotopes | Landscape ecology | Fruits | Directed dispersal | Dispersal kernel | Avian dispersers | Hawthorn | Cantabrian Range | Northern Spain | Seed shadow | Stable isotopes | Frugivory | Landscape connectivity | BEHAVIOR | PATTERNS | MECHANISMS | ESTABLISHMENT | FRUGIVORES | DENSITY | TREES | MODELS | CONSEQUENCES | PLANTS | ECOLOGY | Animals | Demography | Ecosystem | Seed Dispersal - physiology | Birds - physiology | Ilex - physiology | Rosaceae - physiology | Feeding Behavior - physiology | Seeds | Vegetation dynamics | Research | Dispersal
Ilex aquifolium | stable isotopes | hawthorn | Cantabrian Range, northern Spain | directed dispersal | landscape connectivity | Crataegus monogyna | European holly | dispersal kernel | avian dispersers | seed shadow | frugivory | Trees | Landscapes | Street trees | Forest habitats | Reports | Ecology | Seed dispersal | Applied ecology | Isotopes | Landscape ecology | Fruits | Directed dispersal | Dispersal kernel | Avian dispersers | Hawthorn | Cantabrian Range | Northern Spain | Seed shadow | Stable isotopes | Frugivory | Landscape connectivity | BEHAVIOR | PATTERNS | MECHANISMS | ESTABLISHMENT | FRUGIVORES | DENSITY | TREES | MODELS | CONSEQUENCES | PLANTS | ECOLOGY | Animals | Demography | Ecosystem | Seed Dispersal - physiology | Birds - physiology | Ilex - physiology | Rosaceae - physiology | Feeding Behavior - physiology | Seeds | Vegetation dynamics | Research | Dispersal
Journal Article
Nature Communications, ISSN 2041-1723, 02/2015, Volume 6, Issue 1, p. 6262
Lodgepole pine dwarf mistletoe (DM), Arceuthobium americanum, is a parasitic flowering plant and forest pathogen in North America. Seed dispersal in DM occurs...
PLANT | ALTERNATIVE OXIDASE | ARCEUTHOBIUM | MULTIDISCIPLINARY SCIENCES | Thermogenesis - physiology | Time Factors | Infrared Rays | Seed Dispersal - physiology | Calorimetry, Differential Scanning | Mistletoe - physiology | Thermography
PLANT | ALTERNATIVE OXIDASE | ARCEUTHOBIUM | MULTIDISCIPLINARY SCIENCES | Thermogenesis - physiology | Time Factors | Infrared Rays | Seed Dispersal - physiology | Calorimetry, Differential Scanning | Mistletoe - physiology | Thermography
Journal Article
Scientific Reports, ISSN 2045-2322, 07/2016, Volume 6, Issue 1, p. 29839
Plant regeneration is essential for maintaining forest biodiversity and ecosystem functioning, which are globally threatened by human disturbance. Here we...
METAANALYSIS | DISRUPTION | TROPICAL FOREST BIODIVERSITY | TREE RECRUITMENT | DEFAUNATION | HABITAT FRAGMENTATION | MULTIDISCIPLINARY SCIENCES | CONSEQUENCES | TRAITS | ESTABLISHMENT | DECLINES | Models, Theoretical | Forests | Animals | Herbivory - physiology | Ecosystem | Humans | Seed Dispersal - physiology | Plant Physiological Phenomena | Pollination - physiology
METAANALYSIS | DISRUPTION | TROPICAL FOREST BIODIVERSITY | TREE RECRUITMENT | DEFAUNATION | HABITAT FRAGMENTATION | MULTIDISCIPLINARY SCIENCES | CONSEQUENCES | TRAITS | ESTABLISHMENT | DECLINES | Models, Theoretical | Forests | Animals | Herbivory - physiology | Ecosystem | Humans | Seed Dispersal - physiology | Plant Physiological Phenomena | Pollination - physiology
Journal Article
Proceedings: Biological Sciences, ISSN 0962-8452, 11/2011, Volume 278, Issue 1723, pp. 3329 - 3335
Throughout Amazonia, overfishing has decimated populations of fruit-eating fishes, especially the largebodied characid, Colossoma macropomum. During lengthy...
Forest habitats | Materials | Floodplains | Fish | Seed dispersal | Plants | Telemetry | Freshwater fishes | Modeling | Wildlife habitats | Colossoma macropomum | Frugivorous fish | Movement ecology | Dispersal kernel | Radiotelemetry | movement ecology | BEHAVIOR | dispersal kernel | radiotelemetry | PATTERNS | BRAZIL | FOREST | FLOODPLAIN | EVOLUTIONARY BIOLOGY | PARANA RIVER | seed dispersal | MODELS | frugivorous fish | BIOLOGY | FISH | PLANTS | TREE | ECOLOGY | Algorithms | Animals | Characiformes - physiology | Models, Biological | Computer Simulation | Ecosystem | Seed Dispersal - physiology | Gastrointestinal Transit - physiology | Rivers | Peru | 1001
Forest habitats | Materials | Floodplains | Fish | Seed dispersal | Plants | Telemetry | Freshwater fishes | Modeling | Wildlife habitats | Colossoma macropomum | Frugivorous fish | Movement ecology | Dispersal kernel | Radiotelemetry | movement ecology | BEHAVIOR | dispersal kernel | radiotelemetry | PATTERNS | BRAZIL | FOREST | FLOODPLAIN | EVOLUTIONARY BIOLOGY | PARANA RIVER | seed dispersal | MODELS | frugivorous fish | BIOLOGY | FISH | PLANTS | TREE | ECOLOGY | Algorithms | Animals | Characiformes - physiology | Models, Biological | Computer Simulation | Ecosystem | Seed Dispersal - physiology | Gastrointestinal Transit - physiology | Rivers | Peru | 1001
Journal Article
Ecology Letters, ISSN 1461-023X, 09/2014, Volume 17, Issue 9, pp. 1111 - 1120
Negative density dependence (NDD) of recruitment is pervasive in tropical tree species. We tested the hypotheses that seed dispersal is NDD, due to...
HERBIVORES | population regulation | recruitment limitation | competition for dispersers | MECHANISMS | intraspecific competition | PLANT DIVERSITY | Janzen-Connell | SPATIAL-PATTERNS | FOREST | seed limitation | REMOVAL | SCATTER-HOARDING RODENT | COMPETITION | TROPICAL TREE | Clumping | CONSEQUENCES | tropical forest | escape | species coexistence | Janzen‐Connell | Escape | Recruitment limitation | Population regulation | Seed limitation | Species coexistence | Intraspecific competition | Tropical forest | Competition for dispersers | ECOLOGY | Seedlings - physiology | Tropical Climate | Arecaceae - physiology | Models, Biological | Panama | Population Density | Seed Dispersal - physiology | Analysis | Seeds | Trees | Models | Plant populations | Dispersal | Plant ecology | plant diversity | forest | spatial-patterns | herbivores | tropical tree | removal | consequences | competition | scatter-hoarding rodent | mechanisms
HERBIVORES | population regulation | recruitment limitation | competition for dispersers | MECHANISMS | intraspecific competition | PLANT DIVERSITY | Janzen-Connell | SPATIAL-PATTERNS | FOREST | seed limitation | REMOVAL | SCATTER-HOARDING RODENT | COMPETITION | TROPICAL TREE | Clumping | CONSEQUENCES | tropical forest | escape | species coexistence | Janzen‐Connell | Escape | Recruitment limitation | Population regulation | Seed limitation | Species coexistence | Intraspecific competition | Tropical forest | Competition for dispersers | ECOLOGY | Seedlings - physiology | Tropical Climate | Arecaceae - physiology | Models, Biological | Panama | Population Density | Seed Dispersal - physiology | Analysis | Seeds | Trees | Models | Plant populations | Dispersal | Plant ecology | plant diversity | forest | spatial-patterns | herbivores | tropical tree | removal | consequences | competition | scatter-hoarding rodent | mechanisms
Journal Article