2014, Monographs in population biology, ISBN 9780691131269, Volume 53., xiv, 206
Mutualistic interactions among plants and animals have played a paramount role in shaping biodiversity. Yet the majority of studies on mutualistic interactions...
Mutualism (Biology) | Biology, life sciences | Life Sciences | Science | Evolution | Cology | Biology | Biological Sciences | Ecology & Evolutionary Biology
Mutualism (Biology) | Biology, life sciences | Life Sciences | Science | Evolution | Cology | Biology | Biological Sciences | Ecology & Evolutionary Biology
Book
PLoS Biology, ISSN 1544-9173, 09/2016, Volume 14, Issue 9, p. e1002559
Basic research on biodiversity has concentrated on individual species-naming new species, studying distribution patterns, and analyzing their evolutionary...
BIOCHEMISTRY & MOLECULAR BIOLOGY | BIOLOGY | Ecology | Animals | Extinction, Biological | Endangered Species | Humans | Endangered & extinct species | Plant reproduction | Vertebrates | Seeds | Extinction | Ecosystems | Biological diversity
BIOCHEMISTRY & MOLECULAR BIOLOGY | BIOLOGY | Ecology | Animals | Extinction, Biological | Endangered Species | Humans | Endangered & extinct species | Plant reproduction | Vertebrates | Seeds | Extinction | Ecosystems | Biological diversity
Journal Article
Journal of Ecology, ISSN 0022-0477, 01/2017, Volume 105, Issue 1, pp. 75 - 84
Summary Dispersal is a key individual‐based process influencing many life‐history attributes and scaling up to population‐level properties (e.g. metapopulation...
dispersal | seed dispersal | pollination | frugivory | plant–animal interactions | RECRUITMENT | POPULATION | LANDSCAPE | PATTERNS | GENE FLOW | PLANT SCIENCES | PRUNUS-MAHALEB | POLLEN DISPERSAL | TREES | plant-animal interactions | PLANTS | ECOLOGY | Genetics | Taxonomy | Dispersal | Plant ecology
dispersal | seed dispersal | pollination | frugivory | plant–animal interactions | RECRUITMENT | POPULATION | LANDSCAPE | PATTERNS | GENE FLOW | PLANT SCIENCES | PRUNUS-MAHALEB | POLLEN DISPERSAL | TREES | plant-animal interactions | PLANTS | ECOLOGY | Genetics | Taxonomy | Dispersal | Plant ecology
Journal Article
Annual Review of Ecology, Evolution, and Systematics, ISSN 1543-592X, 2007, Volume 38, Issue 1, pp. 567 - 593
The mutually beneficial interactions between plants and their animal pollinators and seed dispersers have been paramount in the generation of Earth's...
Seed dispersal | Coevolution | Mutualism | Complex networks | Pollination | SAMPLING EFFORT | pollination | CAPITA INTERACTION STRENGTH | PHYLOGENETIC ANALYSIS | POLLINATOR INTERACTIONS | ECOLOGICAL NETWORKS | NESTED STRUCTURE | complex networks | EVOLUTIONARY BIOLOGY | seed dispersal | ASYMMETRIC SPECIALIZATION | FOOD WEBS | coevolution | DIFFUSE COEVOLUTION | mutualism | Environmental aspects | Research | Plant-animal interactions | Methods | Biological diversity | Architecture
Seed dispersal | Coevolution | Mutualism | Complex networks | Pollination | SAMPLING EFFORT | pollination | CAPITA INTERACTION STRENGTH | PHYLOGENETIC ANALYSIS | POLLINATOR INTERACTIONS | ECOLOGICAL NETWORKS | NESTED STRUCTURE | complex networks | EVOLUTIONARY BIOLOGY | seed dispersal | ASYMMETRIC SPECIALIZATION | FOOD WEBS | coevolution | DIFFUSE COEVOLUTION | mutualism | Environmental aspects | Research | Plant-animal interactions | Methods | Biological diversity | Architecture
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
Science, ISSN 0036-8075, 4/2006, Volume 312, Issue 5772, pp. 431 - 433
The mutualistic interactions between plants and their pollinators or seed dispersers have played a major role in the maintenance of Earth's biodiversity. To...
Community structure | Animals | Databases | Architecture | Ecosystems | Pollinators | Plant biodiversity | Reports | Frequency distribution | Plants | Species | IMPACT | FOOD-WEB | CAPITA INTERACTION STRENGTH | COMPETITION | STABILITY | MULTIDISCIPLINARY SCIENCES | PATTERNS | PLANTS | Biological Evolution | Symbiosis | Models, Biological | Ecosystem | Mathematics | Pollen | Plant Physiological Phenomena | Biodiversity | Analysis | Research | Biological diversity
Community structure | Animals | Databases | Architecture | Ecosystems | Pollinators | Plant biodiversity | Reports | Frequency distribution | Plants | Species | IMPACT | FOOD-WEB | CAPITA INTERACTION STRENGTH | COMPETITION | STABILITY | MULTIDISCIPLINARY SCIENCES | PATTERNS | PLANTS | Biological Evolution | Symbiosis | Models, Biological | Ecosystem | Mathematics | Pollen | Plant Physiological Phenomena | Biodiversity | Analysis | Research | Biological diversity
Journal Article
Journal of Animal Ecology, ISSN 0021-8790, 11/2016, Volume 85, Issue 6, pp. 1423 - 1426
Species‐specific traits constrain the ways organisms interact in nature. Some pairwise interactions among coexisting species simply do not occur; they are...
ECOLOGY | EVOLUTION | ZOOLOGY | FLOWERS | Biological Evolution | Symbiosis | Brazil | Flowers - anatomy & histology | Animals | Pollination | Evolution | Plants | Natural selection | Plant reproduction | Plant ecology
ECOLOGY | EVOLUTION | ZOOLOGY | FLOWERS | Biological Evolution | Symbiosis | Brazil | Flowers - anatomy & histology | Animals | Pollination | Evolution | Plants | Natural selection | Plant reproduction | Plant ecology
Journal Article
Proceedings of the National Academy of Sciences of the United States of America, ISSN 0027-8424, 12/2007, Volume 104, Issue 50, pp. 19891 - 19896
In natural communities, species and their interactions are often organized as nonrandom networks, showing distinct and repeated complex patterns. A prevalent,...
Biological taxonomies | Extinct species | Pollinating insects | Hyperlinks | Ecology | Plants | Flowers | Modularity | Species | Pollination | Coevolution | Module | Compartment | Nestedness | Species role | COEVOLUTIONARY NETWORKS | MULTIDISCIPLINARY SCIENCES | module | species role | PLANT-ANIMAL INTERACTIONS | COMPARTMENTS | ASYMMETRIES | COMMUNITY STRUCTURE | FOOD WEBS | coevolution | MUTUALISTIC NETWORKS | compartment | nestedness | CONSEQUENCES | ECOLOGY | SPECIALIZATION | Animals | Models, Biological | Ecosystem | Pollination - physiology | Population Dynamics | Environmental aspects | Research | Biological Sciences
Biological taxonomies | Extinct species | Pollinating insects | Hyperlinks | Ecology | Plants | Flowers | Modularity | Species | Pollination | Coevolution | Module | Compartment | Nestedness | Species role | COEVOLUTIONARY NETWORKS | MULTIDISCIPLINARY SCIENCES | module | species role | PLANT-ANIMAL INTERACTIONS | COMPARTMENTS | ASYMMETRIES | COMMUNITY STRUCTURE | FOOD WEBS | coevolution | MUTUALISTIC NETWORKS | compartment | nestedness | CONSEQUENCES | ECOLOGY | SPECIALIZATION | Animals | Models, Biological | Ecosystem | Pollination - physiology | Population Dynamics | Environmental aspects | Research | Biological Sciences
Journal Article
Ecology, ISSN 0012-9658, 9/2002, Volume 83, Issue 9, pp. 2416 - 2424
Recent reviews of plant-pollinator mutualistic networks showed that generalization is a common pattern in this type of interaction. Here we examine the...
Plant interaction | Animals | Ecological genetics | Ecology | Wetland ecology | Food webs | Plants | Insect ecology | Pollination | Altitude | plant–animal interaction | food web | pollination | geographic variation | specialization | interaction-web connectance | insects | networks | mutualism | Networks | Specialization | Food web | Geographic variation | Insects | Interaction-web connectance | Plant-animal interaction | Mutualism | plant-animal interaction | FOOD-WEB PROPERTIES | DIPTEROCARP FOREST | COMMUNITY | SARAWAK | BIOLOGY | insect | SYSTEMS | ECOLOGY | WORLD | Environmental aspects | Mutualism (Biology) | Models
Plant interaction | Animals | Ecological genetics | Ecology | Wetland ecology | Food webs | Plants | Insect ecology | Pollination | Altitude | plant–animal interaction | food web | pollination | geographic variation | specialization | interaction-web connectance | insects | networks | mutualism | Networks | Specialization | Food web | Geographic variation | Insects | Interaction-web connectance | Plant-animal interaction | Mutualism | plant-animal interaction | FOOD-WEB PROPERTIES | DIPTEROCARP FOREST | COMMUNITY | SARAWAK | BIOLOGY | insect | SYSTEMS | ECOLOGY | WORLD | Environmental aspects | Mutualism (Biology) | Models
Journal Article
Ecology Letters, ISSN 1461-023X, 05/2017, Volume 20, Issue 5, pp. 577 - 590
A core interest in studies of mutualistic interactions is the ‘effectiveness’ of mutualists in providing benefits to their partners. In plant‐animal mutualisms...
pollination mutualisms | plant protection mutualisms | seed dispersal mutualisms | Mutualism effectiveness | mycorrhizal mutualisms | rhizobial mutualisms | VISITATION | PLANT | FLORAL VISITORS | QUANTITY | POLLINATOR EFFECTIVENESS | QUALITY COMPONENTS | INTERACTION FREQUENCY | SEED DISPERSAL EFFECTIVENESS | POLLEN DISPERSAL | CONSEQUENCES | ECOLOGY | Models, Theoretical | Symbiosis | Animals | Fungi - physiology | Mycorrhizae | Bacterial Physiological Phenomena | Plant Physiological Phenomena | Seed Dispersal | Pollination | Plant protection | Ecology | Seed dispersal | Dispersal
pollination mutualisms | plant protection mutualisms | seed dispersal mutualisms | Mutualism effectiveness | mycorrhizal mutualisms | rhizobial mutualisms | VISITATION | PLANT | FLORAL VISITORS | QUANTITY | POLLINATOR EFFECTIVENESS | QUALITY COMPONENTS | INTERACTION FREQUENCY | SEED DISPERSAL EFFECTIVENESS | POLLEN DISPERSAL | CONSEQUENCES | ECOLOGY | Models, Theoretical | Symbiosis | Animals | Fungi - physiology | Mycorrhizae | Bacterial Physiological Phenomena | Plant Physiological Phenomena | Seed Dispersal | Pollination | Plant protection | Ecology | Seed dispersal | Dispersal
Journal Article
Scientific Reports, ISSN 2045-2322, 04/2016, Volume 6, Issue 1, p. 24820
Anthropogenic activity is driving population declines and extinctions of large-bodied, fruit-eating animals worldwide. Loss of these frugivores is expected to...
EFFECTIVE POPULATION-SIZE | GENETIC-STRUCTURE | EXACT IDENTIFICATION | TREE POPULATIONS | BODY-SIZE | MULTIDISCIPLINARY SCIENCES | CANARY-ISLANDS | HOME RANGES | LIZARD | GALLOTIA-GALLOTI LACERTIDAE | XERIC HABITAT | Herbivory | Seeds | Extinction, Biological | Endangered & extinct species | Gene flow | Demography | Preservation | Frugivores | Dispersal | Seed dispersal | Plant populations | Recruitment
EFFECTIVE POPULATION-SIZE | GENETIC-STRUCTURE | EXACT IDENTIFICATION | TREE POPULATIONS | BODY-SIZE | MULTIDISCIPLINARY SCIENCES | CANARY-ISLANDS | HOME RANGES | LIZARD | GALLOTIA-GALLOTI LACERTIDAE | XERIC HABITAT | Herbivory | Seeds | Extinction, Biological | Endangered & extinct species | Gene flow | Demography | Preservation | Frugivores | Dispersal | Seed dispersal | Plant populations | Recruitment
Journal Article
Ecology, ISSN 0012-9658, 6/2008, Volume 89, Issue 6, pp. 1573 - 1582
Despite a strong current interest in ecological networks, the bulk of studies are static descriptions of the structure of networks, and very few analyze their...
Power laws | Pollinating insects | Phenology | Pollinators | Flowering | Ecology | New species | Plants | Species | Pollination | preferential attachment | pollination | mutualistic network | abundance | arctic | phenology | constraint | linkages between species | ecological network | Preferential attachment | Mutualistic network | Constraint | Abundance | Ecological network | Linkages between species | Arctic | FOOD-WEB STRUCTURE | COMPLEX | CONNECTANCE | COEVOLUTIONARY NETWORKS | SIZE | ECOLOGICAL NETWORKS | PATTERNS | MODELS | MUTUALISTIC NETWORKS | CONSTRAINTS | ECOLOGY | Plants - metabolism | Animals | Time Factors | Arctic Regions | Ecosystem | Reproduction - physiology | Insecta - physiology | Pollen | Seasons | Environmental aspects | Influence | Mutualism (Biology) | Research | Ecological research
Power laws | Pollinating insects | Phenology | Pollinators | Flowering | Ecology | New species | Plants | Species | Pollination | preferential attachment | pollination | mutualistic network | abundance | arctic | phenology | constraint | linkages between species | ecological network | Preferential attachment | Mutualistic network | Constraint | Abundance | Ecological network | Linkages between species | Arctic | FOOD-WEB STRUCTURE | COMPLEX | CONNECTANCE | COEVOLUTIONARY NETWORKS | SIZE | ECOLOGICAL NETWORKS | PATTERNS | MODELS | MUTUALISTIC NETWORKS | CONSTRAINTS | ECOLOGY | Plants - metabolism | Animals | Time Factors | Arctic Regions | Ecosystem | Reproduction - physiology | Insecta - physiology | Pollen | Seasons | Environmental aspects | Influence | Mutualism (Biology) | Research | Ecological research
Journal Article