Global Ecology and Biogeography, ISSN 1466-822X, 3/2012, Volume 21, Issue 3/4, pp. 481 - 497
Aim: Concerns over how global change will influence species distributions, in conjunction with increased emphasis on understanding niche dynamics in...
Invasive species | Ecological modeling | Ecological genetics | Ecological niches | Ordination | Ecological invasion | Biogeography | Environmental space | Ecology | Species | niche similarity | niche conservatism | Centaurea stoebe | ordination | ecological niche model | kernel density | species distribution model | Solenopsis invicta | virtual species | niche equivalency | Species distribution model | Ecological niche model | Kernel density | Niche conservatism | Niche equivalency | Virtual species | Niche similarity | GLOBAL LAND AREAS | SPECIES DISTRIBUTIONS | CLIMATE-CHANGE | PREDICTION | INVASION | GEOGRAPHY, PHYSICAL | EVOLUTION | GEOGRAPHIC DISTRIBUTIONS | MODELS | CONSERVATISM | DATA SETS MATTER | ECOLOGY | Measurement | Marine biology | Evolutionary biology | Niche (Ecology) | Analysis | Methods
Invasive species | Ecological modeling | Ecological genetics | Ecological niches | Ordination | Ecological invasion | Biogeography | Environmental space | Ecology | Species | niche similarity | niche conservatism | Centaurea stoebe | ordination | ecological niche model | kernel density | species distribution model | Solenopsis invicta | virtual species | niche equivalency | Species distribution model | Ecological niche model | Kernel density | Niche conservatism | Niche equivalency | Virtual species | Niche similarity | GLOBAL LAND AREAS | SPECIES DISTRIBUTIONS | CLIMATE-CHANGE | PREDICTION | INVASION | GEOGRAPHY, PHYSICAL | EVOLUTION | GEOGRAPHIC DISTRIBUTIONS | MODELS | CONSERVATISM | DATA SETS MATTER | ECOLOGY | Measurement | Marine biology | Evolutionary biology | Niche (Ecology) | Analysis | Methods
Journal Article
Ecology, ISSN 0012-9658, 02/2015, Volume 96, Issue 2, pp. 318 - 324
Considerable progress has been made in the development of statistical tools to quantify trophic relationships using stable isotope ratios, including tools that...
arctic fish | stable isotopes | spp | Bayesian probabilistic analysis | Beaufort Sea, Yukon Territory, Canada | niche overlap | niche quantification | Coregonus | nicheROVER | Population ecology | Ecological niches | Marine ecology | Animal ecology | Sample size | Reports | Ecology | Ellipses | Isotopes | Species | Isotope ratios | Coregonus spp | Yukon territory | Canada | NicheROVER | Niche overlap | Niche quantification | Stable isotopes | Arctic fish | Beaufort sea | LAKE | STABLE-ISOTOPES | Yukon Territory | MODELS | Beaufort Sea | ECOLOGY | BREADTH | Probability | Animals | Models, Statistical | Models, Biological | Ecosystem | Research | Niche (Ecology) | Ecological research | Methods
arctic fish | stable isotopes | spp | Bayesian probabilistic analysis | Beaufort Sea, Yukon Territory, Canada | niche overlap | niche quantification | Coregonus | nicheROVER | Population ecology | Ecological niches | Marine ecology | Animal ecology | Sample size | Reports | Ecology | Ellipses | Isotopes | Species | Isotope ratios | Coregonus spp | Yukon territory | Canada | NicheROVER | Niche overlap | Niche quantification | Stable isotopes | Arctic fish | Beaufort sea | LAKE | STABLE-ISOTOPES | Yukon Territory | MODELS | Beaufort Sea | ECOLOGY | BREADTH | Probability | Animals | Models, Statistical | Models, Biological | Ecosystem | Research | Niche (Ecology) | Ecological research | Methods
Journal Article
Marine Ecology Progress Series, ISSN 0171-8630, 09/2017, Volume 580, pp. 131 - 151
Mobulid rays, a group of closely related filter-feeders, are threatened globally by bycatch and targeted fisheries. Their habitat use and feeding ecology are...
Bycatch risk | Mixing model | Niche overlap | Feeding ecology | DEVIL RAYS | ANIMAL ECOLOGY | MANTA RAYS | HABITAT USE | EASTERN AUSTRALIA | MARINE & FRESHWATER BIOLOGY | OCEANOGRAPHY | SEASONAL-CHANGES | ECOLOGY | DISCRIMINATION FACTORS | MARINE PREDATORS
Bycatch risk | Mixing model | Niche overlap | Feeding ecology | DEVIL RAYS | ANIMAL ECOLOGY | MANTA RAYS | HABITAT USE | EASTERN AUSTRALIA | MARINE & FRESHWATER BIOLOGY | OCEANOGRAPHY | SEASONAL-CHANGES | ECOLOGY | DISCRIMINATION FACTORS | MARINE PREDATORS
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Individual‐based analyses reveal limited functional overlap in a coral reef fish community
Journal of Animal Ecology, ISSN 0021-8790, 05/2014, Volume 83, Issue 3, pp. 661 - 670
Summary Detailed knowledge of a species’ functional niche is crucial for the study of ecological communities and processes. The extent of niche overlap,...
functional diversity | biodiversity | ecosystem function | community ecology | herbivory | niche partitioning | functional group | Eltonian niche | Siganidae | Community ecology | Ecosystem function | Herbivory | Biodiversity | Functional diversity | Niche partitioning | Functional group | BEHAVIOR | RESILIENCE | PATTERNS | HERBIVOROUS FISHES | REDUNDANCY | PARROTFISHES | ZOOLOGY | SPECIES RICHNESS | ECOLOGY | DIVERSITY | EVOLUTIONARY HISTORY | Ecology - methods | Animals | Models, Biological | Ecosystem | Sensitivity and Specificity | Conservation of Natural Resources | Fishes - physiology | Coral Reefs | Queensland | Coral reefs and islands | Corals | Ecosystems | Analysis | Fishes | Coral reefs | Marine biology | Fish | Marine ecology | Foraging behavior
functional diversity | biodiversity | ecosystem function | community ecology | herbivory | niche partitioning | functional group | Eltonian niche | Siganidae | Community ecology | Ecosystem function | Herbivory | Biodiversity | Functional diversity | Niche partitioning | Functional group | BEHAVIOR | RESILIENCE | PATTERNS | HERBIVOROUS FISHES | REDUNDANCY | PARROTFISHES | ZOOLOGY | SPECIES RICHNESS | ECOLOGY | DIVERSITY | EVOLUTIONARY HISTORY | Ecology - methods | Animals | Models, Biological | Ecosystem | Sensitivity and Specificity | Conservation of Natural Resources | Fishes - physiology | Coral Reefs | Queensland | Coral reefs and islands | Corals | Ecosystems | Analysis | Fishes | Coral reefs | Marine biology | Fish | Marine ecology | Foraging behavior
Journal Article
Proceedings of the Royal Society B: Biological Sciences, ISSN 0962-8452, 01/2014, Volume 281, Issue 1778, p. 20132980
A goal of evolutionary biology is to understand the roles of geography and ecology in speciation. The recent shared ancestry of sister species can leave a...
Niche conservatism | Age-range correlation | Allopatric and ecological speciation | Sister species | Ecological niche | Community phylogenetics | niche conservatism | age-range correlation | allopatric and ecological speciation | sister species | EVOLUTIONARY BIOLOGY | CALIFORNIA FLORA | CLARKIA-LINGULATA | ORIGIN | EVOLUTION | SYMPATRIC SPECIATION | PHYLOGENETIC-RELATIONSHIPS | CONSERVATISM | BIOLOGY | CHARACTER DIVERGENCE | FLOWERING PLANTS | ECOLOGY | DIVERSITY | ecological niche | community phylogenetics | Biological Evolution | Reproduction | Plants - genetics | Species Specificity | Ecosystem | Genetic Speciation | Phylogeography | Phylogeny | Population Dynamics | 1001
Niche conservatism | Age-range correlation | Allopatric and ecological speciation | Sister species | Ecological niche | Community phylogenetics | niche conservatism | age-range correlation | allopatric and ecological speciation | sister species | EVOLUTIONARY BIOLOGY | CALIFORNIA FLORA | CLARKIA-LINGULATA | ORIGIN | EVOLUTION | SYMPATRIC SPECIATION | PHYLOGENETIC-RELATIONSHIPS | CONSERVATISM | BIOLOGY | CHARACTER DIVERGENCE | FLOWERING PLANTS | ECOLOGY | DIVERSITY | ecological niche | community phylogenetics | Biological Evolution | Reproduction | Plants - genetics | Species Specificity | Ecosystem | Genetic Speciation | Phylogeography | Phylogeny | Population Dynamics | 1001
Journal Article
Canadian Journal of Zoology, ISSN 0008-4301, 2018, Volume 96, Issue 5, pp. 497 - 504
Range expansions by generalists can alter communities and introduce competitive pressures on native species. In the Great Basin Desert, USA, coyotes (Canis...
concurrence | coyote | intraguild predation | competition | prédation intraguilde | diet | Canis latrans | renard nain | régime alimentaire | Vulpes macrotis | kit fox | Competition | Diet | Kit fox | Coyote | Intraguild predation | SOUTH-AFRICA | NICHE OVERLAP | SWIFT FOXES | CLIMATE-CHANGE | CARNIVORES | COMMUNITIES | ZOOLOGY | GREAT-BASIN DESERT | ECOLOGY | Coyotes | Resource partitioning (Ecology) | Observations
concurrence | coyote | intraguild predation | competition | prédation intraguilde | diet | Canis latrans | renard nain | régime alimentaire | Vulpes macrotis | kit fox | Competition | Diet | Kit fox | Coyote | Intraguild predation | SOUTH-AFRICA | NICHE OVERLAP | SWIFT FOXES | CLIMATE-CHANGE | CARNIVORES | COMMUNITIES | ZOOLOGY | GREAT-BASIN DESERT | ECOLOGY | Coyotes | Resource partitioning (Ecology) | Observations
Journal Article
Oecologia, ISSN 0029-8549, 7/2018, Volume 187, Issue 3, pp. 689 - 699
Snow may prevent Arctic herbivores from accessing their forage in winter, forcing them to aggregate in the few patches with limited snow. In High Arctic...
Life Sciences | Competition | Metabarcoding | Hydrology/Water Resources | Stable isotopes | Ecology | Plant Sciences | Tundra | Greenland | PLANT BIOMASS | NICHE OVERLAP | FOOD-WEB | MUSKOXEN | MAMMALIAN HERBIVORES | NORTHEAST GREENLAND | SNOW COVER | STABLE-ISOTOPE | ECOLOGY | SEASONAL ENVIRONMENT | OVIBOS-MOSCHATUS | Snow | Niche overlap | Snowpack | Plant resources | Data processing | Niche breadth | Isotope ratios | Contraction | Feeding | Taxa | Ratios | Diet | Winter | Polar environments | Herbivores | Flowers & plants | Foraging behaviour | Niches
Life Sciences | Competition | Metabarcoding | Hydrology/Water Resources | Stable isotopes | Ecology | Plant Sciences | Tundra | Greenland | PLANT BIOMASS | NICHE OVERLAP | FOOD-WEB | MUSKOXEN | MAMMALIAN HERBIVORES | NORTHEAST GREENLAND | SNOW COVER | STABLE-ISOTOPE | ECOLOGY | SEASONAL ENVIRONMENT | OVIBOS-MOSCHATUS | Snow | Niche overlap | Snowpack | Plant resources | Data processing | Niche breadth | Isotope ratios | Contraction | Feeding | Taxa | Ratios | Diet | Winter | Polar environments | Herbivores | Flowers & plants | Foraging behaviour | Niches
Journal Article
Journal of Agricultural, Biological, and Environmental Statistics, ISSN 1085-7117, 9/2009, Volume 14, Issue 3, pp. 322 - 337
Data from camera traps that record the time of day at which photographs are taken are used widely to study daily activity patterns of photographed species. It...
Density estimation | Cats | Estimation bias | Cameras | Animal traps | Tigers | Coefficients | Density | Estimators | Estimation methods | Biostatistics | Statistics for Life Sciences, Medicine, Health Sciences | Overlap coefficient | Circular data | Agriculture | Sumatran tiger ( Panthera Tigris ) | Trigonometric sum distribution | Kernel density estimation | Statistics | Clouded leopard ( Neofelis diardi ) | Environmental Monitoring/Analysis | Golden cat ( Catopuma Temminckii ) | Sumatran tiger (Panthera Tigris) | Clouded leopard (Neofelis diardi) | Golden cat (Catopuma Temminckii) | Golden cat (Catopuma temminckii) | NICHE OVERLAP | ABSOLUTELY CONTINUOUS DISTRIBUTIONS | STATISTICS & PROBABILITY | DENSITY | PREY | COEFFICIENT | Sumatran tiger (Panthera tigris) | NONPARAMETRIC-ESTIMATION | AFFINITY | BIOLOGY | MATHEMATICAL & COMPUTATIONAL BIOLOGY | SELECTION
Density estimation | Cats | Estimation bias | Cameras | Animal traps | Tigers | Coefficients | Density | Estimators | Estimation methods | Biostatistics | Statistics for Life Sciences, Medicine, Health Sciences | Overlap coefficient | Circular data | Agriculture | Sumatran tiger ( Panthera Tigris ) | Trigonometric sum distribution | Kernel density estimation | Statistics | Clouded leopard ( Neofelis diardi ) | Environmental Monitoring/Analysis | Golden cat ( Catopuma Temminckii ) | Sumatran tiger (Panthera Tigris) | Clouded leopard (Neofelis diardi) | Golden cat (Catopuma Temminckii) | Golden cat (Catopuma temminckii) | NICHE OVERLAP | ABSOLUTELY CONTINUOUS DISTRIBUTIONS | STATISTICS & PROBABILITY | DENSITY | PREY | COEFFICIENT | Sumatran tiger (Panthera tigris) | NONPARAMETRIC-ESTIMATION | AFFINITY | BIOLOGY | MATHEMATICAL & COMPUTATIONAL BIOLOGY | SELECTION
Journal Article
Population Ecology, ISSN 1438-3896, 10/2018, Volume 60, Issue 4, pp. 397 - 403
Even though intra-guild predators frequently prey on the same species, it is unclear whether diet overlap between two predators is a source of interspecific...
Zoology | Behavioral Sciences | Diet overlap | Ecology | Life Sciences | Forestry | Breeding success | Interspecific competition | Tyto alba | Evolutionary Biology | Plant Sciences | Asio otus | Relative and fundamental niche | POPULATION | SUCCESS | TYTO-ALBA | PATTERNS | NORTHERN | REPRODUCTIVE OUTPUT | ASIO-OTUS | LONG-EARED OWLS | ECOLOGY | KESTRELS | Owls | Competition | Hunting | Sympatric populations | Breeding | Niche overlap | Population number | Birds | Interspecific | Prey | Diets | Predators | Diet | Rodents | Small mammals | Species | Niches
Zoology | Behavioral Sciences | Diet overlap | Ecology | Life Sciences | Forestry | Breeding success | Interspecific competition | Tyto alba | Evolutionary Biology | Plant Sciences | Asio otus | Relative and fundamental niche | POPULATION | SUCCESS | TYTO-ALBA | PATTERNS | NORTHERN | REPRODUCTIVE OUTPUT | ASIO-OTUS | LONG-EARED OWLS | ECOLOGY | KESTRELS | Owls | Competition | Hunting | Sympatric populations | Breeding | Niche overlap | Population number | Birds | Interspecific | Prey | Diets | Predators | Diet | Rodents | Small mammals | Species | Niches
Journal Article
Methods in Ecology and Evolution, ISSN 2041-210X, 12/2016, Volume 7, Issue 12, pp. 1503 - 1513
Summary n‐dimensional hypervolumes are commonly applied in ecology and evolutionary studies to describe and compare niches, trait spaces characterizing...
quantiles | trait space | Hutchinson | multivariate range boxes | niche | morphospace | FUNCTIONAL DIVERSITY | TIME | NICHE-BREADTH | HABITAT | FRAMEWORK | ECOLOGY | TRAITS
quantiles | trait space | Hutchinson | multivariate range boxes | niche | morphospace | FUNCTIONAL DIVERSITY | TIME | NICHE-BREADTH | HABITAT | FRAMEWORK | ECOLOGY | TRAITS
Journal Article
Frontiers in Genetics, ISSN 1664-8021, 10/2019, Volume 10
The majority of microbial communities consist of hundreds to thousands of species, creating a massive network of organisms competing for available resources...
metagenome assembled genomes (MAGs) | niche | functional redundancy | microbial communities | metagenomics | bioinformatics
metagenome assembled genomes (MAGs) | niche | functional redundancy | microbial communities | metagenomics | bioinformatics
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Resource partitioning and niche hyper-volume overlap in free-living Pygoscelid penguins
Functional Ecology, ISSN 0269-8463, 6/2010, Volume 24, Issue 3, pp. 646 - 657
1. Species potentially competing for the same resource are considered to be able to co-exist if they occupy different niches. In an apparent example of this,...
Population ecology | Marine ecology | Krill | Foraging | Ecological competition | Interspecific competition | Birds | Human ecology | Penguins | Sea birds | Behavioural ecology | interspecific competition | area utilization | ecological segregation | Pygoscelis papua | Antarctica | Pygoscelis antarctica | foraging ecology | Pygoscelis adeliae | diving behaviour | temporal differences | Temporal differences | Ecological segregation | Diving behaviour | Area utilization | Foraging ecology | DIVING BEHAVIOR | CHINSTRAP PENGUINS | ANTARCTIC KRILL | ADELIE PENGUINS | SEABIRDS | ECOLOGY | SOUTH-SHETLAND ISLANDS | OPTIMAL ALLOCATION | KING-GEORGE-ISLAND | FIELD EXPERIMENTS | Analysis | Competition | Integration | Sympatric populations | Night | Breeding | Niche overlap | Migration | Morning | Mobility | Sympatry | Feeding | Forages | Exploitation | Prey | Partitioning | Efficiency | Surface water | Diving | Physiology | Mathematical models | Resource partitioning | Niches
Population ecology | Marine ecology | Krill | Foraging | Ecological competition | Interspecific competition | Birds | Human ecology | Penguins | Sea birds | Behavioural ecology | interspecific competition | area utilization | ecological segregation | Pygoscelis papua | Antarctica | Pygoscelis antarctica | foraging ecology | Pygoscelis adeliae | diving behaviour | temporal differences | Temporal differences | Ecological segregation | Diving behaviour | Area utilization | Foraging ecology | DIVING BEHAVIOR | CHINSTRAP PENGUINS | ANTARCTIC KRILL | ADELIE PENGUINS | SEABIRDS | ECOLOGY | SOUTH-SHETLAND ISLANDS | OPTIMAL ALLOCATION | KING-GEORGE-ISLAND | FIELD EXPERIMENTS | Analysis | Competition | Integration | Sympatric populations | Night | Breeding | Niche overlap | Migration | Morning | Mobility | Sympatry | Feeding | Forages | Exploitation | Prey | Partitioning | Efficiency | Surface water | Diving | Physiology | Mathematical models | Resource partitioning | Niches
Journal Article
Marine Ecology Progress Series, ISSN 0171-8630, 08/2011, Volume 436, pp. 17 - 28
Fish diets provide information that can be used to explore and model complex ecosystems, and infer resource partitioning among species. The exhaustive sampling...
Non-linear model | Mediterranean | Fish | Generalized dissimilarity modeling | Random forest | Versatility | CENTRAL CHILE | RANDOM FORESTS | NICHE OVERLAP | ASSEMBLAGES | CORAL-REEF | CONTINENTAL-SHELF | MARINE & FRESHWATER BIOLOGY | OCEANOGRAPHY | NATIVE FISHES | LACUSTRINE FISH COMMUNITIES | ECOLOGY | ECOSYSTEM | MORPHOLOGY
Non-linear model | Mediterranean | Fish | Generalized dissimilarity modeling | Random forest | Versatility | CENTRAL CHILE | RANDOM FORESTS | NICHE OVERLAP | ASSEMBLAGES | CORAL-REEF | CONTINENTAL-SHELF | MARINE & FRESHWATER BIOLOGY | OCEANOGRAPHY | NATIVE FISHES | LACUSTRINE FISH COMMUNITIES | ECOLOGY | ECOSYSTEM | MORPHOLOGY
Journal Article
Ecology of Freshwater Fish, ISSN 0906-6691, 10/2018, Volume 27, Issue 4, pp. 888 - 897
We quantified trophic overlap between the invasive, non‐native catfish brown bullhead (Ameiurus nebulosus) and the New Zealand native shortfin eel (Anguilla...
δ13C | δ15N | trophic niche | diet | isotope | gut content | invasive species | STABLE-ISOTOPE RATIOS | NICHE OVERLAP | NEW-ZEALAND | CARBON | N-15 | FOOD-HABITS | FRESH-WATER FISH | FISHERIES | COMPETITION | MARINE & FRESHWATER BIOLOGY | DIET OVERLAP | CONSEQUENCES | NITROGEN | delta C-13 | Larvae | Composition | Nutrition | Omnivores | Eels | Peat | Ingestion | Inland waters | Prey | Catfish | Stable isotopes | Lakes | Fish | Mathematical models | Marine fish | Freshwater fish | Sampling | Invertebrates | Catadromous species | Niches
δ13C | δ15N | trophic niche | diet | isotope | gut content | invasive species | STABLE-ISOTOPE RATIOS | NICHE OVERLAP | NEW-ZEALAND | CARBON | N-15 | FOOD-HABITS | FRESH-WATER FISH | FISHERIES | COMPETITION | MARINE & FRESHWATER BIOLOGY | DIET OVERLAP | CONSEQUENCES | NITROGEN | delta C-13 | Larvae | Composition | Nutrition | Omnivores | Eels | Peat | Ingestion | Inland waters | Prey | Catfish | Stable isotopes | Lakes | Fish | Mathematical models | Marine fish | Freshwater fish | Sampling | Invertebrates | Catadromous species | Niches
Journal Article