Oecologia, ISSN 0029-8549, 9/2018, Volume 188, Issue 1, pp. 107 - 115
Life history changes may change resource use. Such shifts are not well understood in the dung beetles, despite recognised differences in larval and adult...
Environmental DNA | Hydrology/Water Resources | Circellium bacchus | Coprophagy | Ecology | Mitochondrial DNA | Rodent feces | Biodiversity survey | Next generation sequencing | Life Sciences | Megaherbivores | Plant Sciences | Scarabaeinae | SCARABAEIDAE | SIZE | CONSERVATION | FLY-DERIVED DNA | PREFERENCES | ECOLOGY | COLEOPTERA | FOOD | TOOL | Beetles | DNA | Life history | Dung | Surveying | Mammals | Biodiversity | Elephants | Feeding | Diets | Diet | Rodents | Rearing | Adults | Feces | Herbivores | Foraging behaviour | Deoxyribonucleic acid--DNA | Faeces
Environmental DNA | Hydrology/Water Resources | Circellium bacchus | Coprophagy | Ecology | Mitochondrial DNA | Rodent feces | Biodiversity survey | Next generation sequencing | Life Sciences | Megaherbivores | Plant Sciences | Scarabaeinae | SCARABAEIDAE | SIZE | CONSERVATION | FLY-DERIVED DNA | PREFERENCES | ECOLOGY | COLEOPTERA | FOOD | TOOL | Beetles | DNA | Life history | Dung | Surveying | Mammals | Biodiversity | Elephants | Feeding | Diets | Diet | Rodents | Rearing | Adults | Feces | Herbivores | Foraging behaviour | Deoxyribonucleic acid--DNA | Faeces
Journal Article
Conservation Biology, ISSN 0888-8892, 10/2016, Volume 30, Issue 5, pp. 1070 - 1079
Conservation actions need to be prioritized, often taking into account species’ extinction risk. The International Union for Conservation of Nature (IUCN) Red...
Lista Roja UICN | habitat loss | species conservation | teledetección | conservation prioritization | IUCN Red List | pérdida de hábitat | priorización de la conservación | remote sensing | conservación de especies | forest loss | pérdida de bosques | Teledetección | Forest loss | Pérdida de hábitat | Habitat loss | Conservación de especies | Conservation prioritization | Species conservation | Pérdida de bosques | Remote sensing | Priorización de la conservación | BIODIVERSITY | perdida de habitat | perdida de bosques | priorizacion de la conservacion | teledeteccion | POOR | conservacion de especies | RESOLUTION GLOBAL-MAPS | RATES | ENVIRONMENTAL SCIENCES | CONSERVATION | HABITAT | ECOLOGY | BIODIVERSITY CONSERVATION | FOREST COVER CHANGE | BIRDS | MAMMALS | Asia, Southeastern | Central America | Vertebrates | Forests | Animals | Conservation of Natural Resources | Madagascar | Extinction, Biological | Deforestation | Wildlife conservation | Extinction (Biology) | Environmental law, International | Animal populations | Terrestrial ecosystems | Extinction | Risk assessment | Aquatic reptiles | Terrestrial environments | Species extinction | Conservation | Amphibia | Criteria | Nature conservation | Ecological risk assessment | Risks | Endangered & extinct species | Species | Framework | Evaluation | Satellite sensing | Birds | Data | Mammals | Imagery | Amphibians | Population decline | Satellite imagery | Satellites
Lista Roja UICN | habitat loss | species conservation | teledetección | conservation prioritization | IUCN Red List | pérdida de hábitat | priorización de la conservación | remote sensing | conservación de especies | forest loss | pérdida de bosques | Teledetección | Forest loss | Pérdida de hábitat | Habitat loss | Conservación de especies | Conservation prioritization | Species conservation | Pérdida de bosques | Remote sensing | Priorización de la conservación | BIODIVERSITY | perdida de habitat | perdida de bosques | priorizacion de la conservacion | teledeteccion | POOR | conservacion de especies | RESOLUTION GLOBAL-MAPS | RATES | ENVIRONMENTAL SCIENCES | CONSERVATION | HABITAT | ECOLOGY | BIODIVERSITY CONSERVATION | FOREST COVER CHANGE | BIRDS | MAMMALS | Asia, Southeastern | Central America | Vertebrates | Forests | Animals | Conservation of Natural Resources | Madagascar | Extinction, Biological | Deforestation | Wildlife conservation | Extinction (Biology) | Environmental law, International | Animal populations | Terrestrial ecosystems | Extinction | Risk assessment | Aquatic reptiles | Terrestrial environments | Species extinction | Conservation | Amphibia | Criteria | Nature conservation | Ecological risk assessment | Risks | Endangered & extinct species | Species | Framework | Evaluation | Satellite sensing | Birds | Data | Mammals | Imagery | Amphibians | Population decline | Satellite imagery | Satellites
Journal Article
Biological Journal of the Linnean Society, ISSN 0024-4066, 03/2015, Volume 114, Issue 3, pp. 566 - 573
Contact zones between two evolutionary lineages are often useful for understanding the process of speciation because the observed genetic pattern reflects the...
gene flow | microsatellites | hybridization | speciation | Gene flow | Microsatellites | Hybridization | Speciation | PHYLOGEOGRAPHY | POPULATIONS | SOFTWARE | STRATEGIES | EVOLUTIONARY BIOLOGY | EVOLUTION | MICROSATELLITE MARKERS | WINDOWS | REPTILES | LACERTA-VIVIPARA | Genetic markers | Mitochondrial DNA | Phylogeny | Analysis
gene flow | microsatellites | hybridization | speciation | Gene flow | Microsatellites | Hybridization | Speciation | PHYLOGEOGRAPHY | POPULATIONS | SOFTWARE | STRATEGIES | EVOLUTIONARY BIOLOGY | EVOLUTION | MICROSATELLITE MARKERS | WINDOWS | REPTILES | LACERTA-VIVIPARA | Genetic markers | Mitochondrial DNA | Phylogeny | Analysis
Journal Article
Conservation Biology, ISSN 0888-8892, 02/2016, Volume 30, Issue 1, pp. 189 - 195
Journal Article
Conservation Biology, ISSN 0888-8892, 10/2016, Volume 30, Issue 5, pp. 1070 - 1079
Journal Article
Journal of Animal Ecology, ISSN 0021-8790, 7/2012, Volume 81, Issue 4, pp. 781 - 787
1. Correlative species distribution models (SDMs) assess relationships between species distribution data and environmental features, to evaluate the...
Conservation biology | Population ecology | Ecological modeling | Animal ecology | Habitat conservation | Breeding | Species | Modeling | Parametric models | Environmental conservation | Habitat preferences | breeding success | MaxEnt | Lanius collurio | passerine birds | territory size | habitat quality | environmental suitability | Passerine birds | Habitat quality | Environmental suitability | Breeding success | Territory size | BIODIVERSITY | REGRESSION | SHRIKE LANIUS-COLLURIO | PREDICTION | BREEDING PERFORMANCE | CONSERVATION | ZOOLOGY | HABITAT | DYNAMICS | ECOLOGY | HOME-RANGE SIZE | Conservation of Natural Resources - methods | Reproduction | Territoriality | Animals | Fertility | Models, Biological | Ecosystem | Songbirds - physiology | Italy | Seasons | Animal reproduction | Birds | Mathematical models | Animal populations | Dispersal
Conservation biology | Population ecology | Ecological modeling | Animal ecology | Habitat conservation | Breeding | Species | Modeling | Parametric models | Environmental conservation | Habitat preferences | breeding success | MaxEnt | Lanius collurio | passerine birds | territory size | habitat quality | environmental suitability | Passerine birds | Habitat quality | Environmental suitability | Breeding success | Territory size | BIODIVERSITY | REGRESSION | SHRIKE LANIUS-COLLURIO | PREDICTION | BREEDING PERFORMANCE | CONSERVATION | ZOOLOGY | HABITAT | DYNAMICS | ECOLOGY | HOME-RANGE SIZE | Conservation of Natural Resources - methods | Reproduction | Territoriality | Animals | Fertility | Models, Biological | Ecosystem | Songbirds - physiology | Italy | Seasons | Animal reproduction | Birds | Mathematical models | Animal populations | Dispersal
Journal Article
BMC Genomics, ISSN 1471-2164, 07/2010, Volume 11, Issue 1, pp. 434 - 434
Background: DNA barcoding is a key tool for assessing biodiversity in both taxonomic and environmental studies. Essential features of barcodes include their...
PLANT | IDENTIFY | DIET | SEARCH | BIOTECHNOLOGY & APPLIED MICROBIOLOGY | GENETICS & HEREDITY | DIVERSITY | Reproducibility of Results | Animals | DNA Fingerprinting - standards | Humans | Computational Biology | Polymerase Chain Reaction | Databases, Genetic | DNA Primers - genetics | Mice | Sequence Analysis, DNA | DNA Fingerprinting - methods | Quality Control | Polymerase chain reaction | Usage | Research | DNA barcoding | Biological diversity | Computational biology
PLANT | IDENTIFY | DIET | SEARCH | BIOTECHNOLOGY & APPLIED MICROBIOLOGY | GENETICS & HEREDITY | DIVERSITY | Reproducibility of Results | Animals | DNA Fingerprinting - standards | Humans | Computational Biology | Polymerase Chain Reaction | Databases, Genetic | DNA Primers - genetics | Mice | Sequence Analysis, DNA | DNA Fingerprinting - methods | Quality Control | Polymerase chain reaction | Usage | Research | DNA barcoding | Biological diversity | Computational biology
Journal Article
Journal of Animal Ecology, ISSN 0021-8790, 07/2012, Volume 81, Issue 4, pp. 781 - 787
Journal Article
Molecular Ecology Resources, ISSN 1755-098X, 05/2015, Volume 15, Issue 3, pp. 543 - 556
Environmental DNA (eDNA) metabarcoding is increasingly used to study the present and past biodiversity. eDNA analyses often rely on amplification of very small...
lake sediments | detectability | false‐positive detection | occupancy modelling | false negatives | species occurrence | earthworms | simulations | Simulations | Occupancy modelling | Detectability | Lake sediments | Earthworms | False-positive detection | False negatives | Species occurrence | BIODIVERSITY | BIOCHEMISTRY & MOLECULAR BIOLOGY | DETECTION PROBABILITIES | ANCIENT DNA | OCCUPANCY | false-positive detection | SPECIES DISTRIBUTION MODELS | EVOLUTIONARY BIOLOGY | DIET | ENVIRONMENTAL DNA | ECOLOGY | WATER SAMPLES | PREY DNA | IMPERFECT DETECTION | DNA Barcoding, Taxonomic - standards | Metagenomics - standards | Environmental Microbiology | Diagnostic Errors | DNA Barcoding, Taxonomic - methods | Metagenomics - methods | Analysis | Deoxyribonucleic acid--DNA
lake sediments | detectability | false‐positive detection | occupancy modelling | false negatives | species occurrence | earthworms | simulations | Simulations | Occupancy modelling | Detectability | Lake sediments | Earthworms | False-positive detection | False negatives | Species occurrence | BIODIVERSITY | BIOCHEMISTRY & MOLECULAR BIOLOGY | DETECTION PROBABILITIES | ANCIENT DNA | OCCUPANCY | false-positive detection | SPECIES DISTRIBUTION MODELS | EVOLUTIONARY BIOLOGY | DIET | ENVIRONMENTAL DNA | ECOLOGY | WATER SAMPLES | PREY DNA | IMPERFECT DETECTION | DNA Barcoding, Taxonomic - standards | Metagenomics - standards | Environmental Microbiology | Diagnostic Errors | DNA Barcoding, Taxonomic - methods | Metagenomics - methods | Analysis | Deoxyribonucleic acid--DNA
Journal Article
Biological Journal of the Linnean Society, ISSN 0024-4066, 03/2015, Volume 114, Issue 3, pp. 566 - 573
Journal Article
Journal of Animal Ecology, ISSN 0021-8790, 05/2014, Volume 83, Issue 3, pp. 606 - 615
Summary Heterochrony, the change in the rate or timing of development between ancestors and their descendants, plays a major role in evolution. When...
polymorphism | spatio‐temporal scale | long‐term survey | metamorphosis | newt | ecological processes | Newt | Ecological processes | Long-term survey | Spatio-temporal scale | Metamorphosis | Polymorphism | spatio-temporal scale | PAEDOMORPHIC NEWTS | EVOLUTION | ZOOLOGY | MODELS | long-term survey | ONTOGENY | ECOLOGY | SELECTION | TRITURUS-ALPESTRIS AMPHIBIA | AMBYSTOMA-TALPOIDEUM | LIFE | FOOD | Biological Evolution | Metamorphosis, Biological | Phenotype | Animals | Environment | Salamandridae - growth & development | France | Salamandridae - genetics | Ponds | Amphibians | Analysis
polymorphism | spatio‐temporal scale | long‐term survey | metamorphosis | newt | ecological processes | Newt | Ecological processes | Long-term survey | Spatio-temporal scale | Metamorphosis | Polymorphism | spatio-temporal scale | PAEDOMORPHIC NEWTS | EVOLUTION | ZOOLOGY | MODELS | long-term survey | ONTOGENY | ECOLOGY | SELECTION | TRITURUS-ALPESTRIS AMPHIBIA | AMBYSTOMA-TALPOIDEUM | LIFE | FOOD | Biological Evolution | Metamorphosis, Biological | Phenotype | Animals | Environment | Salamandridae - growth & development | France | Salamandridae - genetics | Ponds | Amphibians | Analysis
Journal Article
Ecology and Evolution, ISSN 2045-7758, 12/2014, Volume 4, Issue 24, pp. 4701 - 4735
Biodiversity continues to decline in the face of increasing anthropogenic pressures such as habitat destruction, exploitation, pollution and introduction of...
land use | Data sharing | global change | habitat destruction | Habitat destruction | Land use | Global change | TROPICAL FOREST | PLANT COMMUNITY COMPOSITION | BIRD SPECIES RICHNESS | SARISKA-TIGER RESERVE | EVOLUTIONARY BIOLOGY | BOMBUS SPP. HYMENOPTERA | LAND-USE CHANGE | VOLANT SMALL MAMMALS | POST-LOGGING RECOVERY | ECOLOGY | BUMBLEBEE NEST DENSITY | DUNG BEETLE COLEOPTERA | Taxonomy | Reptiles & amphibians | Data bases | Biological diversity | Reptiles | Plants (botany) | Introduced species | Ecosystems | Human influences | Terrestrial environments | Spatial analysis | Amphibia | Birds | Biodiversity | Amphibians | Anthropogenic factors | Exploitation | Datasets | Beetles | Databases | Environmental degradation | Data sets | Flowering | Trends | Gymnosperms | Ecology: 488 | VDP | Zoology and botany: 480 | Zoologiske og botaniske fag: 480 | Matematikk og Naturvitenskap: 400 | Mathematics and natural science: 400 | Økologi: 488 | Life Sciences | Original Research | Naturvetenskap | Natural Sciences | växtekologi | Earth and Related Environmental Sciences | Geovetenskap och miljövetenskap | Plant Ecology
land use | Data sharing | global change | habitat destruction | Habitat destruction | Land use | Global change | TROPICAL FOREST | PLANT COMMUNITY COMPOSITION | BIRD SPECIES RICHNESS | SARISKA-TIGER RESERVE | EVOLUTIONARY BIOLOGY | BOMBUS SPP. HYMENOPTERA | LAND-USE CHANGE | VOLANT SMALL MAMMALS | POST-LOGGING RECOVERY | ECOLOGY | BUMBLEBEE NEST DENSITY | DUNG BEETLE COLEOPTERA | Taxonomy | Reptiles & amphibians | Data bases | Biological diversity | Reptiles | Plants (botany) | Introduced species | Ecosystems | Human influences | Terrestrial environments | Spatial analysis | Amphibia | Birds | Biodiversity | Amphibians | Anthropogenic factors | Exploitation | Datasets | Beetles | Databases | Environmental degradation | Data sets | Flowering | Trends | Gymnosperms | Ecology: 488 | VDP | Zoology and botany: 480 | Zoologiske og botaniske fag: 480 | Matematikk og Naturvitenskap: 400 | Mathematics and natural science: 400 | Økologi: 488 | Life Sciences | Original Research | Naturvetenskap | Natural Sciences | växtekologi | Earth and Related Environmental Sciences | Geovetenskap och miljövetenskap | Plant Ecology
Journal Article