Annual Review of Ecology, Evolution, and Systematics, ISSN 1543-592X, 2008, Volume 39, Issue 1, pp. 301 - 319
Species extinction is both a key process throughout the history of life and a pressing concern in the conservation of present-day biodiversity. These two...
Macroevolution | Phylogeny | Conservation | Fossil record | Paleobiology | paleobiology | macroevolution | BACKGROUND EXTINCTION | INDEPENDENT CONTRASTS | AUSTRALIAN MARSUPIALS | EVOLUTIONARY BIOLOGY | conservation | PALEOGENE PLANKTONIC-FORAMINIFERA | fossil record | DIVERSIFICATION RATES | LIFE-HISTORY | phylogeny | ECOLOGY | MOLECULAR PHYLOGENIES | EVOLUTIONARY HISTORY | TAXONOMIC SELECTIVITY | Usage | Cladistic analysis | Analysis | Evolution | Research | Extinction (Biology) | Paleontology | Biological diversity
Macroevolution | Phylogeny | Conservation | Fossil record | Paleobiology | paleobiology | macroevolution | BACKGROUND EXTINCTION | INDEPENDENT CONTRASTS | AUSTRALIAN MARSUPIALS | EVOLUTIONARY BIOLOGY | conservation | PALEOGENE PLANKTONIC-FORAMINIFERA | fossil record | DIVERSIFICATION RATES | LIFE-HISTORY | phylogeny | ECOLOGY | MOLECULAR PHYLOGENIES | EVOLUTIONARY HISTORY | TAXONOMIC SELECTIVITY | Usage | Cladistic analysis | Analysis | Evolution | Research | Extinction (Biology) | Paleontology | Biological diversity
Journal Article
Conservation Biology, ISSN 0888-8892, 8/2010, Volume 24, Issue 4, pp. 1042 - 1051
The strength of phylogenetic signal in extinction risk can give insight into the mechanisms behind species' declines. Nevertheless, no existing measure of...
Biological taxonomies | Conservation biology | Extinct species | Invasive species | Threatened species | Habitat loss | Species extinction | Phylogenetics | Phylogeny | Phenotypic traits | riesgo de extinción | habitat loss | extinction risk | harvesting | phylogenetic selectivity | pérdida de hábitat | señal filogenética | cosecha | selectividad filogenética | phylogenetic signal | Phylogenetic selectivity | Phylogenetic signal | Harvesting | Extinction risk | COMMUNITY ECOLOGY | PATTERNS | VULNERABILITY | FUTURE | ECOLOGICAL CHARACTERISTICS | ENVIRONMENTAL SCIENCES | CONSERVATION | AMPHIBIANS | BIOLOGY | ECOLOGY | BIODIVERSITY CONSERVATION | TAXONOMIC SELECTIVITY | BIRDS | Mammals - genetics | Models, Theoretical | Risk Assessment - methods | Animals | Computer Simulation | Ecosystem | Mammals - physiology | Extinction, Biological | Birds - genetics | Birds - physiology | Endangered Species | Birds | Wildlife conservation | Extinction (Biology) | Habitat destruction | Endangered species | Endangered & extinct species | Simulation | Risk factors
Biological taxonomies | Conservation biology | Extinct species | Invasive species | Threatened species | Habitat loss | Species extinction | Phylogenetics | Phylogeny | Phenotypic traits | riesgo de extinción | habitat loss | extinction risk | harvesting | phylogenetic selectivity | pérdida de hábitat | señal filogenética | cosecha | selectividad filogenética | phylogenetic signal | Phylogenetic selectivity | Phylogenetic signal | Harvesting | Extinction risk | COMMUNITY ECOLOGY | PATTERNS | VULNERABILITY | FUTURE | ECOLOGICAL CHARACTERISTICS | ENVIRONMENTAL SCIENCES | CONSERVATION | AMPHIBIANS | BIOLOGY | ECOLOGY | BIODIVERSITY CONSERVATION | TAXONOMIC SELECTIVITY | BIRDS | Mammals - genetics | Models, Theoretical | Risk Assessment - methods | Animals | Computer Simulation | Ecosystem | Mammals - physiology | Extinction, Biological | Birds - genetics | Birds - physiology | Endangered Species | Birds | Wildlife conservation | Extinction (Biology) | Habitat destruction | Endangered species | Endangered & extinct species | Simulation | Risk factors
Journal Article
2005, Conservation biology, ISBN 9780521532006, Volume 8, xiii, 431
Phylogeny is a potentially powerful tool for conserving biodiversity. This book explores how it can be used to tackle questions of great practical importance...
Biodiversity conservation | Phylogeny | Case studies | Biological diversity conservation
Biodiversity conservation | Phylogeny | Case studies | Biological diversity conservation
Book
Trends in Ecology & Evolution, ISSN 0169-5347, 1997, Volume 12, Issue 9, pp. 357 - 358
Journal Article
Trends in Ecology & Evolution, ISSN 0169-5347, 2006, Volume 21, Issue 8, pp. 422 - 422
Journal Article
Nature, ISSN 0028-0836, 05/2000, Volume 405, Issue 6783, pp. 212 - 219
The term 'biodiversity' is a simple contraction of 'biological diversity', and at first sight the concept is simple too: biodiversity is the sum total of all...
EVOLUTIONARY | DIVERSIFICATION | BODY-SIZE | SPECIATION | MULTIDISCIPLINARY SCIENCES | TAXONOMIC DIVERSITY | SPECIES-RICHNESS | DIVERGENCE TIMES | ECOSYSTEM | EXTINCTION | HISTORY | Conservation of Natural Resources | Animals | Phylogeny | Ecosystem | Humans | Ecosystems | Ecology | Biological diversity
EVOLUTIONARY | DIVERSIFICATION | BODY-SIZE | SPECIATION | MULTIDISCIPLINARY SCIENCES | TAXONOMIC DIVERSITY | SPECIES-RICHNESS | DIVERGENCE TIMES | ECOSYSTEM | EXTINCTION | HISTORY | Conservation of Natural Resources | Animals | Phylogeny | Ecosystem | Humans | Ecosystems | Ecology | Biological diversity
Journal Article
Proceedings of the Royal Society B: Biological Sciences, ISSN 0962-8452, 01/2008, Volume 275, Issue 1631, pp. 141 - 148
The island rule is a hypothesis whereby small mammals evolve larger size on islands while large insular mammals dwarf. The rule is believed to emanate from...
Statistical median | Datasets | Carnivores | Biological taxonomies | Body size | Rodents | Phylogenetics | Evolution | Mammals | Animal physiology | Dwarfism | Phylogenetic comparative methods | Body size evolution | Gigantism | Island rule | island rule | phylogenetic comparative methods | BODY-SIZE EVOLUTION | INSULAR CARNIVORES | body size evolution | MEXICO | EXPLANATION | gigantism | INDEPENDENT CONTRASTS | EVOLUTIONARY BIOLOGY | AREA | mammals | dwarfism | RODENT POPULATIONS | BIOLOGY | VERTEBRATES | GENERALITY | ECOLOGY | Biological Evolution | Geography | Mammals - genetics | Regression Analysis | Animals | Mammals - growth & development | Body Size | Ecosystem | Phylogeny
Statistical median | Datasets | Carnivores | Biological taxonomies | Body size | Rodents | Phylogenetics | Evolution | Mammals | Animal physiology | Dwarfism | Phylogenetic comparative methods | Body size evolution | Gigantism | Island rule | island rule | phylogenetic comparative methods | BODY-SIZE EVOLUTION | INSULAR CARNIVORES | body size evolution | MEXICO | EXPLANATION | gigantism | INDEPENDENT CONTRASTS | EVOLUTIONARY BIOLOGY | AREA | mammals | dwarfism | RODENT POPULATIONS | BIOLOGY | VERTEBRATES | GENERALITY | ECOLOGY | Biological Evolution | Geography | Mammals - genetics | Regression Analysis | Animals | Mammals - growth & development | Body Size | Ecosystem | Phylogeny
Journal Article
8.
Full Text
Phylogenetic diversity does not capture body size variation at risk in the world's mammals
Proceedings: Biological Sciences, ISSN 0962-8452, 8/2010, Volume 277, Issue 1693, pp. 2435 - 2441
Mammals contribute to important ecosystem processes and services, but many mammalian species are threatened with extinction. We compare how global patterns in...
Extinct species | Biological taxonomies | Species diversity | Threatened species | Ecosystems | Species extinction | Mammals | Species | Functional diversity | Ecoregions | ecology | BIOLOGY | Research articles | Body mass | Phylogenetic diversity | Extinction | BIODIVERSITY | body mass | FUTURE | functional diversity | EVOLUTIONARY BIOLOGY | extinction | CONSERVATION | mammals | TROPICAL FORESTS | COMMUNITY | EXTINCTION RISK | phylogenetic diversity | CONSEQUENCES | ECOLOGY | INDEX | HISTORY | Geography | Mammals - genetics | Models, Theoretical | Animals | Body Size | Conservation of Natural Resources | Extinction, Biological | Phylogeny | Biodiversity | Mammals - anatomy & histology | 1001
Extinct species | Biological taxonomies | Species diversity | Threatened species | Ecosystems | Species extinction | Mammals | Species | Functional diversity | Ecoregions | ecology | BIOLOGY | Research articles | Body mass | Phylogenetic diversity | Extinction | BIODIVERSITY | body mass | FUTURE | functional diversity | EVOLUTIONARY BIOLOGY | extinction | CONSERVATION | mammals | TROPICAL FORESTS | COMMUNITY | EXTINCTION RISK | phylogenetic diversity | CONSEQUENCES | ECOLOGY | INDEX | HISTORY | Geography | Mammals - genetics | Models, Theoretical | Animals | Body Size | Conservation of Natural Resources | Extinction, Biological | Phylogeny | Biodiversity | Mammals - anatomy & histology | 1001
Journal Article
Molecular Ecology, ISSN 0962-1083, 01/2008, Volume 17, Issue 1, pp. 9 - 19
At the ecosystem, species and population level, available measures suggest that average rates of loss of populations and habitats are now around 1% per year...
biodiversity goals | evolution | conservation planning | policy | Policy | Evolution | Biodiversity goals | Conservation planning | NATURE-RESERVES | BIOCHEMISTRY & MOLECULAR BIOLOGY | CLIMATE-CHANGE | POPULATIONS | FUTURE | HABITAT LOSS | EVOLUTIONARY BIOLOGY | EXTINCTION RISK | BIRD EXTINCTIONS | CONSEQUENCES | ECOLOGY | DIVERSITY | BIODIVERSITY CONSERVATION | Biological Evolution | Conservation of Natural Resources - trends | Conservation of Natural Resources - methods | Interdisciplinary Communication | Ecosystem | Human Activities | Biodiversity | Evolutionary biology | Integrated approach | Environmental policy | Conservation | Strategic planning | Ecology | Molecular biology
biodiversity goals | evolution | conservation planning | policy | Policy | Evolution | Biodiversity goals | Conservation planning | NATURE-RESERVES | BIOCHEMISTRY & MOLECULAR BIOLOGY | CLIMATE-CHANGE | POPULATIONS | FUTURE | HABITAT LOSS | EVOLUTIONARY BIOLOGY | EXTINCTION RISK | BIRD EXTINCTIONS | CONSEQUENCES | ECOLOGY | DIVERSITY | BIODIVERSITY CONSERVATION | Biological Evolution | Conservation of Natural Resources - trends | Conservation of Natural Resources - methods | Interdisciplinary Communication | Ecosystem | Human Activities | Biodiversity | Evolutionary biology | Integrated approach | Environmental policy | Conservation | Strategic planning | Ecology | Molecular biology
Journal Article
Philosophical Transactions of the Royal Society of London. Series B: Biological Sciences, ISSN 0962-8436, 06/1995, Volume 348, Issue 1326, pp. 405 - 421
This paper presents an estimate of the phylogeny of all 203 species of primate. The composite tree is derived by applying a parsimony algorithm to over a...
Biological taxonomies | Taxa | Apes | Biological evolution | Primates | Phylogenetics | Evolution | Monkeys | Phylogeny | Term weighting | ASIAN MACAQUES | DNA-DNA HYBRIDIZATION | MOLECULAR EVOLUTION | INTERSPECIFIC RELATIONSHIPS | BIOLOGY | RESTRICTION-ENZYME ANALYSIS | DIVERGENCE TIME | WORLD MONKEYS | MITOCHONDRIAL-DNA | CHROMOSOMAL PHYLOGENY | HOMINOID PRIMATES | Algorithms | Animals | Time Factors
Biological taxonomies | Taxa | Apes | Biological evolution | Primates | Phylogenetics | Evolution | Monkeys | Phylogeny | Term weighting | ASIAN MACAQUES | DNA-DNA HYBRIDIZATION | MOLECULAR EVOLUTION | INTERSPECIFIC RELATIONSHIPS | BIOLOGY | RESTRICTION-ENZYME ANALYSIS | DIVERGENCE TIME | WORLD MONKEYS | MITOCHONDRIAL-DNA | CHROMOSOMAL PHYLOGENY | HOMINOID PRIMATES | Algorithms | Animals | Time Factors
Journal Article
11.
Full Text
Local biodiversity is higher inside than outside terrestrial protected areas worldwide
Nature Communications, ISSN 2041-1723, 07/2016, Volume 7, Issue 1, p. 12306
Protected areas are widely considered essential for biodiversity conservation. However, few global studies have demonstrated that protection benefits a broad...
LOCATION | DEFORESTATION | CONSERVATION PRIORITIES | POPULATION DECLINES | MULTIDISCIPLINARY SCIENCES | LAND-USE | TARGETS | Biodiversity | Conservation of Natural Resources | Animals
LOCATION | DEFORESTATION | CONSERVATION PRIORITIES | POPULATION DECLINES | MULTIDISCIPLINARY SCIENCES | LAND-USE | TARGETS | Biodiversity | Conservation of Natural Resources | Animals
Journal Article
Proceedings: Biological Sciences, ISSN 0962-8452, 4/2012, Volume 279, Issue 1732, pp. 1300 - 1309
The branching times of molecular phylogenies allow us to infer speciation and extinction dynamics even when fossils are absent. Troublingly, phylogenetic...
Biological taxonomies | Extinct species | Species diversity | Species extinction | Evolution | Phylogeny | Modeling | Parametric models | Speciation | Fossils | SPECIES-DIVERSITY | missing species | PATTERNS | birth-death model | EVOLUTIONARY RADIATIONS | BIRTH-DEATH-MODELS | DIVERSIFICATION RATES | SPECIATION | DYNAMICS | BUTTERFLIES | diversification | ACCUMULATION | EXTINCTION RATES | theoretical biology | ecology | evolution | BIOLOGY | Research articles | Diversification | Missing species | Birth-death model | EVOLUTIONARY BIOLOGY | ECOLOGY | Lepidoptera - genetics | Foraminifera - genetics | Extinction, Biological | Foraminifera - classification | Genetic Variation | Passeriformes - classification | Animals | Urodela - genetics | Lepidoptera - classification | Passeriformes - genetics | Models, Genetic | Urodela - classification | Evolution, Molecular | Computer Science | Other | birth–death model | 203 | 1001
Biological taxonomies | Extinct species | Species diversity | Species extinction | Evolution | Phylogeny | Modeling | Parametric models | Speciation | Fossils | SPECIES-DIVERSITY | missing species | PATTERNS | birth-death model | EVOLUTIONARY RADIATIONS | BIRTH-DEATH-MODELS | DIVERSIFICATION RATES | SPECIATION | DYNAMICS | BUTTERFLIES | diversification | ACCUMULATION | EXTINCTION RATES | theoretical biology | ecology | evolution | BIOLOGY | Research articles | Diversification | Missing species | Birth-death model | EVOLUTIONARY BIOLOGY | ECOLOGY | Lepidoptera - genetics | Foraminifera - genetics | Extinction, Biological | Foraminifera - classification | Genetic Variation | Passeriformes - classification | Animals | Urodela - genetics | Lepidoptera - classification | Passeriformes - genetics | Models, Genetic | Urodela - classification | Evolution, Molecular | Computer Science | Other | birth–death model | 203 | 1001
Journal Article
Ecology Letters, ISSN 1461-023X, 06/2009, Volume 12, Issue 6, pp. 538 - 549
Whereas previous studies have investigated correlates of extinction risk either at global or regional scales, our study explicitly models regional effects of...
Anthropogenic impact | conservation | population density | body mass | life history | phylogenetic generalized linear model | spatial autoregressive model | geographical range size | supertree | Supertree | Life history | Body mass | Geographical range size | Conservation | Spatial autoregressive model | Population density | Phylogenetic generalized linear model | BIODIVERSITY | BIRD | FUTURE | RED HERRINGS | DECLINE | CONSERVATION BIOLOGY | HUMAN-POPULATION | ECOLOGY | SPATIAL AUTOCORRELATION | AREAS | Adaptation, Physiological | Mammals - classification | Body Weight | Weaning | Risk Factors | Extinction, Biological | Phylogeny | Gestational Age | Inheritance Patterns | Animals | Geography - statistics & numerical data | Tropical Climate | Models, Biological | Ecosystem | Population Density | Population Dynamics | Models | Tropics | Extinction (Biology) | Endangered & extinct species | Comparative studies | Ecology | Risk factors
Anthropogenic impact | conservation | population density | body mass | life history | phylogenetic generalized linear model | spatial autoregressive model | geographical range size | supertree | Supertree | Life history | Body mass | Geographical range size | Conservation | Spatial autoregressive model | Population density | Phylogenetic generalized linear model | BIODIVERSITY | BIRD | FUTURE | RED HERRINGS | DECLINE | CONSERVATION BIOLOGY | HUMAN-POPULATION | ECOLOGY | SPATIAL AUTOCORRELATION | AREAS | Adaptation, Physiological | Mammals - classification | Body Weight | Weaning | Risk Factors | Extinction, Biological | Phylogeny | Gestational Age | Inheritance Patterns | Animals | Geography - statistics & numerical data | Tropical Climate | Models, Biological | Ecosystem | Population Density | Population Dynamics | Models | Tropics | Extinction (Biology) | Endangered & extinct species | Comparative studies | Ecology | Risk factors
Journal Article