Conservation Letters, ISSN 1755-263X, 05/2019, Volume 12, Issue 3, pp. e12627 - n/a
Many of the world's vertebrates have experienced large population and geographic range declines due to anthropogenic threats that put them at risk of...
exploitation | conservation | global | endangerment | vertebrates | IMPACT | ECOLOGY | BIODIVERSITY CONSERVATION | Threats | Megafauna | Habitats | Ecosystems | Extinction | Harvesting | Conservation | Birds | Harvest | Population decline | Meat | Biological diversity | Endangered & extinct species | International agreements | Vertebrates | Climate change | Celebrities | Threatened species | Livestock | Aquaculture
exploitation | conservation | global | endangerment | vertebrates | IMPACT | ECOLOGY | BIODIVERSITY CONSERVATION | Threats | Megafauna | Habitats | Ecosystems | Extinction | Harvesting | Conservation | Birds | Harvest | Population decline | Meat | Biological diversity | Endangered & extinct species | International agreements | Vertebrates | Climate change | Celebrities | Threatened species | Livestock | Aquaculture
Journal Article
Biological Journal of the Linnean Society, ISSN 0024-4066, 03/2018, Volume 123, Issue 3, pp. 677 - 693
Abstract In mammals, skull loading incurred during feeding and prey capture shapes craniodental morphology as a result of bone plasticity, but the degree to...
Intraspecific variation | Computed tomography scans | Coyotes | Phenotypic plasticity | Tooth wear | Feeding morphology | Captive breeding | intraspecific variation | MAMMALIA | phenotypic plasticity | captive breeding | feeding morphology | tooth wear | coyotes | EVOLUTIONARY BIOLOGY | FRONTAL SINUSES | computed tomography scans | EVOLUTION | ARTIODACTYLA | FUNCTIONAL-MORPHOLOGY | FOSSIL
Intraspecific variation | Computed tomography scans | Coyotes | Phenotypic plasticity | Tooth wear | Feeding morphology | Captive breeding | intraspecific variation | MAMMALIA | phenotypic plasticity | captive breeding | feeding morphology | tooth wear | coyotes | EVOLUTIONARY BIOLOGY | FRONTAL SINUSES | computed tomography scans | EVOLUTION | ARTIODACTYLA | FUNCTIONAL-MORPHOLOGY | FOSSIL
Journal Article
Integrative and Comparative Biology, ISSN 1540-7063, 7/2007, Volume 47, Issue 1, pp. 147 - 163
The fossil record of the order Carnivora extends back at least 60 million years and documents a remarkable history of adaptive radiation characterized by the...
Carnivores | Jaw | Extinct species | Canines | The Evolution of Feeding Mechanisms in Vertebrates | Species extinction | Teeth | Evolution | Skull | Mammals | Fossils | MAMMALIAN CARNIVORES | TOOTH BREAKAGE | ELBOW-JOINT MORPHOLOGY | ZOOLOGY | COPES RULE | PREDATORY MAMMALS | BEHAVIOR | FUNCTIONAL-ANALYSIS | SKULL SHAPE | LATE MIOCENE | GRAY WOLVES | Animal feeding behavior | Physiological aspects | Carnivora | Food and nutrition | Biomechanics | Predation | Anatomy & physiology | Evolutionary biology
Carnivores | Jaw | Extinct species | Canines | The Evolution of Feeding Mechanisms in Vertebrates | Species extinction | Teeth | Evolution | Skull | Mammals | Fossils | MAMMALIAN CARNIVORES | TOOTH BREAKAGE | ELBOW-JOINT MORPHOLOGY | ZOOLOGY | COPES RULE | PREDATORY MAMMALS | BEHAVIOR | FUNCTIONAL-ANALYSIS | SKULL SHAPE | LATE MIOCENE | GRAY WOLVES | Animal feeding behavior | Physiological aspects | Carnivora | Food and nutrition | Biomechanics | Predation | Anatomy & physiology | Evolutionary biology
Journal Article
Royal Society Open Science, ISSN 2054-5703, 04/2018, Volume 5, Issue 4, p. 171861
How traits influence species persistence is a fundamental question in ecology, evolution and palaeontology. We test the relationship between dietary traits and...
Multivariate analyses | Macroevolution | Phylogenetic comparative methods | Carnivory | Functional traits | Macroecology | multivariate analyses | BODY-SIZE | MULTIDISCIPLINARY SCIENCES | MAMMALIA | macroevolution | phylogenetic comparative methods | QUANTILE REGRESSION | GEOGRAPHIC RANGE | carnivory | PRINCIPAL COMPONENTS | MODERN CARNIVORES | EVOLUTION | MODELS | functional traits | EXTINCTION RISK | SKULL SHAPE | macroecology
Multivariate analyses | Macroevolution | Phylogenetic comparative methods | Carnivory | Functional traits | Macroecology | multivariate analyses | BODY-SIZE | MULTIDISCIPLINARY SCIENCES | MAMMALIA | macroevolution | phylogenetic comparative methods | QUANTILE REGRESSION | GEOGRAPHIC RANGE | carnivory | PRINCIPAL COMPONENTS | MODERN CARNIVORES | EVOLUTION | MODELS | functional traits | EXTINCTION RISK | SKULL SHAPE | macroecology
Journal Article
Journal of Experimental Biology, ISSN 0022-0949, 06/2016, Volume 219, Issue 12, p. 66
Journal Article
Current Biology, ISSN 0960-9822, 12/2010, Volume 20, Issue 23, p. 2157
Journal Article
The Anatomical Record, ISSN 1932-8486, 11/2014, Volume 297, Issue 11, pp. 2047 - 2064
Journal Article
Journal of Morphology, ISSN 0362-2525, 01/2015, Volume 276, Issue 1, pp. 22 - 32
Journal Article
The Anatomical Record, ISSN 1932-8486, 11/2014, Volume 297, Issue 11, pp. 2007 - 2017
ABSTRACT Homology of turbinals, or scroll bones, of the mammalian ethmoid bone is poorly known and complicated by a varied terminology. Positionally, there are...
turbinal | ethmoid | Mammalia | turbinate | skull development | Skull development | Ethmoid | Turbinal | Turbinate | INTERNAL NASAL SKELETON | EVOLUTION | ANATOMY & MORPHOLOGY | FOSSA | NOSE | Ethmoid Bone - anatomy & histology | Animals | Age Factors | Marsupialia - anatomy & histology | Opossums - growth & development | Ethmoid Bone - growth & development | Ethmoid Sinus - anatomy & histology | Ethmoid Sinus - growth & development | Phylogeny | Opossums - anatomy & histology | Marsupialia - growth & development
turbinal | ethmoid | Mammalia | turbinate | skull development | Skull development | Ethmoid | Turbinal | Turbinate | INTERNAL NASAL SKELETON | EVOLUTION | ANATOMY & MORPHOLOGY | FOSSA | NOSE | Ethmoid Bone - anatomy & histology | Animals | Age Factors | Marsupialia - anatomy & histology | Opossums - growth & development | Ethmoid Bone - growth & development | Ethmoid Sinus - anatomy & histology | Ethmoid Sinus - growth & development | Phylogeny | Opossums - anatomy & histology | Marsupialia - growth & development
Journal Article
Biological Journal of the Linnean Society, ISSN 0024-4066, 01/2009, Volume 96, Issue 1, pp. 68 - 81
Large, carnivorous mammals often break their teeth, probably as a result of tooth to bone contact that occurs when carcasses are consumed more fully, a...
Carnivora | feeding behaviour | paleoecology | diet | skeletal injury | Skeletal injury | Diet | Paleoecology | Feeding behaviour | RANCHO-LA-BREA | PREDATION | SIZE | TIME | EVOLUTIONARY BIOLOGY | PREY | ENAMEL | FEEDING-BEHAVIOR
Carnivora | feeding behaviour | paleoecology | diet | skeletal injury | Skeletal injury | Diet | Paleoecology | Feeding behaviour | RANCHO-LA-BREA | PREDATION | SIZE | TIME | EVOLUTIONARY BIOLOGY | PREY | ENAMEL | FEEDING-BEHAVIOR
Journal Article
The Anatomical Record, ISSN 1932-8486, 07/2016, Volume 299, Issue 7, pp. 840 - 852
Journal Article
Proceedings of the National Academy of Sciences of the United States of America, ISSN 0027-8424, 1/2016, Volume 113, Issue 4, pp. 862 - 867
Large mammalian terrestrial herbivores, such as elephants, have dramatic effects on the ecosystems they inhabit and at high population densities their...
Carnivora | Predator | Megafauna | Megaherbivore | Hypercarnivore | POPULATION | NATIONAL-PARK | predator | ELEPHANTS LOXODONTA-AFRICANA | MULTIDISCIPLINARY SCIENCES | EXTINCTIONS | SCAVENGERS | COMMUNITIES | megaherbivore | QUATERNARY | LARGE PREDATORS | PREY | megafauna | hypercarnivore | PLIOPLEISTOCENE | Americas | Predatory Behavior | Body Size | Europe | Africa | Animal Distribution | Extinction, Biological | Biodiversity | Forecasting | Fossils | Mammoths | Animals | Asia | Ecosystem | Population Density | Carnivory | Carnivora - physiology | Mastodons | Natural history | Biological Sciences | 500 | Megafauna and Ecosystem Function
Carnivora | Predator | Megafauna | Megaherbivore | Hypercarnivore | POPULATION | NATIONAL-PARK | predator | ELEPHANTS LOXODONTA-AFRICANA | MULTIDISCIPLINARY SCIENCES | EXTINCTIONS | SCAVENGERS | COMMUNITIES | megaherbivore | QUATERNARY | LARGE PREDATORS | PREY | megafauna | hypercarnivore | PLIOPLEISTOCENE | Americas | Predatory Behavior | Body Size | Europe | Africa | Animal Distribution | Extinction, Biological | Biodiversity | Forecasting | Fossils | Mammoths | Animals | Asia | Ecosystem | Population Density | Carnivory | Carnivora - physiology | Mastodons | Natural history | Biological Sciences | 500 | Megafauna and Ecosystem Function
Journal Article
13.
Full Text
Olfactory Epithelium in the Olfactory Recess: A Case Study in New World Leaf‐Nosed Bats
The Anatomical Record, ISSN 1932-8486, 11/2014, Volume 297, Issue 11, pp. C1 - C1
The olfactory recess (OR) is a restricted space at the back of the nasal fossa in many mammals that is thought to improve olfactory function. Mammals that have...
olfactory epithelium | microsmia | olfactory recess | macrosmia | Chiroptera | Smell - physiology | Animals | Chiroptera - physiology | Olfactory Mucosa - physiology | Chiroptera - anatomy & histology | Olfactory Mucosa - anatomy & histology | Case studies | Epithelium | Bats
olfactory epithelium | microsmia | olfactory recess | macrosmia | Chiroptera | Smell - physiology | Animals | Chiroptera - physiology | Olfactory Mucosa - physiology | Chiroptera - anatomy & histology | Olfactory Mucosa - anatomy & histology | Case studies | Epithelium | Bats
Journal Article
BioScience, ISSN 0006-3568, 2009, Volume 59, Issue 2, pp. 165 - 173
Large mammalian carnivores are ecologically important because relatively few individuals can cause strong predation-driven direct effects or fear-driven...
mesocarnivore | apex predator | indirect effects | trophic cascades | carnivore community ecology | Carnivores | Overview Articles | Aquatic communities | Predators | Foxes | Synecology | Ecosystems | Animal communities | Apex predators | Predation | Species | 21st Century Directions in Biology | Apex predator | Carnivore community ecology | Mesocarnivore | Indirect effects | Trophic cascades | LONG-TERM | NATIONAL-PARK | FERAL PIGS | INTRAGUILD PREDATION | WILDLIFE HOST | TOP-DOWN | BIOLOGY | DYNAMICS | BOTTOM-UP | GOLDEN EAGLES | Environmental aspects | Carnivora | Predation (Biology) | Research | Endangered & extinct species | Alternative energy sources | Theory | Subsidies | Influence | Roles | Herbivores | Behavior | Native species
mesocarnivore | apex predator | indirect effects | trophic cascades | carnivore community ecology | Carnivores | Overview Articles | Aquatic communities | Predators | Foxes | Synecology | Ecosystems | Animal communities | Apex predators | Predation | Species | 21st Century Directions in Biology | Apex predator | Carnivore community ecology | Mesocarnivore | Indirect effects | Trophic cascades | LONG-TERM | NATIONAL-PARK | FERAL PIGS | INTRAGUILD PREDATION | WILDLIFE HOST | TOP-DOWN | BIOLOGY | DYNAMICS | BOTTOM-UP | GOLDEN EAGLES | Environmental aspects | Carnivora | Predation (Biology) | Research | Endangered & extinct species | Alternative energy sources | Theory | Subsidies | Influence | Roles | Herbivores | Behavior | Native species
Journal Article
Journal of Morphology, ISSN 0362-2525, 11/2008, Volume 269, Issue 11, pp. 1387 - 1411
Living rodents show great diversity in their locomotor habits, including semiaquatic, arboreal, fossorial, ricochetal, and gliding species from multiple...
functional morphology | ecomorphology | beavers | convergent evolution | rodents | locomotion | Ecomorphology | Locomotion | Convergent evolution | Beavers | Functional morphology | Rodents | ANATOMY & MORPHOLOGY | POCKET GOPHERS | MARSUPIALS MAYULESTES-FEROX | TUPAIIDS MAMMALIA | CAVIOMORPH RODENTS | SEMIAQUATIC MAMMALS | PHYLOGENETIC IMPLICATIONS | PUCADELPHYS-ANDINUS | CASTOR-CANADENSIS | FUNCTIONAL-MORPHOLOGY | TERRESTRIAL LOCOMOTION | Adaptation, Physiological | Femur - anatomy & histology | Motor Activity - physiology | Metacarpal Bones - anatomy & histology | Body Size | Tibia - anatomy & histology | Linear Models | Male | Humerus - anatomy & histology | Ulna - anatomy & histology | Discriminant Analysis | Fossils | Biological Evolution | Radius - anatomy & histology | Bones of Lower Extremity - anatomy & histology | Regression Analysis | Rodentia - anatomy & histology | Animals | Analysis of Variance | Bones of Upper Extremity - anatomy & histology | Metatarsal Bones - anatomy & histology | Female | Toe Phalanges - anatomy & histology | Rodentia - physiology
functional morphology | ecomorphology | beavers | convergent evolution | rodents | locomotion | Ecomorphology | Locomotion | Convergent evolution | Beavers | Functional morphology | Rodents | ANATOMY & MORPHOLOGY | POCKET GOPHERS | MARSUPIALS MAYULESTES-FEROX | TUPAIIDS MAMMALIA | CAVIOMORPH RODENTS | SEMIAQUATIC MAMMALS | PHYLOGENETIC IMPLICATIONS | PUCADELPHYS-ANDINUS | CASTOR-CANADENSIS | FUNCTIONAL-MORPHOLOGY | TERRESTRIAL LOCOMOTION | Adaptation, Physiological | Femur - anatomy & histology | Motor Activity - physiology | Metacarpal Bones - anatomy & histology | Body Size | Tibia - anatomy & histology | Linear Models | Male | Humerus - anatomy & histology | Ulna - anatomy & histology | Discriminant Analysis | Fossils | Biological Evolution | Radius - anatomy & histology | Bones of Lower Extremity - anatomy & histology | Regression Analysis | Rodentia - anatomy & histology | Animals | Analysis of Variance | Bones of Upper Extremity - anatomy & histology | Metatarsal Bones - anatomy & histology | Female | Toe Phalanges - anatomy & histology | Rodentia - physiology
Journal Article
Science, ISSN 0036-8075, 10/2004, Volume 306, Issue 5693, pp. 101 - 104
Over the past 50 million years, successive clades of large carnivorous mammals diversified and then declined to extinction. In most instances, the cause of the...
Extinct species | Jaw | Carnivores | Diet | Species extinction | Body size | Teeth | Evolution | Reports | Grinding | Fossils | POPULATION-DENSITY | BODY-MASS | EVOLUTION | FOSSIL MAMMALS | MULTIDISCIPLINARY SCIENCES | SIZE | Body Constitution | Jaw - anatomy & histology | Cuspid - anatomy & histology | Predatory Behavior | Body Weight | Selection, Genetic | Carnivora - anatomy & histology | Paleodontology | North America | Biological Evolution | Carnivora - classification | Animals | Molar - anatomy & histology | Population Density | Carnivora - physiology | Incisor - anatomy & histology | Principal Component Analysis | Population Dynamics | Physiological aspects | Canidae | Research | History | Paleontology | Evolutionary biology | Mammals | Extinction | Animal behavior
Extinct species | Jaw | Carnivores | Diet | Species extinction | Body size | Teeth | Evolution | Reports | Grinding | Fossils | POPULATION-DENSITY | BODY-MASS | EVOLUTION | FOSSIL MAMMALS | MULTIDISCIPLINARY SCIENCES | SIZE | Body Constitution | Jaw - anatomy & histology | Cuspid - anatomy & histology | Predatory Behavior | Body Weight | Selection, Genetic | Carnivora - anatomy & histology | Paleodontology | North America | Biological Evolution | Carnivora - classification | Animals | Molar - anatomy & histology | Population Density | Carnivora - physiology | Incisor - anatomy & histology | Principal Component Analysis | Population Dynamics | Physiological aspects | Canidae | Research | History | Paleontology | Evolutionary biology | Mammals | Extinction | Animal behavior
Journal Article
The Anatomical Record, ISSN 1932-8486, 11/2014, Volume 297, Issue 11, pp. 2080 - 2092
Journal Article
Proceedings of the Royal Society B: Biological Sciences, ISSN 0962-8452, 03/2018, Volume 285, Issue 1874, pp. 20180100 - 20180100
The evolution of mammalian olfaction is manifested in a remarkable diversity of gene repertoires, neuroanatomy and skull morphology across living species....
Pseudogene | Skull morphology | Olfactory sensory neuron | Cribriform plate | Olfactory receptor gene | Sabertooth cat | SYSTEM | cribriform plate | AFRICAN ELEPHANTS | olfactory sensory neuron | FAMILY | INACTIVATION | MESSENGER-RNAS | EVOLUTIONARY BIOLOGY | pseudogene | CETACEANS | sabertooth cat | DISCRIMINATION ABILITY | BIOLOGY | ECOLOGY | ODOR | olfactory receptor gene | EXTINCTION | EXPRESSION | skull morphology | Ethmoid Bone - anatomy & histology | Mammals - genetics | Receptors, Odorant - metabolism | Smell - physiology | Animals | Mammals - physiology | Receptors, Odorant - genetics | Tomography, X-Ray Computed | Mammals - anatomy & histology | Extinct species | Brain | Correlation | Brain architecture | Neurons | Genes | Biological evolution | Mammals | Anatomy | Epithelium | Biodiversity | Endangered & extinct species | Species diversity | Perforations | Computed tomography | Body size | Morphology | Olfaction | Sensory neurons | Olfactory receptor neurons | Skull | Bone | Odor | 198 | 1001 | Morphology and Biomechanics
Pseudogene | Skull morphology | Olfactory sensory neuron | Cribriform plate | Olfactory receptor gene | Sabertooth cat | SYSTEM | cribriform plate | AFRICAN ELEPHANTS | olfactory sensory neuron | FAMILY | INACTIVATION | MESSENGER-RNAS | EVOLUTIONARY BIOLOGY | pseudogene | CETACEANS | sabertooth cat | DISCRIMINATION ABILITY | BIOLOGY | ECOLOGY | ODOR | olfactory receptor gene | EXTINCTION | EXPRESSION | skull morphology | Ethmoid Bone - anatomy & histology | Mammals - genetics | Receptors, Odorant - metabolism | Smell - physiology | Animals | Mammals - physiology | Receptors, Odorant - genetics | Tomography, X-Ray Computed | Mammals - anatomy & histology | Extinct species | Brain | Correlation | Brain architecture | Neurons | Genes | Biological evolution | Mammals | Anatomy | Epithelium | Biodiversity | Endangered & extinct species | Species diversity | Perforations | Computed tomography | Body size | Morphology | Olfaction | Sensory neurons | Olfactory receptor neurons | Skull | Bone | Odor | 198 | 1001 | Morphology and Biomechanics
Journal Article