Mizunami-shi Kaseki Hakubutsukan kenkyū hōkoku, ISSN 0385-0900, 1974
Journal
2010, ISBN 0981295207, 239
Book
Molecular Ecology, ISSN 0962-1083, 11/2017, Volume 26, Issue 21, pp. 5923 - 5938
Living fossils are survivors of previously more diverse lineages that originated millions of years ago and persisted with little morphological change....
Nautilus | population genetics | ddRAD‐Seq | phylogenetics | evolutionary genomics | Mollusca | ddRAD-Seq | DE-NOVO | APPROXIMATE BAYESIAN COMPUTATION | BIOCHEMISTRY & MOLECULAR BIOLOGY | POMPILIUS | ALLONAUTILUS | COELACANTH | NORTHERN AUSTRALIA | EVOLUTIONARY BIOLOGY | CONTEMPORARY GENE FLOW | CONSERVATION | RNA-SEQ | POPULATION-STRUCTURE | ECOLOGY | Genetics, Population | Animals | Nautilus - classification | Genetic Speciation | Population Density | Bayes Theorem | Transcriptome | Nautilus - genetics | Phylogeny | Population genetics | Analysis | Genomics | Fossils | Living fossils | Populations | Computer simulation | Biological evolution | Data processing | Genomes | Population | Genetics | Evolution | Signatures | Species | Bayesian analysis | Population differentiation | Speciation
Nautilus | population genetics | ddRAD‐Seq | phylogenetics | evolutionary genomics | Mollusca | ddRAD-Seq | DE-NOVO | APPROXIMATE BAYESIAN COMPUTATION | BIOCHEMISTRY & MOLECULAR BIOLOGY | POMPILIUS | ALLONAUTILUS | COELACANTH | NORTHERN AUSTRALIA | EVOLUTIONARY BIOLOGY | CONTEMPORARY GENE FLOW | CONSERVATION | RNA-SEQ | POPULATION-STRUCTURE | ECOLOGY | Genetics, Population | Animals | Nautilus - classification | Genetic Speciation | Population Density | Bayes Theorem | Transcriptome | Nautilus - genetics | Phylogeny | Population genetics | Analysis | Genomics | Fossils | Living fossils | Populations | Computer simulation | Biological evolution | Data processing | Genomes | Population | Genetics | Evolution | Signatures | Species | Bayesian analysis | Population differentiation | Speciation
Journal Article
1974, ISBN 0126191506, vii, 182
Book
1971, National Museum of Natural Sciences. Odyssey series, Volume 1., 25
Book
BioScience, ISSN 0006-3568, 10/2018, Volume 68, Issue 10, pp. 760 - 770
Abstract Biologists would be mistaken if they relegated living fossils to paleontological inquiry or assumed that the concept is dead. It is now used to...
Concepts | Evolutionary rates | Character evolution | Living fossil | Stasis | PHYLOGENY | DIVERSIFICATION | MODULARITY | character evolution | GENOME | stasis | evolutionary rates | concepts | living fossil | EVOLUTIONARY STASIS | BIOLOGY | ANCIENT | DIVERSITY | EXTINCTION | LINEAGE | Research | Phylogeny | Morphology | Fossils | Overview
Concepts | Evolutionary rates | Character evolution | Living fossil | Stasis | PHYLOGENY | DIVERSIFICATION | MODULARITY | character evolution | GENOME | stasis | evolutionary rates | concepts | living fossil | EVOLUTIONARY STASIS | BIOLOGY | ANCIENT | DIVERSITY | EXTINCTION | LINEAGE | Research | Phylogeny | Morphology | Fossils | Overview
Journal Article
Palaeontology, ISSN 0031-0239, 05/2017, Volume 60, Issue 3, pp. 319 - 328
The tuatara, Sphenodon punctatus, known from 32 small islands around New Zealand, has often been noted as a classic ‘living fossil’ because of its apparently...
Sphenodontia | rates of evolution | living fossils | Rhynchocephalia | morphospace | RELATIVES | REPTILIA | CENTRAL MEXICO | DIAPSIDA LEPIDOSAURIA | RATES | JAWS | SHAPE | PALEONTOLOGY | EVOLUTION | TAMAULIPAS | R PACKAGE | Fossils
Sphenodontia | rates of evolution | living fossils | Rhynchocephalia | morphospace | RELATIVES | REPTILIA | CENTRAL MEXICO | DIAPSIDA LEPIDOSAURIA | RATES | JAWS | SHAPE | PALEONTOLOGY | EVOLUTION | TAMAULIPAS | R PACKAGE | Fossils
Journal Article
BioScience, ISSN 0006-3568, 11/2018, Volume 68, Issue 11, pp. 926 - 926
[This corrects the article DOI: 10.1093/biosci/biy084.].
Corrigendum
Corrigendum
Journal Article
13.
Full Text
Why coelacanths are not 'living fossils': A review of molecular and morphological data
BioEssays, ISSN 0265-9247, 04/2013, Volume 35, Issue 4, pp. 332 - 338
A series of recent studies on extant coelacanths has emphasised the slow rate of molecular and morphological evolution in these species. These studies were...
Evolutionary rate | Coelacanth | Living fossil | Latimeria | Substitution rate | Tree-thinking | Slow evolution | slow evolution | POPULATION | substitution rate | BIOCHEMISTRY & MOLECULAR BIOLOGY | coelacanth | HOX GENE CLUSTERS | tree-thinking | GENOME | INDONESIAN COELACANTH | EVOLUTION | LUNGFISH | living fossil | BIOLOGY | DIVERGENCE | evolutionary rate | INSIGHTS | Biological Evolution | Genetic Variation | Fishes - genetics | Animals | Fishes - classification | Fishes - anatomy & histology | Mutation Rate | Phylogeny | Genome | Evolution, Molecular | Fossils | Living fossils | Evolution | Genetic aspects | Research | Natural history
Evolutionary rate | Coelacanth | Living fossil | Latimeria | Substitution rate | Tree-thinking | Slow evolution | slow evolution | POPULATION | substitution rate | BIOCHEMISTRY & MOLECULAR BIOLOGY | coelacanth | HOX GENE CLUSTERS | tree-thinking | GENOME | INDONESIAN COELACANTH | EVOLUTION | LUNGFISH | living fossil | BIOLOGY | DIVERGENCE | evolutionary rate | INSIGHTS | Biological Evolution | Genetic Variation | Fishes - genetics | Animals | Fishes - classification | Fishes - anatomy & histology | Mutation Rate | Phylogeny | Genome | Evolution, Molecular | Fossils | Living fossils | Evolution | Genetic aspects | Research | Natural history
Journal Article
1992, ISBN 9780716724889, xii, 212
Book
2008, ISBN 9781584656401, 273
Book
Geology Today, ISSN 0266-6979, 11/2017, Volume 33, Issue 6, pp. 233 - 240
Every student of palaeontology will stumble upon the term ‘graptolite’ at some point and will wonder what these strange little fossils mean. Thought to be long...
Paleontology | Fossils | Marine organisms | Living fossils | Cambrian
Paleontology | Fossils | Marine organisms | Living fossils | Cambrian
Journal Article
Science Education, ISSN 0036-8326, 03/2018, Volume 102, Issue 2, pp. 414 - 439
Many standards documents and learning progressions recommend evolution learning in elementary grades. Given young children's interest in dinosaurs and other...
preschool children | fossils | evolution education | informal science education | LIVING-THINGS | TIME | ESSENTIALISM | EDUCATION & EDUCATIONAL RESEARCH | EVOLUTION | BIOLOGY | GROWTH | EXPLANATIONS | PURPOSE | SCIENCE | YOUNG-CHILDREN | Science Instruction | Elementary School Students | Biology | Scientific Concepts | Paleontology | Case Studies | Summer Programs | Evolution | Plants (Botany) | Qualitative Research | Interviews | Preschool Children | Concept Formation
preschool children | fossils | evolution education | informal science education | LIVING-THINGS | TIME | ESSENTIALISM | EDUCATION & EDUCATIONAL RESEARCH | EVOLUTION | BIOLOGY | GROWTH | EXPLANATIONS | PURPOSE | SCIENCE | YOUNG-CHILDREN | Science Instruction | Elementary School Students | Biology | Scientific Concepts | Paleontology | Case Studies | Summer Programs | Evolution | Plants (Botany) | Qualitative Research | Interviews | Preschool Children | Concept Formation
Journal Article
PALAEONTOLOGIA ELECTRONICA, ISSN 1935-3952, 2018, Volume 21, Issue 1
"Living fossil" is a contentious label, often used to identify clades that have experienced particularly little evolutionary change. Many of the problems...
evolutionary performance | DIVERSIFICATION | evolutionary distinctness | RECONSTRUCTION | TRANSPOSABLE ELEMENTS | DIVERGENCE TIMES | COELACANTH | GENOME | PALEONTOLOGY | evolutionary performance index | EVOLUTION | CONSERVATION | Living fossil | BIRDS | REVEALS
evolutionary performance | DIVERSIFICATION | evolutionary distinctness | RECONSTRUCTION | TRANSPOSABLE ELEMENTS | DIVERGENCE TIMES | COELACANTH | GENOME | PALEONTOLOGY | evolutionary performance index | EVOLUTION | CONSERVATION | Living fossil | BIRDS | REVEALS
Journal Article
2010, ISBN 0300149220, xvii, 229 p., [8] p. of plates
Spiders, objects of eternal human fascination, are found in many places: on the ground, in the air, and even under water.#160;Leslie Brunetta and Catherine...
Araignées fossiles | Spiders | Évolution | Spiders, Fossil | Toiles d'araignée | Araignées | Evolution | Spider webs | Anatomy | Anatomie | Biology, life sciences | Biological Sciences | Ecology & Evolutionary Biology | Zoology | Evolution (Biology)
Araignées fossiles | Spiders | Évolution | Spiders, Fossil | Toiles d'araignée | Araignées | Evolution | Spider webs | Anatomy | Anatomie | Biology, life sciences | Biological Sciences | Ecology & Evolutionary Biology | Zoology | Evolution (Biology)
Book
2008, ISBN 1933392622, xix, 260
Book
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