Evolutionary Neuroscience
Herausgeber: H Kaas, Jon
Evolutionary Neuroscience
Herausgeber: H Kaas, Jon
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Draws together research from eminent scientists from across the globe in the areas of phytoremediation and microbial remediation Includes case studies of engineered bacterial remediation Covers the genome editing CRISPR-Cas9 system that has been less explored in plants and microorganisms
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Draws together research from eminent scientists from across the globe in the areas of phytoremediation and microbial remediation Includes case studies of engineered bacterial remediation Covers the genome editing CRISPR-Cas9 system that has been less explored in plants and microorganisms
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Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Produktdetails
- Produktdetails
- Verlag: Elsevier Science
- 2nd edition
- Seitenzahl: 962
- Erscheinungstermin: 28. Mai 2020
- Englisch
- Abmessung: 276mm x 216mm x 91mm
- Gewicht: 2810g
- ISBN-13: 9780128205846
- ISBN-10: 0128205849
- Artikelnr.: 57909750
- Verlag: Elsevier Science
- 2nd edition
- Seitenzahl: 962
- Erscheinungstermin: 28. Mai 2020
- Englisch
- Abmessung: 276mm x 216mm x 91mm
- Gewicht: 2810g
- ISBN-13: 9780128205846
- ISBN-10: 0128205849
- Artikelnr.: 57909750
Part 1: History, Concepts, and Theory 1. History of Ideas on Brain
Evolution 2. Phylogenetic Character Reconstruction 3. The role of endocasts
in the study of brain evolution 4. Invertebrate origins of vertebrate
nervous systems
Part 2: The Brains of Fish, Amphibians, Reptiles and Birds 5. The nervous
systems of jawless vertebrates 6. The brains of cartilaginous fishes 7. The
organization of the central nervous system of amphibians 8. The brains of
reptiles and birds 9. Function and evolution of the reptilian cerebral
cortex 10. The cerebellum of non-mammalian vertebrates
Part 3: Early Mammals and Subsequent Adaptations 11. Emergence of mammals
12. Mammalian Evolution: The phylogenetic story 13. Organization of
neocortex in early mammals 14. What modern mammals teach us about the
cellular composition of early brains and mechanisms of brain evolution 15.
Consistencies and variances in the anatomical organization of aspects of
the mammalian brain stem 16. Comparative anatomy of glial cells in mammals
17. The monotreme nervous system 18. Evolution of flight and echolocation
in bats 19. Carnivore brains: Effects of sociality on inter- and
intra-specific comparisons of regional brain volumes
Part 4: Primates 20. Phylogeny of primates 21. Expansion of the cortical
sheet in primates 22. Scaling up the simian primate cortex: A conserved
pattern of expansion across brain sizes 23. Evolution of visual cortex in
primates 24. Evolution of subcortical pathways to the extrastriate cortex
25. Evolved mechanisms of high-level visual perception in primates 26.
Evolution of parietal cortex in primates 27. Evolution of parietal-frontal
networks in primates 28. Evolution of the prefrontal cortex in early
primates and anthropoids
Part 5: Evolution of Human Brains 29. Introduction to human brain
evolutionary studies 30. Human evolutionary history 31. Evolution of human
life history 32. The fossil evidence of human brain evolution 33.
Remarkable, but not special: What human brains are made of 34. Timing of
brain maturation, early experience, and the human social niche 35. Human
association cortex: Expanded, untethered, neoteneous, and plastic 36. On
the evolution of the frontal eye field: comparisons of monkeys, apes and
humans 37. The evolution of auditory cortex in humans 38. Language
evolution 39. The search for human cognitive specializations
Evolution 2. Phylogenetic Character Reconstruction 3. The role of endocasts
in the study of brain evolution 4. Invertebrate origins of vertebrate
nervous systems
Part 2: The Brains of Fish, Amphibians, Reptiles and Birds 5. The nervous
systems of jawless vertebrates 6. The brains of cartilaginous fishes 7. The
organization of the central nervous system of amphibians 8. The brains of
reptiles and birds 9. Function and evolution of the reptilian cerebral
cortex 10. The cerebellum of non-mammalian vertebrates
Part 3: Early Mammals and Subsequent Adaptations 11. Emergence of mammals
12. Mammalian Evolution: The phylogenetic story 13. Organization of
neocortex in early mammals 14. What modern mammals teach us about the
cellular composition of early brains and mechanisms of brain evolution 15.
Consistencies and variances in the anatomical organization of aspects of
the mammalian brain stem 16. Comparative anatomy of glial cells in mammals
17. The monotreme nervous system 18. Evolution of flight and echolocation
in bats 19. Carnivore brains: Effects of sociality on inter- and
intra-specific comparisons of regional brain volumes
Part 4: Primates 20. Phylogeny of primates 21. Expansion of the cortical
sheet in primates 22. Scaling up the simian primate cortex: A conserved
pattern of expansion across brain sizes 23. Evolution of visual cortex in
primates 24. Evolution of subcortical pathways to the extrastriate cortex
25. Evolved mechanisms of high-level visual perception in primates 26.
Evolution of parietal cortex in primates 27. Evolution of parietal-frontal
networks in primates 28. Evolution of the prefrontal cortex in early
primates and anthropoids
Part 5: Evolution of Human Brains 29. Introduction to human brain
evolutionary studies 30. Human evolutionary history 31. Evolution of human
life history 32. The fossil evidence of human brain evolution 33.
Remarkable, but not special: What human brains are made of 34. Timing of
brain maturation, early experience, and the human social niche 35. Human
association cortex: Expanded, untethered, neoteneous, and plastic 36. On
the evolution of the frontal eye field: comparisons of monkeys, apes and
humans 37. The evolution of auditory cortex in humans 38. Language
evolution 39. The search for human cognitive specializations
Part 1: History, Concepts, and Theory 1. History of Ideas on Brain
Evolution 2. Phylogenetic Character Reconstruction 3. The role of endocasts
in the study of brain evolution 4. Invertebrate origins of vertebrate
nervous systems
Part 2: The Brains of Fish, Amphibians, Reptiles and Birds 5. The nervous
systems of jawless vertebrates 6. The brains of cartilaginous fishes 7. The
organization of the central nervous system of amphibians 8. The brains of
reptiles and birds 9. Function and evolution of the reptilian cerebral
cortex 10. The cerebellum of non-mammalian vertebrates
Part 3: Early Mammals and Subsequent Adaptations 11. Emergence of mammals
12. Mammalian Evolution: The phylogenetic story 13. Organization of
neocortex in early mammals 14. What modern mammals teach us about the
cellular composition of early brains and mechanisms of brain evolution 15.
Consistencies and variances in the anatomical organization of aspects of
the mammalian brain stem 16. Comparative anatomy of glial cells in mammals
17. The monotreme nervous system 18. Evolution of flight and echolocation
in bats 19. Carnivore brains: Effects of sociality on inter- and
intra-specific comparisons of regional brain volumes
Part 4: Primates 20. Phylogeny of primates 21. Expansion of the cortical
sheet in primates 22. Scaling up the simian primate cortex: A conserved
pattern of expansion across brain sizes 23. Evolution of visual cortex in
primates 24. Evolution of subcortical pathways to the extrastriate cortex
25. Evolved mechanisms of high-level visual perception in primates 26.
Evolution of parietal cortex in primates 27. Evolution of parietal-frontal
networks in primates 28. Evolution of the prefrontal cortex in early
primates and anthropoids
Part 5: Evolution of Human Brains 29. Introduction to human brain
evolutionary studies 30. Human evolutionary history 31. Evolution of human
life history 32. The fossil evidence of human brain evolution 33.
Remarkable, but not special: What human brains are made of 34. Timing of
brain maturation, early experience, and the human social niche 35. Human
association cortex: Expanded, untethered, neoteneous, and plastic 36. On
the evolution of the frontal eye field: comparisons of monkeys, apes and
humans 37. The evolution of auditory cortex in humans 38. Language
evolution 39. The search for human cognitive specializations
Evolution 2. Phylogenetic Character Reconstruction 3. The role of endocasts
in the study of brain evolution 4. Invertebrate origins of vertebrate
nervous systems
Part 2: The Brains of Fish, Amphibians, Reptiles and Birds 5. The nervous
systems of jawless vertebrates 6. The brains of cartilaginous fishes 7. The
organization of the central nervous system of amphibians 8. The brains of
reptiles and birds 9. Function and evolution of the reptilian cerebral
cortex 10. The cerebellum of non-mammalian vertebrates
Part 3: Early Mammals and Subsequent Adaptations 11. Emergence of mammals
12. Mammalian Evolution: The phylogenetic story 13. Organization of
neocortex in early mammals 14. What modern mammals teach us about the
cellular composition of early brains and mechanisms of brain evolution 15.
Consistencies and variances in the anatomical organization of aspects of
the mammalian brain stem 16. Comparative anatomy of glial cells in mammals
17. The monotreme nervous system 18. Evolution of flight and echolocation
in bats 19. Carnivore brains: Effects of sociality on inter- and
intra-specific comparisons of regional brain volumes
Part 4: Primates 20. Phylogeny of primates 21. Expansion of the cortical
sheet in primates 22. Scaling up the simian primate cortex: A conserved
pattern of expansion across brain sizes 23. Evolution of visual cortex in
primates 24. Evolution of subcortical pathways to the extrastriate cortex
25. Evolved mechanisms of high-level visual perception in primates 26.
Evolution of parietal cortex in primates 27. Evolution of parietal-frontal
networks in primates 28. Evolution of the prefrontal cortex in early
primates and anthropoids
Part 5: Evolution of Human Brains 29. Introduction to human brain
evolutionary studies 30. Human evolutionary history 31. Evolution of human
life history 32. The fossil evidence of human brain evolution 33.
Remarkable, but not special: What human brains are made of 34. Timing of
brain maturation, early experience, and the human social niche 35. Human
association cortex: Expanded, untethered, neoteneous, and plastic 36. On
the evolution of the frontal eye field: comparisons of monkeys, apes and
humans 37. The evolution of auditory cortex in humans 38. Language
evolution 39. The search for human cognitive specializations