The Improbable Primate

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The Improbable Primate Page 19

by Finlayson, Clive

Altai mountains, Siberia 106, 113, 119, 123

  Americas 150 see also North America; Pacific Coast of America

  anatomical modernity xv

  antelopes 16, 18, 63, 128

  anthracotheres 15

  apes:

  dietary supplementation with protein foods 12, 40

  Miocene forest 1–4, 6–8, 10–11

  Aquatic Ape Hypothesis 13, 26, 51

  Arabia 80

  Acheulian sites 77

  aridification 70, 77

  erectus 55, 75, 77

  Neanderthals 105–6, 119

  rain chasers 87, 109, 110

  Arabian Desert 77, 79, 130, 135

  Arabian Mountains 118

  Ardipithecus see Ramidus

  Asia see central Asia; Eurasia; south-east Asia

  Atapuerca, Spain ix, x

  Atlantic Ocean, influence on climate 65, 99–100

  Australia 132–44

  first arrival of humans 125

  human expansion into 111, 108, 116, 123

  human colonization of interior 133–6

  indigenous peoples xvii, 132–3, 136–44, 145–6

  western colonizers’ attitudes xvii, 132–3, 136, 145

  see also Mardu people; Murray-Darling Basin

  australopithecines 28–40, 79

  bipedalism 31, 32, 36

  diet 30–2, 36, 40

  habitat 28–30, 36, 38–9, 42

  hind limb proportions 37, 45

  population boom 36

  rocky places used for shelter 37–9

  stone tools 39–40

  Australopithecus 28–33, 55

  bipedalism 31, 32, 36

  diet 30–2, 33, 36

  habitat 28–30, 33, 36

  height 44

  Australopithecus afarensis 30, 32

  Australopithecus africanus 30

  Australopithecus anamensis 30–1

  Australopithecus habilis see Homo-Australopithecus habilis/rudolfensis

  Australopithecus sediba 30, 35

  bipedal/arboreal movement 32

  diet 31–2, 40

  baboons (Papio) 24, 34, 46

  habitat 34

  Bajondillo, Spain 101–2

  Baldwin Effect 47–8, 50

  Balkan Mountains 98

  Barbary macaques 27–8, 160n

  Barbary sheep 91, 92

  Bateson, Patrick 48

  behavioural evolution xiv–xv, xvii

  behavioural modernity xv–xvi

  biogeography xi

  biological species concept vii, x, 153n

  and allopatric populations viii

  biology xi

  as underlying reality 152

  and the veneer of culture 11

  bipedalism 31, 32

  facultative 17, 23–4

  birds:

  distribution of Palaearctic 112–15

  diversity in different geographical regions 79

  fossils as habitat indicators 103, 121–2

  group hunting and scavenging 4–6

  substitution of rocky places for trees 122

  bison 65

  Black Sea coast 98

  body size, effect on movement of animals 45

  bonobos (Pan) 25

  boomerangs 139

  brain:

  alleged importance of freshwater and marine foods 102

  fuelling through cooked food 74

  function in forest primates 1–4

  working temperature needs 57–8

  brain size:

  and data storage and retrieval xii, 58, 85

  erectus 53

  habilis 57

  increase corresponding to larger body size 57

  and predisposition for culture 12–13

  primate arms race 8

  primates 3–4, 12–13, 40

  rain chasers 94

  Ramidus 16

  steady and gradual increase in 81, 84

  supposed sharp increase 600 thousand years ago 80, 81

  variations amongst first humans 57

  Britain 100

  periods of desertion 76

  buffalo 91

  bushland 30, 33

  Bushmen 58

  C4 grasses 17, 31, 33, 34, 35

  capuchins (Cebus) 24–5

  carnivores 9, 46, 63

  first primate 9, 46–7

  Carpathians 98, 106

  catfish 19, 59, 63, 93, 158n cattle 91,

  Caucasus 76, 106, 118, 119, 123

  Caucasus-Zagros Launchpad 119–21, 121

  caves and cave dwelling:

  erectus 75, 76–7

  Neanderthals 103, 104, 150

  rain chasers 92–3, 131

  Sel’ungur, Kyrgyzstan 77

  central Asia 111

  as area of cultural interchange 109

  erectus 76–7, 79, 96

  expansion of deserts 79

  Middle Pleistocene 76–7, 79

  Neanderthal penetration 112, 118–19

  rain chaser penetration 120–1

  Cerling, Thure 17, 18, 22

  cheetahs 50–1

  chimpanzees (Pan) 3, 12, 17, 25

  diet 31

  tool use 39

  China 3, 9, 67, 97, 111, 116, 121

  bird diversity 79

  earliest human presence 66–7

  Middle Pleistocene 75, 76, 77–8, 96

  clay figurines 147

  climate 104–5

  cooling and drying 60–1, 92–3, 103, 149

  continental 98, 118

  effects of Atlantic Ocean 65, 99–100

  effect of the coast 100–1

  fluctuations 69–70, 82, 84, 94, 96–7

  Holocene stability 151

  and population movement up and down altitude zones 117–18

  similarity across southern Middle Earth 109

  south-east Asia and Africa compared 60–1

  warming 61, 116

  see also glacials; interglacials

  coast and coastal sites 91, 116, 125

  Australian early settlers 135

  and fresh water 93, 100

  human exploitation from very early times 62, 92

  long-term sites 129, 130

  microclimates 100–1

  Middle Pleistocene 75

  Neanderthal habitations 92, 98–9, 100–2, 103, 105

  resource abundance, Pacific coast of America 147–9

  South Africa 92–3, 102

  south-east Asia 59–60, 62, 68

  unsuitability as launchpad for geographical expansion 150

  cognitive superiority, and modernity xvi

  Cold Spring Harbor symposia vii

  colobine monkeys 15, 18

  Coobool Creek cemetery, Australia 143

  cooking 74, 138

  anatomical changes as evidence of 74

  core body temperature 57–8

  Cretaceous 1

  crocodiles 15, 19, 42, 60, 63, 93

  culture 94

  confusion with behavioural progressions xvi

  interchange 105, 109

  veneer over biology 11

  deer 21, 63, 65, 66, 67, 128

  Denisova Cave, Siberia 119

  Denisovans x–ii, 119–20, 123

  absence from European genome 121

  contact with Neanderthals 117

  genetic legacy ix, 111

  genetic links with present-day Melanesians/Polynesians 112, 115, 119

  Himalayan launchpad 112–17, 119

  in south-east Asia 123–4

  Dennell, Robin 55, 67, 75

  desert barriers 76, 79–80

  desert dwellers 138–43, 146

  desert encroachment 13, 14, 60, 69, 80, 90, 94, 98

  diet:

  australopithecines 40

  Australopithecus 33

  A. afarensis 30

  A. anamensis 30–1

  A. sediba 31–2, 40

  early hominids 25

  Homo-Australopithecus 35

  Mardu people 138

&nbs
p; primates 2–3, 12

  Ramidus 17

  see also meat eating

  Dmanisi hominids 54–5, 56, 66

  fifth skull xviii

  stature 56

  dogs 9, 66

  Dolni Vestonice, Czech Republic 147

  dolphins 4, 6, 101

  Doñana National Park, Spain, and seasonal flooding 18–21, 25

  Dreaming 143

  drought 20, 21, 47, 58, 92, 93–4

  and aestivation 28

  Africa 70, 94

  Australia 143

  Gibraltar 28

  impact on Neanderthals 103, 104, 105

  impact on rain chasers 105

  and mobility 25

  Early Oligocene 9

  East Africa 34, 41, 46, 67

  australopithecine diet 30–1

  erectus 41, 62

  favourable conditions for humans, Middle Pleistocene 80

  increasing climatic fluctuations 70

  Oldowan technology 65

  putative human origins 41, 55

  wetland patchworks 65

  elephants 15, 25, 42, 60, 63, 65, 66, 67, 73, 91

  El-Kherba 63–4

  Eocene, Late 9

  Ethiopia 16, 33, 35, 39, 93, 109

  Eurasia:

  bird diversity 79, 113

  Denisovans 115

  expansion of rain chasers into 119–20, 130

  heidelbergensis 80–1

  population segregation 81

  Middle Pleistocene 75–6

  Neanderthal penetration 116–20, 121–2

  Neanderthal settlements xii–xiii, 85, 95–107, 151

  rain chaser habitat 122–3

  Eurasian Plain xv, 113

  Europe 80, 108, 112, 151

  arrival of first humans 67, 120–1

  bird diversity 79

  erectus 64–6, 75–6, 96

  glaciations 69, 80

  Gravettians 147

  late arrival of Acheulian technology 65

  Middle Pleistocene 75–6

  Neanderthal extinctions 97–8

  Neanderthal strongholds 96–7, 98–9, 106

  population isolation 79–80

  extinction:

  birds during glacial periods 79

  and climate oscillation 69

  Neanderthals 97–8

  Paranthropus 34

  Fa, Darren xix, 78

  Finlayson, Geraldine xviii, xix, 78

  Finlayson, Stewart xviii–xix

  fire, control over 74–5, 76, 93, 103, 133, 143

  fish 15, 42, 59–60, 89, 101, 137

  Flores Hobbit viii, 61–2, 64, 124–5

  flowering plants 1–2

  flying fish 4–5

  food density, and primate behaviour 7–8

  forest canopy 1–10

  fossils, as environmental indicators 13–14

  France 98, 99, 102

  fruit eating, and brain development 2–4

  Gamble, Clive 75

  gavials 15, 60

  gazelles 63, 66, 67, 91, 92, 147

  genetic bottlenecks 84, 94

  geographical expansion:

  coast unsuitable as avenue 150

  first humans 67–8

  forced by population growth 55–6

  nomad/sedentary peoples 150

  rain chasers 108–33

  and reliable water supply 149–50

  see also sources and sinks model

  Gesher Benot Ya’aqov (GBY) xv, 73–5, 149

  giant pandas 3, 9–10, 78

  Gibraltar:

  Barbary macaques 27–8

  climate 99, 100–1

  drought 28, 104–5

  Neanderthals 96, 97, 100, 105, 148–9

  seismic activity 104

  giraffes 16, 48, 63, 91

  glacial cycles 36

  glaciations 80, 97, 110, 111

  gomphotheres 15

  Gorham’s cave, Gibraltar 97, 99, 104, 148–9

  gorillas (Gorilla) 3, 25

  grasping hands 2, 59

  Gravettians 147, 148

  groups:

  challenges of 8

  fruit-eating forest primates 6–7

  predatory birds 4–6

  and predisposition for culture 12–13

  Gymnarchus (knife fish) 15

  habitats:

  australopithecines 28–30, 36, 38–9, 42

  Australopithecus 28–30, 33, 36

  erectus 42, 59–61, 62, 63–4, 72–3

  Homo-Australopithecus 29–30, 35, 37

  hunter-gatherers 127–30

  management 124–5

  Neanderthals 102–4, 121–2

  Paranthropus 33–4

  Ramidus 17–19, 21, 22–5

  ‘savannah’/woodland habitat debate 13, 17–18

  Toumaï 13–16, 21, 22–5

  UNESCO definitions 22, 159–60n

  see also rocky places; savannah/grassland; water/trees/open spaces

  Hardy, Sir Alistair 13

  Haua Fteah, Libya 91

  Henry, Amanda 31

  Himalayan launchpad 113–18, 114–17 Fig 5, 119

  Himalayas 111

  hippos 15, 19, 34, 42, 63, 66, 93

  Hobbit see Flores Hobbit Holocene 151

  hominids see australopithecines; Ramidus; Toumaï

  Homo rhodesiensis 81, 95

  Homo sapiens (humans generally):

  adaptation to dry, open plains 106

  all populations after 1.8 million years ago attributable 81–2

  anatomical change and environmental/climactic conditions xi–xix

  branching of separate lineages x, 87

  characteristic environments 128–30

  connectivity between lineages 90

  continuous evolution towards slender build and large brains 85–6

  correct categorization vii–viii

  desert dwellers 134–42, 144

  importance of water in evolution xi–xiv, xvii, 49, 125–7

  improbability 46–7, 62

  as inverted pandas 9–10

  large brains 57, 59, 85, 94

  last stages of evolution 128–30

  lightweight build 94, 105, 106–7, 122

  Middle Pleistocene 69–82

  mosaic nature xii, 86, 110

  need for water 125–30

  nomenclature 81–2, 95–6

  origins (1.8 million years ago) 41, 54, 111, 133, 150

  paradoxical nature 146

  population fragmentation 81, 82, 84

  rainforest heritage 9, 24, 25, 59, 144, 146

  sea crossings 61–2, 68

  technological innovation 87–90

  variability in 56–7

  water as evolutionary driver xii–xiv, xvii, 37, 47, 49, 52, 58, 59, 84–5, 125–31

  Water Optimization Hypothesis 125–30

  unity as a polytypic species vii–xiv, xvii–xviii, 82, 86–7, 88

  Homo sapiens erectus (first humans) x, xii, xviii, 41–53, 54–68, 69–82, 88

  Acheulian technology 52–3, 58–9, 70–2

  activities limited to heat of the day 51

  in Africa 41–53, 54, 62

  and the Baldwin effect 48–9

  body weight and stature 43–5, 57, 83, 164n

  brain size 57, 59

  claimed as separate species x, 86–7, 88

  climate and landscape at first

  appearance 42–3

  control of fire 74–5

  diet 59, 161n

  expansion into arid environments 70–2

  as first primate carnivore 46–7

  habilis compared 43–6

  habitat 42, 59–61, 62, 63–4, 72–3, 164n

  hair loss 50, 51–2

  as Homo sapiens x–xi, xviii, 86–7

  hunting and scavenging 49–51

  innovation as result of stress and marginalisation 61

  isolation and reunification in southern Middle Earth 86

  lengthening of hind limbs 45–6

  across Middle
Earth 62–8

  mobility 45–6, 494–50, 52–3, 75

  place of origin 41, 54, 55

  population and geographical expansion 55–6

  population isolation 61, 69–70

  regional isolation 70

  seasonal change of location 49

  in south-east Asia xii, 54, 59–61

  sweating 50, 51–2, 58

  time of first appearance 41, 42, 54

  in Trinil 59–60

  vegetarian arboreal heritage 9, 13

  Homo sapiens heidelbergensis x, xvii, 95–6

  arrival 600 thousand years ago 80–1, 86

  considered separate species x, 80–1, 88

  as subspecies of Homo sapiens x–xi, xvii, 81

  Homo sapiens sapiens see rain chasers

  Homo-Australopithecus habilis/rudolfensis xviii, 29, 34–5, 42, 55, 56,

  brain size (habilis) 57

  diet 35

  distribution 35

  erectus compared with habilis 43–6

  habitat 29–30, 35, 37

  height (habilis) 44

  hind limb proportions (habilis) 45–6

  lifestyle 32–3

  moving towards life on the ground 37

  rocky places 37

  start of line 36

  horses 63, 65, 66, 152

  Humans Who Went Extinct, The (Finlayson) 41, 43

  Hungsi-Baichbal, India 77

  hunting 89, 91

  ambush 92–3, 106

  hybridization ix

  Hydrocynus (tiger fish) 15

  hyenas 4, 9, 16, 21, 66, 67

  Iberian Peninsula 4, 67, 76, 96, 98, 99–100, 102

  similarity of sites with Africa and Australia 131

  ibexes 92

  India 67, 82, 105, 109, 124

  aridification 70

  erectus 62

  Middle Pleistocene 75, 77, 80

  rain chasers 87

  wetland patchworks 65

  Indian Desert 130, 135

  insectivorous mammals, introduction of plants into diet 1–2

  interglacials 76, 97, 106, 151

  Iran 106, 109, 111, 118, 119

  ivory and bone xv

  Java 59–61, 67, 111

  Kappelman, J. 57

  Kenya 41, 72

  Kow Swamp cemetery, Australia 143

  kudu 91

  Kulpi Mara, Australia 134

  Laetoli fossil tracks 32

  Lake Baza, Spain 64–5, 65–6, 149

  Lake Chad 15

  Lamarckism 48

  lammergeyers 5

  land management 127, 135, 151–2

  landscape paintings 152

  Last Glacial Maximum (LGM) 110, 134–5, 142–3, 147

  lemurs (Hapalemur) 25

  Lévi-Strauss, Claude 128

  Lucy 29, 32

  macaques (Macaca) 24, 60

  see also Barbary macaques

  Majuangou, China 66–7

  mammalian herbivores 46

  Mardu people, Australia xv, 136–42

  marginal populations 43, 61, 87

  marine birds 4–5

  marine molluscs 101–2

  Mayr, Ernst vii–viii, ix, x

  McHenry, H. M. 44

  meat-eating 9, 10, 40, 46–7

  Mediterranean 64, 97, 98, 102, 111, 151

  as secondary source area 78

  Middle Earth xiii Fig. 1, 54–68, 97

 

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