The Sediments of Time

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The Sediments of Time Page 44

by Meave Leakey

Pleistocene, 93, 165, 264–65, 266, 267–68

  Early, 58, 262, 267

  Late, 268, 318–19

  Middle, 267–68, 304

  Pliocene, 93, 161

  Late, 58, 165, 262

  poaching, 55–56, 62, 74, 116

  Poole, Joyce, 114, 120, 121

  positive feedback, 263

  postmenopausal period, 225, 229–30, 237–38

  potassium-argon dating techniques, 266

  power grip, 163, 164, 166

  precession, 259, 260, 262, 263

  precision grip, 162–64, 165, 190, 215

  precocial babies, 228, 229, 232, 233, 234

  prepared core technique, 319–20

  proboscideans, 93–96, 101. See also elephants

  prognathism, 203, 205

  Purple Marker, 82

  pygmy hippo, 87

  pygmy stegodon, 284

  Q

  quadrupeds, 131, 133, 254

  R

  radiocarbon dating technique, 266

  Rak, Yoel, 221

  Red Marker, 82

  Red Sea, 276

  reproductive strategies, 228

  rhinos and rhino fossils, 74, 91, 100, 101

  ring species, 154–55

  robust australopithecines, 181–83, 185–88, 190–91, 204–5, 207, 220–21

  rock art, 45–46, 335

  Romania, 321, 332

  rubisco, 97–98, 99

  Ruff, Chris, 316

  ruminants, 188–89

  running, endurance, 245–48, 255, 336

  running biomechanics, 253–55

  S

  sabre-toothed cats, 109, 244, 271

  Sadiman (volcano), 135

  Safina (political party), 143

  sagittal crests, 181, 182, 185, 188, 190, 213

  Sahara, 272–73, 275, 331

  Sahelanthropus tchadensis, 175, 180

  Sambungmacan 3 (Sm 3), 299–300

  Sandawe people, 335

  Sangiran, Java, 277, 300

  San people, 335

  sapropels, 261–62, 309

  Sarich, Vince, 63

  Savage-Rumbaugh, Sue, 251–52

  scavenging, 243–44

  scissor grip, 164

  scoliosis, 240–41

  sea cores, 261–62, 264–65, 267, 309

  secondary altricial state, 227–28, 232, 233, 234, 250

  sediment layers, 60–61, 259–65

  Segerdahl, Pär, 252

  Senut, Brigitte, 173–74

  Serengeti plains, 21, 22, 134–35, 247, 248

  sexual dimorphism, 136, 153–54, 184, 185–87

  sexual selection, 104–5

  shifta bandits, 33, 285

  Shipman, Pat, 272

  shoulder morphology, 281, 282–83

  Siberia, 334

  Sibiloi National Park, 151, 286, 290–91

  Sicily, 275–76, 280

  side-necked turtles, 85, 86–87

  Silberberg Grotto, 178–79

  silica, 264

  Sill, William, 79

  Silverstein, David, 115

  Simiolus enjiessi, 48

  Sinanthropus pekinensis, 209

  single-lineage hypothesis, 136–37, 155–56, 171, 175, 206, 207

  single origin hypothesis, 318, 327, 331

  Siwaliks, 97

  skeleton discovery, 50–53, 54

  skin cancer, 337

  skin colour, 336, 337–40

  slow loris, 163

  Smith, Holly, 234–35, 236

  snakes, 41, 47, 134, 198, 287

  social bonding, 237–39, 248–49, 251–53, 315

  soft-shelled turtles, 87

  Sojourner, 169

  solstices, 259

  South Africa, 162, 177–81, 187, 190, 193, 201, 230

  South America, 100

  South Turkwell, 65, 166, 341

  Spain, 276

  speech and language, 229, 248–49, 251–53, 335

  spheno-occipital synchondrosis, 234, 296–98

  spina bifida, 338

  spinal curvature, 131, 132

  splitters versus lumpers, 318–21, 327

  Spoor, Fred, 200–203, 205, 220, 255, 295–303, 341

  stabilization and running, 254–55

  Stegotetrabelodon, 91, 95, 96

  Sterkfontein, 178–80

  Stewart, Kathy, 71, 86, 89–90

  stone flakes/tools

  at KBS site, 30–31

  Louis’s scavenging exercise and, 244

  manual dexterity and, 107, 161–62, 163, 166, 191

  at Mata Menge, 278–79

  at Olduvai, 210, 211–12, 215, 222

  at Olorgesailie, 271–72

  Stoneking, Mark, 336–37

  Stony Brook University, 292, 294

  Strait of Gibraltar, 275–76

  striae of Retzius, 236

  Suidae, 91

  sweating versus panting, 246, 336

  Switzerland, 262

  synchrotron, 341–42

  T

  Taieb, Maurice, 130, 133–34, 136

  Tanzania, 20, 45–46, 135, 193, 242, 247. See also Olduvai Gorge, Tanzania

  tapeworms, 271

  taphonomy, 79

  Tarahumara people, 248

  Tassy, Pascal, 92, 94

  Taung Child, 177. See also Australopithecus africanus

  Teaford, Mark, 90

  technology, 4, 169, 340, 343–47

  teeth. See also canine teeth

  adaptations in, 88, 91–101, 165, 176, 181, 183, 185, 186

  age estimates and, 234–36

  comparisons of, 149–50, 153–54, 166–68, 171–72, 173, 175, 204

  isotopic analysis, 97–99, 165, 183–84

  theory of mind, 252

  Theropithecus (genus), 184, 271–72

  Theropithecus brumpti, 184

  Theropithecus oswaldi, 184–85

  Thin Ice (Bowen), 311

  Thompson, Lonnie, 311–12

  tiang, 29–30, 35, 36

  Tigoni Primate Research Centre, 17–18, 20, 22–29, 37, 344

  Tobias, Phillip, 178, 214–15

  Tocheri, Matthew, 282

  tool making, 249, 319–20. See also stone flakes/tools

  tortoise fossil, 49

  Tragoportax, 91

  Transvaal, 177, 180

  tree shrew, 163

  trilophodont gomphothere, 94

  Trinil, Java, 208, 277

  Trinkaus, Erik, 318

  trunk stabilization, 254, 255

  tuberculosis, 8

  tuffs, 30–31, 59, 60–61, 80, 82, 157, 198, 216–17, 231, 308–9

  Tugen Hills, 173

  Tulu Bor Tuff, 198

  Tunbridge, Louise, 143

  Turkana

  environmental changes in, 88, 90–94

  fossil expeditions (1969), 3–6, 29–37

  fossil expeditions (1970s), 38–39, 41–43, 215–18, 221

  fossil expeditions (1980s), 46–53

  fossil site dating, 61–62

  humans split off from apes in, 62–65, 70–71

  Leakey children at, 40–41, 47, 49, 51–52

  Richard’s leaving fieldwork at, 57

  Turkana Basin. See also East Turkana; Lake Turkana; Omo-Turkana Basin; West Turkana

  early hominins in, 108

  evolutionary history of, 47, 49

  fossil record of bovids in, 268–70

  fossil sites, 76, 86

  geology of, 59–62, 196–97, 269

  Harris’s work throughout, 90

  during the Miocene, 93, 94

  modern species appearances in, 159–60

  Richard and exploration of, 58, 60

  robust australopithecines and, 182

  sediment layers in, 60–61, 261–62

  suid lineages in, 91

  Turkana Basin Institute (TBI), 294–95, 341

  Turkana Boy. See also Homo erectus

  Dean’s study of teeth of, 236–37

  development of, 231–36, 249

 
discovery and excavation of, 76, 125, 193, 195, 230–31

  humeral torsion in, 283

  scoliosis, 240–41

  search for hand and foot bones of, 282

  skeleton of, 53

  Walker and, 231–36, 249, 289, 316

  Turkana people, 51–52, 70–71, 316

  Turkanapithecus, 48

  Turkanemys pattersoni, 85, 87

  Turkwell River, 64, 65, 305–6

  turnover-pulse hypothesis, 194

  turtles and turtle fossils, 49, 85, 86–87

  U

  Uganda, 39, 41

  United States, 11–12, 16, 20, 249

  University of Bangor, 14–16, 26, 27, 120

  University of the Witwatersrand, 178–79, 201

  University of Western Australia, 338

  UV radiation, 337–40

  V

  valgus angle, 131, 132

  venomous sting, 188

  vertisols, 158

  vervets, 25–26

  vitamin A, 239–40

  vitamin D synthesis, 338–40

  volcanic eruptions, 59, 60–62, 82, 84, 157

  Vondra, Carl, 61

  Vrba, Elisabeth, 194, 268, 269

  W

  Walker, Alan

  Allia Bay and Kanapoi material studied by, 152–55

  excavation and sabre-toothed cat bones, 109

  friendship with Leakeys, 43

  H. erectus pelvis calculations and, 233

  Kanapoi survey and, 125

  KNM-ER 1808 and, 239

  at Lothagam, 109, 119

  Meave’s collaborations with, 46, 50, 150–51

  skull discoveries and, 182, 219, 305

  Turkana Boy and, 231–36, 249, 289, 316

  The Wisdom of the Bones, 233

  walking versus running, 253–55

  Ward, Carol, 90, 152–55

  warthogs, 20

  watercrafts, 279

  The Weather Makers (Flannery), 257, 310

  Weidenreich, Franz, 210

  Weiner, Jonathan, 103

  Wells, Spencer, 323, 326, 327, 333

  Werdelin, Lars, 109

  Weston, Eleanor, 90

  West Turkana, 64–65, 270

  White, Tim

  Ardipithecus ramidus and, 148–50, 166, 168

  Australopithecus ghari and, 190

  Hadar and Laetoli fossils and, 136–37, 152, 155

  hill crawl method, 167–68

  H. sapiens fossils discovered by, 309

  Lomekwi skull and, 201

  single-lineage hypothesis and, 136–38, 171, 206, 207

  White House, 9–11

  Wildlife Conservation and Management Department, 55–58, 74

  Williams, Renata, 120–21

  Wilson, Alan, 63

  Winterson, Michael, 23, 24

  The Wisdom of the Bones (Walker), 233

  Wood, Bernard, 216, 255

  Woranso-Mille, 138

  wrist morphology, 281–82

  Wynn, Jonathan, 158

  Y

  Y chromosome, 326–27, 329

  Z

  Zagros mountain range, 276

  zebras, 29–30, 36, 244, 247, 290

  Zhoukoudian excavation, 209–10

  Zinjanthropus. See Dear Boy (skull)

  Zonneveld, Frans, 255

  About the Authors

  Maeve Leakey coheads field efforts in northern Kenya seeking fossil records to the roots of humankind. She has worked at the National Museums of Kenya since 1969 and is a research professor at Stony Brook University. She has been elected an honorary fellow of the Geological Society of London and inducted into the National Academy of Sciences in Washington, DC, was a National Geographic explorer-in-residence, served as a fellow of the African Academy of Sciences, and received the National Geographic Hubbard Medal, among many other accolades and achievements.

  Samira Leakey has degrees from the University of London and Princeton University. She lives in Kenya with her daughter.

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