624 results on '"Sargis, Eric J."'
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302. Morphological Diversification of Stemmed Projectile Points of Patagonia (Southernmost South America). Assessing Spatial Patterns by Means of Phylogenies and Comparative Methods
303. More to the Point: Developing a Multi-faceted Approach to Investigating the Curation of Magdalenian Osseous Projectile Points
304. Survivorship Distributions in Experimental Spear Points: Implications for Tool Design and Assemblage Formation
305. Experimental and Archeological Observations of Northern Iberian Peninsula Middle Paleolithic Mousterian Point Assemblages. Testing the Potential Use of Throwing Spears Among Neanderthals
306. Technological Systems, Population Dynamics, and Historical Process in the MSA of Northern Africa
307. Morpho-Metric Variability of Early Gravettian Tanged 'Font-Robert' Points, and Functional Implications
308. Early Gravettian Projectile Technology in Southwestern Iberian Peninsula: The Double Backed and Bipointed Bladelets of Vale Boi (Portugal)
309. Penetration, Tissue Damage, and Lethality of Wood- Versus Lithic-Tipped Projectiles
310. Testing Archaeological Approaches to Determining Past Projectile Delivery Systems Using Ethnographic and Experimental Data
311. Edge Damage on 500-Thousand-Year-Old Spear Tips from Kathu Pan 1, South Africa: The Combined Effects of Spear Use and Taphonomic Processes
312. Projectile Damage and Point Morphometry at the Early Middle Paleolithic Misliya Cave, Mount Carmel (Israel): Preliminary Results and Interpretations
313. Hunting Lesions in Pleistocene and Early Holocene European Bone Assemblages and Their Implications for Our Knowledge on the Use and Timing of Lithic Projectile Technology
314. Levers, Not Springs: How a Spearthrower Works and Why It Matters
315. Uncertain Evidence for Weapons and Craft Tools: Functional Investigations of Australian Microliths
316. Projectiles and Hafting Technology
317. Thirty Years of Experimental Research on the Breakage Patterns of Stone Age Osseous Points. Overview, Methodological Problems and Current Perspectives
318. Identifying Weapon Delivery Systems Using Macrofracture Analysis and Fracture Propagation Velocity: A Controlled Experiment
319. When Is a Point a Projectile? Morphology, Impact Fractures, Scientific Rigor, and the Limits of Inference
320. Experiments in Fracture Patterns and Impact Velocity with Replica Hunting Weapons from Japan
321. Africa from MIS 6-2: Where Do We Go from Here?
322. The Kalahari During MIS 6-2 (190–12 ka): Archaeology, Paleoenvironment, and Population Dynamics
323. The Late Quaternary Hominins of Africa: The Skeletal Evidence from MIS 6-2
324. A Genetic Perspective on African Prehistory
325. The Later Pleistocene in the Northeastern Central African Rainforest
326. Environmental Change, Ungulate Biogeography, and Their Implications for Early Human Dispersals in Equatorial East Africa
327. Across Rainforests and Woodlands: A Systematic Reappraisal of the Lupemban Middle Stone Age in Central Africa
328. Late Quaternary Environmental Change and Human Occupation of the Southern African Interior
329. Follow the Senqu: Maloti-Drakensberg Paleoenvironments and Implications for Early Human Dispersals into Mountain Systems
330. Human Evolution in Late Quaternary Eastern Africa
331. Cultural Change, Demography, and the Archaeology of the Last 100 kyr in Southern Africa
332. Climate, Environment, and Population Dynamics in Pleistocene Sahara
333. Climate Change and Modern Human Occupation of the Sahara from MIS 6-2
334. Patterns of Hominin Occupation and Cultural Diversity Across the Gebel Akhdar of Northern Libya Over the Last ~200 kyr
335. Paleoenvironments, Sea Levels, and Land Use in Namaqualand, South Africa, During MIS 6-2
336. Technological Change and the Importance of Variability: The Western Cape of South Africa from MIS 6-2
337. Africa from MIS 6-2: The Florescence of Modern Humans
338. Mid to Late Quaternary Landscape and Environmental Dynamics in the Middle Stone Age of Southern South Africa
339. The Taphonomy and Paleoecology of Korsi Dora Vertebrate Locality 1, Woranso-Mille Study Area, Ethiopia
340. Breakage and Deformation
341. Why Taphonomy?
342. Disarticulation and Completeness
343. Flaking and Cracking
344. Corrosion and Digestion
345. Abrasion and Rounding
346. Pits and Perforations
347. Discoloration and Staining
348. Linear Marks
349. Childhood, Play and the Evolution of Cultural Capacity in Neanderthals and Modern Humans
350. Methods in Taphonomy
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