Atlatl (Other Keyword)
101-125 (242 Records)
This resource is a citation record only, the Center for Digital Antiquity does not have a copy of this document. The information in this record has been migrated into tDAR from the EXARC Bibliography, originally compiled by Roeland Paardekooper, and updated. Most of these records consist of a document citation and other metadata but do not have the documents themselves uploaded. If you have a digital copy of the document and would like to have it curated in tDAR, please contact us using the...
Folsom Projectile Technology: An Experiment in Design, Effectiveness, and Efficiency (2008)
J. Whittaker: Used 25 F points replicated by Patten (80 counting reuse after damage and reshaping), hafted 5 ways, fired with crossbow at 30-35 m/s perpendicularly into beef carcass ribs. Foreshafts on 220 cm, 240 gm shafts to simulate atlatl. Fluting helps hafting - easier to fit convex foreshaft notch interior to flute surface than usual concave notch interior to lenticular point, but labor intensive. Hafted to full length of flutes. Foreshaft types all performed similarly regarding break...
Formal variation in Australian spear and spearthrower technology (1989)
J. Whittaker: [Actually covers only Central Australia and the northern half of the Northern Territory so some important types and variation not included. A very good study although marred by many typos and almost no illustrations of spearthrowers and spears. One of the best sources on spearthrower mechanics and physics, but the explanations are not always clear. I’ve translated into English as much as I can.] 1. Intro: Variation should be explained by technological and functional factors as...
Further Notes on the Susanville Atlatl (1941)
J. Whittaker: George Evans, son-in-law of Charlie Paiute, worked with M.R. Harrington at Lovelock Cave and others, made and experimented with atlatls after seeing SW types found at Council Hall Cave, NV, and is responsible for the Lassen County in previous issue.
The Geniculate Bannerstone as an Atlatl Handle (1962)
J. Whittaker: “For several decades” experiments have been out of favor in arch. But “the most meaningful questions are not to be solved by using meaningless names” of artifacts. If we fail to recognize ‘bannerstones’ as atlatl weights, and ‘gorgets’ as wrist guards, we lose info on transition to bow. Geniculates are hook shaped with oval and oblong perforation. Thin shaft fits firmly in hole, hook up supports dart, held with either two–finger [split] or [hammer] grip. Similar to beak on...
Great Basin atlatl studies (1974)
This resource is a citation record only, the Center for Digital Antiquity does not have a copy of this document. The information in this record has been migrated into tDAR from the EXARC Bibliography, originally compiled by Roeland Paardekooper, and updated. Most of these records consist of a document citation and other metadata but do not have the documents themselves uploaded. If you have a digital copy of the document and would like to have it curated in tDAR, please contact us using the...
High-magnification Use-wear Analysis of Projectile Points from Southeastern Minnesota (1988)
This resource is a citation record only, the Center for Digital Antiquity does not have a copy of this document. The information in this record has been migrated into tDAR from the EXARC Bibliography, originally compiled by Roeland Paardekooper, and updated. Most of these records consist of a document citation and other metadata but do not have the documents themselves uploaded. If you have a digital copy of the document and would like to have it curated in tDAR, please contact us using the...
High-Tech, Low-Tech: Lithic Technology in the Kimberley Region of Western Australia (2006)
J. Whittaker: Ground-edge tools like axes, grinding equipment, unhafted flake blade and core cutting tools, hafted knives and scrapers, pressure flaked spearheads in 3 different lithic zones. Heat treatment of rock common. Kimberley points as spear heads, knives, trade goods. Descriptions of flaking process. Man might have 5-20 at one time, but renew or replace maybe 4/week. Glass favored, takes 15 + minutes. Composite spears 250-350 cm, ave wt 170 grams, so could be thrown with long...
The history and development of projectile technology research (1997)
J. Whittaker: Good summary, excellent references, especially for European sources. Discusses atlatls: little ethnographic information available, lots of experiments, gives summary of weight hypotheses. Cites earliest spear thrower date: 17,470+/-250 on an antler hook from the Solutrean (Upper Paleolithic) of Combe Sauniere, France.
Homeland: An Archaeologist’s View of Yellowstone Country’s Past (2006)
J. Whittaker: Nice personalized illustrated narrative of Montana prehistory. Anzick Clovis site frequently referred to. Lithic archaeology includes projectile point chronology, knapping discussion featuring work of Ray Alt, Bonnichsen. Shoshone legend of how coyote stole knapping knowledge from wolf. Experiments with bow (Alt) and atlatl leave them skeptical of ability to distinguish points by size, and of penetrating ability of atlatl dart. [Stories about effectiveness of bow and arrow, and...
How fast does a dart go? (2007)
J. Whittaker: With a radar gun, measured JW throws using Whittaker, Berg, and Perkins equipment. Velocities from 45 mph (20 m/sec) to 57 (25) with Berg gear slowest. Comparisons to other experiments.
How hard does it hit? (2002)
J. Whittaker: Energy calculations for atlatl dart compared to other projectiles. Force (momentum) reflects how hard it hits target (F = Mass x Acceleration). Kinetic Energy (stored energy in projectile) determines amount of damage to target (KE = 1/2 Mass x Velocity squared). Atlatl darts have more impact force and momentum than most bullets (because more mass) but much less kinetic energy (because slow). “Weaker than modern firearms, but still capable of bringing down largest game.” They rely...
How hard does it hit? A revised study of atlatl and dart ballistics (2003)
J. Whittaker: Three variables for comparison: how hard it hits (kinetic energy), how hard it is to stop (momentum) and how effectively it penetrates (sectional density). Calculations for spears, atlatl darts, arrows, bullets. Darts much less kinetic energy (KE = 1/2 Mass x Velocity squared) than bullets, but more than arrows, and plenty to take big game by archery standards. Momentum = Mass X Velocity so darts less than heavy spears or fast bullets, but more than .357 magnum or arrows. High...
How the Length of an Atlatl Affects its Dart Throwing Abilities (2001)
J. Whittaker: class paper for J Whittaker. Tried three lengths, longer atlatls get greater distance [but small sample, limited experiment]
How to make a Good Dart with Easily Found Materials (2009)
J. Whittaker: Instructions for simple wood dowel darts.
How to make a pretty darned good atlatl (2004)
J. Whittaker: Flat somewhat flexible “bow limb” shaft with Gt Basin-like notches and Basketmaker-like loops, plus a bannerstone weight attached by putting a separate rod through it and fixing rod to underside of atlatl shaft (allows bannerstone use with flat, more flexible atlatl). Antler tine hook. Weight more than halfway up shaft from handle is liability. Prefers unfletched, highly flexible forward weighted darts about 3 times atlatl length.
How to make and use the Atlatl: ancient weapons of the Ice Age hunters (1984)
J. Whittaker: Laird is school teacher, amateur arch, participant in World Open Atlatl Contest since beginning. Prefers pronunciation at-latl but unable to find evidence. Aztec origins [from Nuttall – throughout he mentions “authorities” without citations]. Mechanics discussed, unclear. Some sketchy archaeology and designs. How to make section. Recommends wooden spears 6-7’ long. Optional weights serve as counterbalance to spear. Photos of manufacture, some design tips, including a forked antler...
How to Throw with an Atlatl (2009)
This resource is a citation record only, the Center for Digital Antiquity does not have a copy of this document. The information in this record has been migrated into tDAR from the EXARC Bibliography, originally compiled by Roeland Paardekooper, and updated. Most of these records consist of a document citation and other metadata but do not have the documents themselves uploaded. If you have a digital copy of the document and would like to have it curated in tDAR, please contact us using the...
How to Throw with an Atlatl (2005)
This resource is a citation record only, the Center for Digital Antiquity does not have a copy of this document. The information in this record has been migrated into tDAR from the EXARC Bibliography, originally compiled by Roeland Paardekooper, and updated. Most of these records consist of a document citation and other metadata but do not have the documents themselves uploaded. If you have a digital copy of the document and would like to have it curated in tDAR, please contact us using the...
A Hunt with Aunt Jemima (2009)
J. Whittaker: Killed deer with brown glass point, cane arrow, self bow, 8 yards. Entry between ribs, split rib on other side but no exit.
Hunters and Trackers of the Australian Desert (2002)
J. Whittaker: Personal accounts of tracking-related natural history, nice photos. Lowe married Jimmy Pike and learned from him and relatives in Walmajarri people. Female perspective, lots mention women hunting, including with spears and other weapons. Central desert depopulated since 1960s, nobody living old life now, but many hunt and visit and know old ways. Hunter’s tools: digging stick, coolamon wood dish, kana probe or spear (kularta), spear thrower (ngalpiliny), hunting sticks. Male...
Hunting during the Upper Paleolithic: Bow, Spearthrower, or Both? (1997)
J. Whittaker: Defines atlatl and bow. Spearthrower works by lever action. Discusses two geographical groups 1) Arctic – “used exclusively from a seated position in kayaks in a marine environment” and 2) Australian, used standing in terrestrial settings. Both are highly variable, used with variety of projectiles, often diff forms for same purpose or for specialized purposes, no consistent patterns. Throwing distances recorded over 100m, but hunting from 10-45 m, usually less. Bow range is...
Hunting lesions caused by osseous projectile points: experimental results and archaeological implications (2008)
J. Whittaker: Upper Magdalenian (Upper Paleolithic) antler points, fork-based or double beveled, from Isturitz, France. Could be on darts or arrows - earliest definite bow evidence is Ahrensburgian arrow shafts from Stellmoor, Germany, ca 2000 yrs younger than Up Magd. Replicated pts on foreshafts with hide glue and sinew, used (96) on arrows with self bow, and atlatl darts 2.5 m L, 157-193 gm, atlatls of Up Pal type 50-70 cm long, Chauvaux, Cattelain, Demoulin, and Rivere throwers. Two...
Hunting with Flint Points (1994)
This resource is a citation record only, the Center for Digital Antiquity does not have a copy of this document. The information in this record has been migrated into tDAR from the EXARC Bibliography, originally compiled by Roeland Paardekooper, and updated. Most of these records consist of a document citation and other metadata but do not have the documents themselves uploaded. If you have a digital copy of the document and would like to have it curated in tDAR, please contact us using the...
Hunting with Howiesons Poort Segments: Pilot Experimental Study and the Functional Interpretation of Archaeological Tools (2008)
J. Whittaker: HP = Middle Stone Age, S Africa, ca 70-55,000 BP. Distinctive backed blade segments and blade tools. Use as barbs or tips on projectile weapons? Tested 4 configurations, look at fractures. Glued into slotted wood shafts [look real crude to me - dowels with saw cut ends, apparently taped to larger shaft]. Machine [not specified] launch, 10 per weapon, 27 weapons, 167 shots into impala carcass. 85% penetrated, 37% survived all 10 shots. Transverse hafted segments least effective....