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"Projectiles History."
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Civil War Heavy Explosive Ordnance
Civil War Heavy Explosive Ordnance is the definitive reference book on Union and Confederate large caliber artillery projectiles, torpedoes, and mines. Some of these projectiles are from the most famous battles of the Civil War, such as those at Fort Sumter, Charleston, Vicksburg, and Richmond. Others were fired from famous cannon, such as the “Swamp Angel” of Charleston and “Whistling Dick” of Vicksburg. And some were involved in torpedo attacks against major warships. Jack Bell covers more than 360 projectiles from public and private collections in smoothbore calibers of 32-pounder and up, rifled projectiles of 4-inch caliber and larger, and twenty-one Union and Confederate torpedoes and mines. Each data sheet shows multiple views of the projectile or torpedo (using more than 1,000 photos) with data including diameter, weight, gun used to fire it, rarity index, and provenance. This comprehensive volume will be of great interest to Civil War historians, museum curators, field archaeologists, private collectors, dealers, and consultants on unexploded ordnance. “This will become a required reference guide at every Civil War site and related museum.”--Wayne E. Stark, Civil War artillery historian
eBook
Paleoindian Lifeways of the Cody Complex
Paleoindian Lifeways of the Cody Complex represents the first synthesis in the more than fifty year history of one of the most important Paleoindian cultural traditions in North America. Research on the Cody complex (~10,000–8,000 radiocarbon yrs B.P.) began in the 1940s; however, until now publications have focused almost exclusively on specific sites, issues of projectile point technology and typology, and bison hunting. This volume provides fresh perspectives and cutting-edge research that significantly increases our understanding of the Cody complex by focusing more squarely on the human behaviors that created the archaeological record, rather than on more strictly technical aspects of the artifacts and faunal remains.
Because the Cody complex extends from the central Canadian plains to the Gulf of Mexico and from Nevada to the eastern Great Lakes—making it second only to Clovis in geographical expanse—this volume will appeal to a wide range of North American archaeologists. Across this broad geographic distribution, the contributors address hunter-gatherer adaptive strategies from diverse ecosystems at the onset of the Holocene, which will also make it of interest to human ecologists and paleoenvironmental researchers. Paleoindian Lifeways of the Cody Complex provides an innovative synthesis of a well-known but little-studied cultural tradition that opens the door for a new generation of exciting research.
eBook
Late Upper Paleolithic occupation at Cooper’s Ferry, Idaho, USA, ~16,000 years ago
Radiocarbon dating of the earliest occupational phases at the Cooper’s Ferry site in western Idaho indicates that people repeatedly occupied the Columbia River basin, starting between 16,560 and 15,280 calibrated years before the present (cal yr B.P.). Artifacts from these early occupations indicate the use of unfluted stemmed projectile point technologies before the appearance of the Clovis Paleoindian tradition and support early cultural connections with northeastern Asian Upper Paleolithic archaeological traditions. The Cooper’s Ferry site was initially occupied during a time that predates the opening of an ice-free corridor (≤14,800 cal yr B.P.), which supports the hypothesis that initial human migration into the Americas occurred via a Pacific coastal route.
Journal Article
Pressure flaking to serrate bifacial points for the hunt during the MIS5 at Sibudu Cave (South Africa)
Projectile technology is considered to appear early in the southern African Middle Stone Age (MSA) and the rich and high resolution MSA sequence of Sibudu Cave in KwaZulu-Natal has provided many new insights about the use and hafting of various projectile forms. We present the results of a functional and technological analysis on a series of unpublished serrated bifacial points recently recovered from the basal deposits of Sibudu Cave. These serrated tools, which only find equivalents in the neighbouring site of Umhlatuzana, precede the Still Bay techno-complex and are older than 77 ka BP. Independent residue and use-wear analyses were performed in a phased procedure involving two separate analysts, which allowed the engagement between two separate lines of functional evidence. Thanks to the excellent preservation at Sibudu Cave, a wide range of animal, plant and mineral residues were observed in direct relation with diagnostic wear patterns. The combination of technological, wear and residue evidence allowed us to confirm that the serration was manufactured with bone compressors and that the serrated points were mounted with a composite adhesive as the tips of projectiles used in hunting activities. The suite of technological and functional data pushes back the evidence for the use of pressure flaking during the MSA and highlights the diversity of the technical innovations adopted by southern African MSA populations. We suggest the serrated points from the stratigraphic units Adam to Darya of Sibudu illustrate one important technological adaptation of the southern African MSA and provide another example of the variability of MSA bifacial technologies.
Journal Article
Late Pleistocene exploration and settlement of the Americas by modern humans
The arrival and spread of humans across the American continent is a research topic of abiding interest. Numerous archaeological finds in recent years have led to a reappraisal of the timing of the first occupations, before the Clovis culture of 13,000 years ago. Genetic research—especially genomic research over the past 5 years—also points to probable earlier dates for the founder populations that spread from Beringia ∼15,000 years ago. Waters reviews these research advances and provides signposts to the promise of future genomic studies for enriching our knowledge of the ancestral history of humans in the Americas. Science , this issue p. eaat5447 North and South America were the last continents to be explored and settled by modern humans at the end of the Pleistocene. Genetic data, derived from contemporary populations and ancient individuals, show that the first Americans originated from Asia and after several population splits moved south of the continental ice sheets that covered Canada sometime between ~17.5 and ~14.6 thousand years (ka) ago. Archaeological evidence shows that geographically dispersed populations lived successfully, using biface, blade, and osseous technologies, in multiple places in North and South America between ~15.5 and ~14 ka ago. Regional archaeological complexes emerged by at least ~13 ka ago in North America and ~12.9 ka ago in South America. Current genetic and archaeological data do not support an earlier (pre–17.5 ka ago) occupation of the Americas.
Journal Article
Evidence for Early Hafted Hunting Technology
Hafting stone points to spears was an important advance in weaponry for early humans. Multiple lines of evidence indicate that ~500,000-year-old stone points from the archaeological site of Kathu Pan 1 (KP1), South Africa, functioned as spear tips. KP1 points exhibit fracture types diagnostic of impact. Modification near the base of some points is consistent with hafting. Experimental and metric data indicate that the points could function well as spear tips. Shape analysis demonstrates that the smaller retouched points are as symmetrical as larger retouched points, which fits expectations for spear tips. The distribution of edge damage is similar to that in an experimental sample of spear tips and is inconsistent with expectations for cutting or scraping tools. Thus, early humans were manufacturing hafted multicomponent tools ~200,000 years earlier than previously thought.
Journal Article
Arrow heads at Obi-Rakhmat (Uzbekistan) 80 ka ago?
Lithic weapon points occasionally found in Middle Palaeolithic Neanderthal sites are large and do not differ in size, shape or type from those used in other activities such as butchering or plant gathering. The presence in a same assemblage of various types of projectile armatures, some of which are microlithic and designed for this purpose, has only been documented in Modern Humans sites. Recent studies indicate that light projectile points, which would become a key element in Upper Palaeolithic lithic industries, were already present in its formative stages. However, they remain marginal in debates regarding the Middle to Upper Paleolithic transition. We present the initial findings of a traceological search for weapon heads in the oldest layers of the Obi-Rakhmat rock shelter in Uzbekistan, dating back around 80 ka. The lithic industry of this settlement is forming part of the Levantine Early Middle Paleolithic continuity but with several innovative traits. This site, located in the western foothills of the Tian Shan Mountains, northeastern Uzbekistan, has yielded throughout 10 meters of Pleistocene deposits covering 40,000 years a lithic industry characterized by the systematic production of blades (regular thick narrow blades from unipolar and bipolar sub-prismatic and narrow-faced cores, thin and wide blades from flat-faced Levallois-like cores) along with shorter pieces from convergent or centripetal Levallois cores, and bladelets from burin-cores and other small cores. Three types of projectile armature are identified over a selection of 20: retouched points, bladelets and more particularly unretouched triangular micropoints which had previously gone unoticed due to their fragmentary state. According to the fundamental principles of hunting weapon design these micropoints are too narrow for having been fitted to anything other than arrow-like shafts. They resemble the armatures described in a pioneer settlement by Sapiens in the Rhône Valley, France, 25,000 years later.
Journal Article
Effect of Heat Input on the Ballistic Performance of Armor Steel Weldments
The purpose of this study is to examine the projectile penetration resistance of the base metal and heat-affected zones of armor steel weldments. To ensure the proper quality of armor steel welded joints and associated ballistic protection, it is important to find the optimum heat input for armor steel welding. A total of two armor steel weldments made at heat inputs of 1.29 kJ/mm and 1.55 kJ/mm were tested for ballistic protection performance. The GMAW welding carried out employing a robot-controlled process. Owing to a higher ballistic limit, the heat-affected zone (HAZ) of the 1.29 kJ/mm weldment was found to be more resistant to projectile penetration than that of the 1.55 kJ/mm weldment. The ballistic performance of the weldments was determined by analyzing the microstructure of weldment heat-affected zones, the hardness gradients across the weldments and the thermal history of the welding heat inputs considered. The result showed that the ballistic resistance of heat affected zone exist as the heat input was decreased on 1.29 kJ/mm. It was found that 1.55 kJ/mm does not have ballistic resistance.
Journal Article
Why did hunting weapon design change at Abri Pataud? Lithic use-wear data on armature use and hafting around 24,000–22,000 BP
Projectile technology is commonly viewed as a significant contributor to past human subsistence and, consequently, to our evolution. Due to the allegedly central role of projectile weapons in the food-getting strategies of Upper Palaeolithic people, typo-technological changes in the European lithic record have often been linked to supposed developments in hunting weaponry. Yet, relatively little reliable functional data is currently available that would aid the detailed reconstruction of past weapon designs. In this paper, we take a use-wear approach to the backed tool assemblages from the Recent and Final Gravettian layers (Levels 3 and 2) of Abri Pataud (Dordogne, France). Our use of strict projectile identification criteria relying on combinations of low and high magnification features and our critical view of the overlap between production and use-related fractures permitted us to confidently identify a large number of used armatures in both collections. By isolating lithic projectiles with the strongest evidence of impact and by recording wear attributes on them in detail, we could establish that the hunting equipment used during the Level 3 occupations involved both lithic weapon tips and composite points armed with lithic inserts. By contrast, the Level 2 assemblage reflects a heavy reliance on composite points in hunting reindeer and other game. Instead of an entirely new weapon design, the Level 2 collection therefore marks a shift in weapon preferences. Using recent faunal data, we discuss the significance of the observed diachronic change from the point of view of prey choice, seasonality, and social organisation of hunting activities. Our analysis shows that to understand their behavioural significance, typo-technological changes in the lithic record must be viewed in the light of functional data and detailed contextual information.
Journal Article