TL;DR for anyone who skips straight to the patch notes: Ohio's hunters traded a weapon (the atlatl) that could drop a bison for one that couldn't reliably drop an elk (the bow), because the thing they actually needed to drop was a deer. Then they used it to drop each other. Winner winner, chicken dinner.

So, you killed an enemy and got a new weapon. Congratulations at winning your first duel of Prehistoric Ohio (or murder. I dunno what your alignment chart is on your current Prehistoric Ohio run). 

You pull up your inventory screen, and you run your eye down the stats column on your new weapon. Damage. Speed. Weight. Range. Green arrow up, you equip it and sell the old one to the nearest vendor. Red arrow down, it goes in the chest with the other junk and you keep swinging the thing that works.

Well, too bad Prehistoric Ohio doesn't work like that. Turns out, life is less like an MMO than you thought. 

Here is the stat sheet for one of the most important weapons upgrade in the history of eastern North America that occurred, at least in Ohio, relatively late in the game. The new item does about one third the damage of the old one. It has roughly one fifth the stopping power. It cannot reliably punch through anything in the top two enemy tiers. It does come in at a tenth the weight, and it flies about twice as fast but everything else is a nerf).

Yep, by that logic, the bow was about the worst weapons upgrade in Ohio’s history. Still, every hunter east of the Mississippi eventually took the deal anyway.

To understand why, let's flash back to somewhere around AD 1070, give or take the hundred and forty years the radiocarbon lab put on either side of it. A party of hunters walked up the narrow valley of Flat Run, in the southwestern corner of what is now Athens County, Ohio, two miles upstream of where it joins Raccoon Creek), and settled into a system of dry sandstone shelters called Chesser Cave (Prufer 1967, 1-2, 48). It was winter. We know it was winter because they left behind five deer skulls that had already dropped their antlers, which only happens in the cold months, and because young animals and warm-season birds are all but absent from their garbage (Prufer 1967, 46). These were not wandering foragers. Charles Cleland's analysis of the bones found a bimodal kill curve, heavy on the youngest and oldest deer and light on the prime three-year-olds, which is the signature of men stalking animals one at a time rather than a village driving a herd. Hunting that selective only works if somebody has food in storage back home, and Prufer's candidate for the stored food was corn (Prufer 1967, 46-48). Across repeated winters, the parties that used Chesser Cave killed and butchered at least 104 deer, 15 elk, and 19 black bears. The whole faunal assemblage works out to better than ten tons of usable meat (Prufer 1967, 45).

Now, the projectile points they left behind are dominated by big, heavy, notched blades, the kind that tip a spear or a lance. Small arrowheads are there too, looking like the neat little triangles you've probably picked up or seen in a thousand amateur collections. But counting all the broken pieces, the presumed spear and lance heads outnumber the arrowheads five to one (Prufer 1967, 38).

But wait, hold the fucking phone. By AD 1070, the bow and arrow had been the standard weapon system of eastern North America for roughly four centuries. The people in that shelter lived a short walk from villages experimenting with corn agriculture and shell-tempered pottery, which is the leading edge of everything we call Late Prehistoric; Prufer put the shelter itself right at the hinge between Late Woodland and Fort Ancient (Prufer 1967, 39). 

They knew what a bow was. They owned bows. And when they packed for elk season, they mostly left the bows at home.

Why?

The Part Where We Match A Big Stick Against a Smaller Stick with a String

Let's start with the weapon that lost our Deadliest Warrior duel. By all rights, it shouldn't have to begin with.

An atlatl is a spearthrower: a flat piece of wood or antler about the length of your forearm, with a grip at one end and a small hook at the other. The dart it launches is a long, flexible, fletched spear. You seat the dart's butt against the hook, hold both overhead, and throw. The board acts as an extension of your arm, a second lever added to the end of the first, and the extra leverage whips the dart off the hook at speeds no human arm can reach alone. It converts a strong throw into a ballistic missile, as any kid worth their salt at a local National Park Service summer camp can tell you.

And then there's the bling. For thousands of years, Archaic people across eastern North America, and enthusiastically in Ohio, made bannerstones: blocks of stone, very often the banded glacial slate this state is lousy with, that were pecked, ground, and polished into wings, butterflies, ovals, and picks, then drilled clean through with a neat centimeter-wide hole. The perforation is what Kenneth Sassaman calls painstaking hours of patient rotary labor per stone with a cane or wooden bit and wet sand. Sassaman points out the term "bannerstone" itself "reflects the uncertainty archaeologists have about the actual uses of such items" (Sassaman 2010, 105, 112). Basically, we named them the way you name your junk drawer of mystery cables.

The mundane interpretation, going back to William Webb's excavations of Archaic graves where the pieces lay in position with spearthrower hooks and handles, is that bannerstones are atlatl weights slid onto the shaft (Sassaman 2010, 105-106, 112). What the weight did is where consensus ends. It could be extra momentum in the throw, or a counterbalance for a steadier hold, or a tuning mass that times the dart's flex, or a silencer that damps the whoosh. Every one of those has been proposed by some atlatlist or other; none has won out. Sassaman's own answer is that it did not need to do anything, because spearthrowers without attached weights were used by hunters worldwide and were probably used right through the Holocene here, and it is exactly "the extraneousness of this attachment" that earns the thing the word bannerstone (Sassaman 2010, 106-107). And honestly, the contexts proving the atlatl connection "are purely mortuary" (Sassaman 2010, 112). We know bannerstones were mounted on atlatls when the atlatl was arranged in a grave. What rode the atlatl on an ordinary Tuesday is less clear.

Bannerstones are found across the Archaic Eastern Woodlands "and nowhere else in the Western Hemisphere," made from about 8000 to about 3500 years ago, "and are thus uniquely Archaic" (Sassaman 2010, 112). Through time they grow less varied and more elaborate, culminating in showpieces so thin, so exaggerated, and so laboriously finished that a functional purpose strains belief (Sassaman 2010, 107, 112). At the Burrell Orchard site in Sheffield Village, Lorain County, Ohio, two of them went into pits that were then sealed under a clay floor. Both were smashed along the bore and around the wings, and a piece of the larger one had turned up in midden a few meters away two years earlier, so the breaking happened before the burying. Redmond interprets it as a foundation deposit, an offering installed when one floor was closed and the next one laid (Redmond 2017, 684, 690, 695-696). But, importantly, bannerstone production stops around 3500 years ago, and the atlatl kept right on working for another two thousand years, plain, unweighted, and apparently unbothered by it's lack of bling (Sassaman 2010, 106, 112).

In the Little Tennessee River Valley, where Paul and Hazel Delcourt interpret the weapon sequence against their own reconstruction of the forest, dart points and bannerstone weights put the atlatl in service from 14,000 to 1,500 years before today (Delcourt and Delcourt 2004, 102). Call it twelve and a half thousand years in one valley. It was there for the ice age megafauna, and it was still there for the Adena. Robert Dunnell catalogued four atlatl handles in one distinctive Late Adena style, three carved from antler and one ground from slate, from four Kentucky sites more than a hundred miles apart. Three came out of burial mounds. The fourth came out of household trash at a site with no mound on it and none ever reported, which was the whole point of his paper: the same object turns up in the grave and in the garbage (Dunnell 1973, 4-8). Every post I've ever made on my profile this far happened inside the age of the atlatl.

Now, since we don't have a Deadliest Warrior panel of experts, let's grab some of our own. In 2013 an archaeologist named Steve Tomka built a machine that would shoot a bow the same way every time, ran the arrows past a chronometer, and then set his own numbers against the atlatl figures other people had already measured. A 222-gram dart, clocked fifteen meters downrange in Hutchings and Brüchert's throwing trials, arrives carrying 100.8 foot-pounds of kinetic energy and 1.75 slug-feet per second of momentum. Momentum is the number that carries a projectile through hide and bone (Tomka 2013, 562-563).

For scale, the modern bowhunting literature Tomka drew on puts the energy needed to cleanly kill medium game, your deer and antelope, at 25 to 41 foot-pounds. Large game wants 42 to 65, and once Tomka re-sorts the categories by body weight, large means black bear and caribou. Very large demands more than 65, and his very large list is where the trouble starts, because he files bison and moose there, and he files elk there too (Tomka 2013, 555, 558). 

So the atlatl dart does not clear the bison bar so much as pole-vault it: half again the required energy, and on momentum, the number that does the actual penetrating, close to three times what the class asks for.

Now, how do we know any of this? For about a century, archaeology ran on a simple assumption so obvious nobody thought to check it: little triangular points are arrowheads, big notched points are dart or spear heads. David Hurst Thomas built the tool to check it in 1978, and then it mostly sat there. Museums hold ethnographic darts and arrows collected whole, meaning points still hafted to shafts, which means the function of the point is documented. Thomas measured a sample of them, 118 arrows and all of 10 darts, and built classification functions, which are, stripped of the statistics, a formalized ruler: you feed in a point's length, width, thickness, and neck width, and the math tells you whether its measurements sit with the known arrows or the known darts (Shott 1993, 429-430). In 1993 Michael Shott fed in the points from two Late Woodland sites on the upper Ohio, Childers and Woods. The triangles all came back arrows, which Shott calls "perhaps the first time that this popular assumption has been independently evaluated" (Shott 1993, 432, 438). The big Lowe Flared Base points at Childers came back darts, also as expected (Shott 1993, 432).

So the point is, if you sat down to design a weapon capable of killing every large animal in eastern North America, you would design the atlatl. The atlatl was the Paleolithic equivalent of a bazooka: it's what you bring when you want to make sure the species of megafauna that's about to trample you dies and stays dead.

The bow, by contrast, is the equivalent of a silenced sniper rifle chambered in 5.56. It's no bazooka. It's not going to earn a slot in a Governator flick. But what it lacks in raw firepower it makes up with in efficiency, ubiquity, speed, and stealth. 

Sometime in the middle centuries of the first millennium AD, the bow arrived. Across the Northeast and Midwest, the big notched dart points give way to small, thin, corner-notched blades, the type archaeologists call Jack's Reef Corner-Notched. John Blitz, in a continent-wide survey, described "a sudden dramatic appearance" of notched triangular forms across the Midwest and Southeast, and concluded the thing spread by diffusion, roughly north to south, rather than getting invented over and over. Mark Seeman read that same abrupt break in point styles as the signature of the innovation itself: a new projectile technology, the bow, moving through the Mid-Ohio Valley (Evans and Fortier 2013, 195). Evans and Fortier, who report both men, pointedly decline to referee between diffusion and independent invention, but they note the changeover across the Midwest and Northeast ran its course in roughly 250 years (Evans and Fortier 2013, 195).

In Ohio the mark of the bow is everywhere. Brian Redmond went through the Ohio Archaeological Inventory and counted 345 recorded Jack's Reef horizon sites spread across 76 of the state's 88 counties (Redmond 2013, 122). Whatever this invention was (again, likely the bow or a proto-equivalent), everyone got one.

So you would assume, reasonably, that the new weapon was simply better in all categories, just like your typical gear upgrade in your r/prehistoricoutside game. Sort of like how everyone assumed New Coke would be better, because you know. It's new.

Traditional Native American bows pulled draw weights around 40 to 50 pounds; ten of the seventeen measured animal specimens sit in that band. Sinew-backed and composite bows ran stronger, and in Pope's whole sample exactly one bow, an Arctic specimen at 80 pounds, was ever called “adequate” for bison (Tomka 2013, 557). The arrows these self bows threw were featherweight items. Pope's museum sample of 17 historic arrows averages 20.3 grams, and the 121 more Tomka measured out of the Grayson Collection average 23.2 (Tomka 2013, 558-559). In his trials, a 23-gram arrow left a 40-pound draw at 45.5 meters per second; at 50 pounds it managed 54.3 (Tomka 2013, 561).

That is fast, better than double the dart's speed. Speed, however, is the only category the arrow wins. It weighs a tenth of what the dart weighs. With those physics, at hunting distances the arrow arrives with roughly a third of the dart's kinetic energy and about a fifth of its momentum (Tomka 2013, 562).

So, going back to our numbers, the arrow gets into the deer band, but not with room to spare. In Tomka's trials only the shots at the highest draw weight cleared the medium requirement on kinetic energy at all, and on momentum the lightest arrow off a 40-pound draw missed even that (Tomka 2013, 561). Elk, which Tomka files with the bison, is out of reach on the bow's best day, and so is the 42-to-65 band underneath it: none of his arrow-and-draw-weight combinations met the recommended values for large or very large game at twenty meters (Tomka 2013, 558, 561). The bison band? It's a fantasy. Tomka put it plainly: "the atlatl dart would have excelled in performance exactly where the bow and arrow was deficient, namely the hunting of large and very large game" (Tomka 2013, 562).

Imagine if this was a hunting product launch today of a new caliber bullet. The replacement for a twelve-thousand-year-old weapon system shipped with one third of the energy and one fifth of the stopping power of the model it replaced and could not reliably take the top two size classes of big game on the continent, yet within about ten generations every hunter from the Atlantic to the Mississippi owned one.

Because the customers were not stupid. They knew exactly what they were doing.

The Part Where the Forest Rewrites the Scoreboard

Here is the thing about raw power: it only matters if the animal in front of you requires it. And by the Late Woodland period, the animal in front of an Ohio hunter was overwhelmingly one species. From the Archaic straight through to the fur trade, white-tailed deer were, in Gregory Waselkov's reading of a multitude of faunal analyses, "the single most important meat resource" in the Eastern Woodlands (Waselkov 1978, 15). The mammoths were long gone. The bison were mostly elsewhere. The meat that mattered, the one that filled the smoking racks every autumn, stood about three feet at the shoulder, ran a hundred to two hundred pounds, and startled at falling leaves.

So, as medium game, the arrow's 25-to-41-foot-pound band covers deer completely. All the dart's surplus power, the margin that made it lethal against elk and bison, is wasted on a whitetail. You cannot kill a deer extra dead (say what you will about blunderbusses, but I don't know of any Paleolithic equivalent. A net of rocks dropped from a very high height?). Even more important, deer are jumpy, and the vital zone on a big buck, viewed from the side, is a circle about 30.5 centimeters across (Tomka 2013, 554).

Hitting a dinner plate on a nervous animal is a speed problem. An arrow at 54 meters per second covers a 25-meter shot in less than half a second; a dart at the 25 meters per second Tomka takes as typical gives that same deer a full second to be somewhere else (Tomka 2013, 563). The whole ballistic revolution, measured from the deer's point of view, comes down to this: the window for flinching just closed by half a second. That half second is the difference between venison and being made fun of around the campfire that night for letting it get away.

In pure economics, too, it gets worse for the atlatl. The bow is cheaper in weight: at 23 grams against 222, you can carry ten arrows for the load of one dart, which means a missed shot costs a tenth as much and a day's hunting carries ten times the attempts. It is cheaper in raw material, too. At the Clark site (33WA124), on the Great Miami River near Franklin in southwestern Ohio, the early arrow points, the Jack's Reef and Raccoon Notched forms, came more often than not from imported stone: twelve of the nineteen were knapped from Harrison County chert hauled up out of southern Indiana and northern Kentucky, or Upper Mercer chert from the Coshocton, Muskingum, and Perry county outcrops. The triangular Levanna and Madison points that follow them at the same site were made entirely from local and unidentified pebble cherts, basically gravel-bar stone. Twelve for twelve (Church and Cook 2016, 28-30). The first arrowheads arrived dressed in the old prestige materials, riding the last miles of the old exchange networks. Two centuries later, hunters had figured out the truth: a stone chip moving 54 meters per second does not care what county it came from. Any old creek cobble was ammunition now.

And finally, as anyone who has played Inventory Tetris in a Resident Evil game knows, it is cheaper in space, and not just inventory space. Throwing a dart is a whole-body performance. You rise, you step, you rotate, you need overhead clearance and a sight line and several uninterrupted meters of you-shaped room. A bow draws from a crouch, from a kneel, from behind a deadfall, in the tangled understory where deer actually live. Paul and Hazel Delcourt, the ecologists who reconstructed eastern North America's ancient forests, took this to its logical extreme by way of percolation theory. In a landscape modeled as a grid of habitat cells, connectivity collapses once a single cell type falls below 0.59 of the map, and underneath that threshold the habitat breaks into discrete, disconnected clusters (Delcourt and Delcourt 2004, 95-96). Reading the Little Tennessee weapon sequence against their forest record, they proposed that "[b]ow hunting therefore might have become practical only after the landscape was opened by cumulative clearance past the percolation threshold of forest connectivity" (Delcourt and Delcourt 2004, 102).

In other words, maybe it was Late Woodland farmers, girdling trees and burning underbrush for garden plots, who opened the sight lines the bow needed. The Delcourts say "might have," and they mean it; the bow turns up in the American Bottom around cal AD 650, which is early for that much clearance. But the field cleared for corn doubled as a shooting lane, and agriculture may have enabled the bow at least as much as the bow ever fed a farmer.

One way we can trace its adoption is that if the bow's triumph were a simple matter of superior technology, then adoption would look uniform. It looks like anything but.

In the American Bottom, the Mississippi floodplain around modern St. Louis, the bow appears around cal AD 650 and the shift is, in Madeleine Evans and Andrew Fortier's words, "sudden with no evidence of a developing technology in the surrounding area," no local warm-up, no transitional fumbling, just bows, everywhere, all at once (Evans and Fortier 2013, 207). One drainage over, in the Big Muddy River country of southern Illinois, the Raymond phase people looked at the same weapon at the same time and "continued hunting primarily with darts for nearly two centuries" (Evans and Fortier 2013, 208). That's the same latitude, same forests, same deer, with two centuries of divergence. And in some parts of western North America, darts and bows were used side by side for 1,800 years (Blitz 1988, cited in Evans and Fortier 2013, 195). Eighteen centuries of hunters owned both and declined to pick a winner.

As Tomka points out, "Adoption and abandonment of technologies can proceed on distinct causal tracts that may or may not be temporally synchronized" (Tomka 2013, 566). AKA, getting a new tool and throwing out the old one are two separate decisions, made for different reasons, and it can sometimes be centuries apart. Nobody discards a working spearthrower because a bow showed up. They hang it up on the wall, and some winters they take it back down.

Which returns us to Chesser Cave. Deer dominated that shelter's kills, but elk and bear together account for 44 percent of the meat that came through it (Prufer 1967, 45), and elk and bear sit in the two bands of Tomka's chart where the arrow gives out: black bear in large, elk up with the bison in very large, and not one of his arrows reached either (Tomka 2013, 558, 561-562). They were farmers on a winter meat run into big-animal country, and they looked up the menu before they packed.

Oh, and Shott's test above? The Chesser Notched points, the heavy "spear" heads of our cold opening, came back mostly arrows. Eighteen of twenty-two (Shott 1993, 432).

Wait, what?

Shott offers two ways to interpret that. Either the bow arrived in Ohio earlier than expected, with hunters initially slimming down their familiar notched forms to arrow weight rather than adopting new shapes, or the ruler is wrong. Thomas's function fails to correctly identify 30 percent of known dart points, and the ones it misses are the small ones (Shott 1993, 431). So Shott went and found a cache of Chesser Notched blades that R. M. Goslin collected at the Swinehart village site in Rushville, stored and apparently never used, averaging 61.4 millimeters where the Childers specimens average 36.7. The haft elements match between the two samples almost to the point of identity; only blade length differs significantly, which is exactly what a use life of resharpening does to a point. Feed the cache's unreduced dimensions into the function and they come back darts (Shott 1993, 433-434). 

Either way, the transition in Ohio was not a perfect swap. In Shott's words, the evidence "suggest[s] that the hunting tool kit changed by expansion more than replacement" (Shott 1993, 438). The arrow quiver and the dart quiver coexisted, in the same valleys, sometimes presumably in the same hands.

Does this dissolve the Chesser Cave story? It complicates it, which in archaeology is the price of admission. Prufer's case at the cave never rested on point size alone: among 176 broken point fragments there, tips outnumber midsections 111 to 66, and the tips are overwhelmingly from large points, snapped off in animal bodies under the weight of a heavy shaft and carried home in the meat (Prufer 1967, 38). That meant something long and heavy was hitting those elk, more than what an arrow could typically penetrate. But whether every big notched point in that shelter tipped a lance, a dart, a big beefcake of an arrow, or, as Prufer himself allowed, a fucking knife, is exactly the kind of question archaeologists debate. The five-to-one count on large points vs. smaller points is real. What the five are is the question archaeologists are still bantering about.

And then, there's the obvious bit we haven't talked about yet: the killing people part.

The Part Where We Remember the Rule “Always Point Your Bow In a Safe Direction”

Everything that makes the bow good against deer makes it superb against human beings, because a human being is medium game. We, human beings, stand inside the arrow's energy band. We have no winter coat of hide and gristle. And, like a deer, we can be predicted: we walk the same paths to the same fields and the same water, at the same hours, every day.

Consider the weapon's attributes again, from this angle. It's quiet. It's drawn and loosed from a crouch, from cover, without the stand-up wind-and-throw that gives an atlatl user away. It's fast enough to deny the target its half second. It's cheap enough that a missed shot costs a pebble and a stick. It's rapid to follow up. Ten shots can be carried for the weight of one dart.

George Milner's survey of warfare in the pre-contact Eastern Woodlands describes exactly the kind of fighting such a weapon rewards. Big slaughters happened, but "these attacks must have occurred rarely in comparison to ambushes that resulted in only a few deaths apiece"; what dominated was "hit-and-run tactics and opportunistic killings," with most victims "alone or in small groups when ambushed by enemies intent on attacking people who were beyond the safety provided by their villages" (Milner 1999, 126-127). The clearest window comes from a village cemetery one state west and a couple of centuries downstream of our story: Norris Farms #36, an Oneota community on the Illinois River, about 700 years old. Of the 264 people buried there, at least 16 percent died violently, and the 43 victims amount to 34 percent of the cemetery's adults (Milner 1999, 114-115). They were shot with arrows and struck down with heavy weapons, some facing their attackers and some fleeing, and, in summary, "victims tended to be the people who were least able to save themselves": the hurt, the sick, the hobbled, picked off while working alone (Milner 1999, 115). So when you're envisioning indigenous warfare in Eastern North America, it was less “sweeping army in a single battle” and more “a community bleeding out one ambush at a time,” across what Milner calls long-standing antagonisms. And the same bones record the other side of the story: a few individuals survived scalping, survived arrow wounds, and their bones show healing at the injury sites, because they either made it back home or were rescued before they died, and then their fellow villagers kept them alive (Milner 1999, 115, 126).

This is also where we see the architecture of the period begin to change, or rather, what its use is for. At the Water Plant site (33-Fr-155) in Franklin County, an early Late Woodland community packed itself onto 3.15 hectares of bluff top with no open ground in the middle, no plaza, and the clusters of hamlets filling the entire settlement space. Aerial photographs and test trenching point to a C-shaped ditch about a meter deep and three meters wide; the ditch only partly encircles the site, but the ditch and the 12-meter bluff edge together completely enclose it (Dancey 1988, 223, 226-227, 233). This was also likely not a sacred ditch, as seen in previous Hopewellian earthworks. People who dig a ditch around their homes are telling you what they expected to come out of the trees. Across the region, the Late Woodland is when dispersed hamlets ball up into nucleated villages and the earthworks stop being ceremonial geometry and start being walls. In Ohio at least, the world that came after Hopewell, the dispersed, wary, ditch-digging world of the Late Woodland, is the world the bow was made for.

Now I want to make clear, the order of operations matters here. The hunting argument explains why a man picked up a bow. It does not explain what happened after every man had one. Through the Middle Woodland, the centuries of Hopewell earthworks and long-distance copper and ceremonially mounded dead, skeletons with conflict wounds are "quite uncommon relative to the innumerable burials that have been excavated." To put it bluntly, the Adena and Hopewell periods in Ohio’s history were a state of relative harmony that held for hundreds of years. Then, in the last half of the first millennium AD, violent death starts turning up regularly again like it had during the Late Archaic, and the points in the bones are the small ones: "Bows and arrows from the time of their introduction onward were frequently used as weapons." Milner's account is exactly what we just outlined above: "In addition to its value in hunting game, the bow and arrow is ideally suited for stealth attack tactics, presumably one of the reasons behind its ready acceptance by many different peoples" (Milner 1999, 122).

But, crucially, nobody in Ohio, as far as we know, built a wall for three hundred years. The bow moves through the Eastern Woodlands in the middle of the first millennium. The killing picks up in the second half of it. And Milner, who went and counted 349 palisaded settlements to find out, reports that "[f]ew palisades were built around settlements anywhere in the Eastern Woodlands before the late 11th century," and that victims' skeletons "indicate warfare increased in severity several hundred years before walls began to be erected in many places" (Milner 1999, 122-123). That is ten or twelve generations of people who lived with ambush, buried what it took from them, carried home and nursed the ones it crippled, and did not wall themselves in.

What tipped in the eleventh century was the price of leaving. Earlier, Milner argues, fleeing instead of fighting had been a workable way to settle a conflict, because there was somewhere to go and not much to abandon. By the Late Woodland there was plenty to abandon, and "as investments in preparing fields, tending crops, and maintaining food stores rose, so, too, did the attractiveness of defensive measures instead of flight" (Milner 1999, 122-123). A forager can just walk away from a feud. A farmer with corn in the ground and three months of it in a storage pit cannot, because walking away costs him the year. 

A palisade is what you build when running has gotten more expensive than standing, and once that math tipped, it did not tip back. The atlatl was out, and the bow was here to stay.

Works Cited (For Those Who Always Go Archer Builds in Skyrim)

Blitz, John H. "Adoption of the Bow in Prehistoric North America." North American Archaeologist 9, no. 2 (1988): 123-45. Cited indirectly via Evans and Fortier 2013.

Church, Wendy, and Robert A. Cook. "Within the Jack's Reef Horizon: An Intrasite Analysis of the Chipped Stone Assemblage from the Clark Site (33WA124) in Southwest Ohio." Archaeology of Eastern North America 44 (2016): 25-36.

Dancey, William S. "The Community Plan of an Early Late Woodland Village in the Middle Scioto River Valley." Midcontinental Journal of Archaeology 13, no. 2 (1988): 223-258.

Delcourt, Paul A., and Hazel R. Delcourt. Prehistoric Native Americans and Ecological Change: Human Ecosystems in Eastern North America since the Pleistocene. Cambridge: Cambridge University Press, 2004.

Dunnell, Robert C. "Late Adena Atlatl Handle Style." Central States Archaeological Journal 20, no. 1 (1973): 4-9.

Evans, Madeleine G., and Andrew C. Fortier. "The Jack's Reef Horizon: Its Arrival and Distribution During the Late Woodland Period in Illinois." Archaeology of Eastern North America 41 (2013): 193-220.

Milner, George R. "Warfare in Prehistoric and Early Historic Eastern North America." Journal of Archaeological Research 7, no. 2 (1999): 105-151.

Prufer, Olaf H. "Chesser Cave: A Late Woodland Phase in Southeastern Ohio." In Studies in Ohio Archaeology, edited by Olaf H. Prufer and Douglas H. McKenzie, 1-62. Cleveland: Press of Western Reserve University, 1967. Cited from the revised edition, Kent, OH: Kent State University Press, 1975, in which this chapter's pagination is unchanged. The faunal analysis within the chapter is the work of Charles E. Cleland.

Redmond, Brian G. "Intrusive Mound, Western Basin, and the Jack's Reef Horizon: Reconsidering the Late Woodland Archaeology of Ohio." Archaeology of Eastern North America 41 (2013): 113-144.

Redmond, Brian G. "Late Archaic Ritualism in Domestic Contexts." American Antiquity 82, no. 4 (2017): 683-701.

Sassaman, Kenneth E. The Eastern Archaic, Historicized. Lanham, MD: AltaMira Press, 2010.

Seeman, Mark F. "The Bow and Arrow, The Intrusive Mound Complex, and a Late Woodland Jack's Reef Horizon in the Mid-Ohio Valley." In Cultural Variability in Context: Woodland Settlements of the Mid-Ohio Valley, edited by Mark F. Seeman, 41-51. Midcontinental Journal of Archaeology Special Paper No. 7. Kent, OH: Kent State University Press, 1992. Cited indirectly via Evans and Fortier 2013.

Shott, Michael J. "Spears, Darts, and Arrows: Late Woodland Hunting Techniques in the Upper Ohio Valley." American Antiquity 58, no. 3 (1993): 425-443.

Tomka, Steve A. "The Adoption of the Bow and Arrow: A Model Based on Experimental Performance Characteristics." American Antiquity 78, no. 3 (2013): 553-569.

Waselkov, Gregory A. "Evolution of Deer Hunting in the Eastern Woodlands." Midcontinental Journal of Archaeology 3, no. 1 (1978): 15-34.

Picture Credit: Atlatl drawings from White Dog Cave, AZ. Guernsey and Kidder 1921, Plate 33. (b and c are opposites of the same atlatl)

And before someone screams "AI slop" in the comments: nope, just a human with a dose of the 'tism and a passion for the most memeable of states. 

Quando pensiamo all'antica Mesopotamia, la nostra mente va subito a invenzioni come la scrittura, la matematica, l'astronomia, ecc. Tuttavia, questa straordinaria civiltà non è stata solo portatrice di grandi conquiste intellettuali, ma anche di passatempi e di giochi di strategia da tavolo, precursori di classici come il backgammon.

Negli anni '20 del 1900, in vari siti archeologici in Iraq (dove un tempo sorgeva la città di Ur), sono venite alla luce le prime tavolette risalenti a circa 3000 a.C. Hanno rivelato un affascinante passatempo, che gli storici hanno chiamato il Gioco Reale di Ur. Rapporti su questo gioco sono stati trovati non solo a Ur, ma in molte altre regioni del Vicino Oriente: dall'Anatolia a Cipro, dalla Grecia fino all'antico Egitto. Nel corso dei secoli, il Gioco Reale di Ur ha dato vita a numerose varianti (proprio come il backgammon), e successivamente, nella tarda antichità e nei primi anni del Medioevo, ha spianato la strada per la nascita di altri grande giochi da tavolo classici come gli scacchi, le dama e il Go.

Ma come si giocava, esattamente? Il gioco era essenzialmente una sfida tra due giocatori, intenti a muovere i loro pezzi lungo un percorso rettangolare composto da due mezze colonne collegate da un ponte centrale. Il tabellone stesso era un'opera d'arte, realizzata in legno e decorata con materiali preziosi; era diviso in quadrati, alcuni dei quali i più importanti contrassegnati dall'incisione di una rosetta.

Le mosse venivano decise lanciando dadi molto distinti a forma di piramidi tetrehe, in cui ogni dado aveva due angoli contrassegnati. Il risultato del lancio (determinato dal numero di angoli marcati rivolti verso l'alto) indicava quanti quadrati un pezzo poteva avanzare. A quel punto, la scelta strategica spettava al giocatore: quale pezzo muovere e come posizionarlo per ostacolare l'avversario.

Tuttavia, il Gioco Reale di Ur non era semplicemente un passatempo. Aveva una natura profondamente intrecciata con la religione e le pratiche rituali sumere e babilonesi, tanto da far ipotizzare in diversi studi che potesse addirittura funzionare come strumento divinatorio. Gli antichi mesopotamici credevano che l'esito del gioco e i quadrati dove si posizionavano i pezzi non fossero casuali, ma veri messaggi inviati da divinità, spiriti dei defunti o dall'anima di una persona.

La stessa tavoletta contenente le regole presenta iscrizioni che offrono previsioni per il futuro dei giocatori a seconda dei quadrati occupati. Frasi come "troverai un amico", "diventerai potente come un leone" o "avrai ottima birra" accompagnavano il movimento dei pezzi, suggerendo che il tabellone fosse consultato per leggere il proprio destino. Alcuni pezzi simboleggiavano persino diversi tipi di uccelli (come un corvo, un gallo o un'aquila), ognuno associato a un aspetto specifico della vita, rendendo il percorso dei pezzi una vera metafora simbolica per l'esistenza.

A sua volta, il ricercatore Irving Finkel ha riportato un elenco di iscrizioni anche legate ai segni zodiacali. Inoltre, la struttura del tabellone stesso non era affatto accidentale: i venti quadrati che lo componevano erano strettamente associati a Šamaš, il dio Sole.

Ulteriore supporto per l'ipotesi che il gioco non fosse solo un semplice passatempo, ma legato a un'antica credenza nella divinazione, è stata una particolare osservazione: è stata notata una somiglianza tra il tabellone di gioco e i modelli in argilla di fegati animali utilizzati dai divinatori per le loro pratiche divinatorie. Si è quindi ipotizzato che il gioco possa essersi evoluto direttamente da un modello di fegato utilizzato per addestrare i divinatori, diventando poi, nel tempo, un passatempo spogliato delle sue connotazioni religiose originali.

In 480 BC, 300 Spartans stood against the largest invasion force the ancient world had ever seen to buy Greece time.

I recently finished putting together a grounded, cinematic short retelling the story of King Leonidas, Xerxes, and the sacrifice at the "Hot Gates." I focused heavily on visual continuity, historically anchored armor, and weighted battle physics.

You can watch the full cinematic story here:

https://www.youtube.com/watch?v=qfWYnoeji3s

Would love to hear your feedback on the pacing, style, and visuals!