Prehistory of the Levant

The Levantine prehistoric record connects human evolution and cultural development with environmental change over a span addressed in regional research extending across 2.5 million years.[1] Its principal themes include movement out of Africa, Neanderthals and modern humans, the development of Paleolithic cultures, and the emergence of agriculture and Neolithic societies.[1] Regional coverage encompasses southeast Turkey, Lebanon, Syria, Jordan, and Israel, bringing together evidence from caves, open-air occupation sites, river valleys, and agricultural settlements.[1]

The archaeological sequence includes the Acheulian, Middle and Upper Paleolithic, Epipaleolithic, Natufian, and Neolithic, followed by Chalcolithic communities distinguished in part by copper production.[1][5] Sites central to this research include ‘Ubeidiya, Gesher Benot Ya‘aqov, Qesem, Tabun, Misliya, Hayonim, Kebara, Qafzeh, Manot, Ohalo II, Eynan, and Hilazon Tachtit.[1] Their evidence ranges from stone artifacts and animal remains to houses, human burials, ornaments, and agricultural installations.[1][4]

This record documents both long-lasting practices and substantial changes in social and economic life.[4] Upper Paleolithic communities included small, mobile forager bands, whereas later settlements contained permanent buildings, storage facilities, cultivated crops, and domestic animals.[4][6] The development of farming was gradual: agricultural communities expanded in some areas while hunting and gathering continued in arid environments, including the Negev mountains.[5]

Lower Acheulean flint artifacts form part of the earliest reported human-made material in the Syria-Palestine region, associated in a regional synthesis with Homo erectus moving from Africa approximately 1.4–1.0 million years before present.[4] At ‘Ubeidiya in the northern Jordan Valley, artifacts and abundant animal remains occur in lake and river deposits; the assemblage reflects hunting and scavenging of animals including hippopotamus, deer, and horse.[4] Evron Quarry in western Galilee also yielded imported flint objects and animal bones.[4]

Gesher Benot Ya‘aqov preserves evidence of repeated Acheulian occupation and sustained choices in raw-material procurement.[7] A study of material dated to approximately 780,000 years ago compared stone artifacts with 24 potential regional flint sources and found consistent selection of Eocene flint from locations 5–20 kilometers west of the site.[7] This preference persisted through three studied occupational horizons despite the availability of Cenomanian flint immediately to the north.[7] Other finds reported from the site include basalt implements, small human-bone fragments, and remains of elephant, hippopotamus, and rhinoceros.[4]

Spatial analysis of an occupational horizon dated to about 750,000 years ago identified differentiated areas for stone knapping, tool use, and the processing and consumption of plants and animals.[8] Activities were concentrated in two main areas, with several kinds of work occurring around a hearth; this arrangement provides evidence of organizational skills among the site's occupants.[8]

At Revadim Quarry on Israel’s southern coastal plain, excavations exposed stone tools and animal remains across at least 3,500 square meters.[9] The Middle/Late Acheulian assemblage includes flake tools, handaxes, Levallois cores, and Levallois-flaked tools, together with proboscidean, deer, and rodent remains.[9] Normal magnetic polarity places the deposits after the 0.78-million-year Brunhes–Matuyama boundary.[9] Elephant bones include specimens bearing cut marks and bones apparently shaped to resemble tools, described in the study as the earliest such evidence then identified in the southern Levant.[10]

Nahal Hesi, on the northwestern Negev desert fringe, supplies a further dated environmental context for Late Acheulian activity.[11] Luminescence methods, geological observations, and microfaunal evidence dated the studied marsh-like deposits to an average of 430 ± 35 thousand years ago and indicate hominin use of short-lived water bodies.[11] The limited number of regional Late Acheulian sites combining faunal assemblages with radiometric dates leaves substantial gaps in knowledge of contemporary environments, ecology, subsistence, and chronology.[11]

Qesem Cave, on the western slopes of the Samaria Hills about 12 kilometers east of Tel Aviv, preserves a sequence dated to approximately 420,000–200,000 years ago through several independent dating methods.[12] Its incomplete stratigraphic profile comprises lower clastic, gravel, and clay deposits and an upper deposit containing a substantial ash component.[12] The sequence belongs to the Acheulo-Yabrudian Cultural Complex, a local cultural entity distinct from the preceding Acheulean and the following Mousterian.[12]

Two industries occur at Qesem: the blade-dominated Amudian and the scraper-dominated Yabrudian.[12] Flint recycling continued throughout the sequence, while bifaces were rare at the cave even though their production persisted within the broader cultural complex.[12] Elsewhere, Acheulo-Yabrudian material has been reported from northern and central cave sites, with fragmentary human remains at Zuttiyeh and Tabun.[4]

Fallow deer dominate Qesem’s animal assemblage, accompanied by red deer, horse, aurochs, wild pig, wild ass, and smaller ungulates; carnivores are uncommon.[12] Zooarchaeological evidence indicates cooperative hunting focused principally on fallow deer, selective transport of animal parts, and food and carcass processing inside the cave.[12] Some bones bear percussion marks associated with their use in shaping stone tools.[12]

Fire evidence occurs from the earliest levels onward, including a central hearth, substantial wood ash, burned flint, and burned bones.[12] Thirteen human teeth were recovered from different parts of the sequence.[12] Experiments accompanying research on the cave’s animal bones found that marrow could retain useful nutrients for up to nine weeks under outdoor autumn conditions, although preservation deteriorated more rapidly in indoor and outdoor spring conditions.[12]

Tabun Cave preserves deposits reaching approximately 25 meters in thickness and intermittent Lower and Middle Paleolithic occupation extending from roughly half a million to 40,000 years ago.[13] Its early deposits, pollen, and sea sand reflect relatively warm conditions and a narrower coastal plain with savannah vegetation; later clay and silt deposits are associated with colder, more humid conditions, lower sea level, and broader coastal areas containing forest and swamp.[13]

The Middle Paleolithic Mousterian tool kit included blades and flakes for butchering and sawing bone, borers and scrapers for working hides, and hafted flint implements.[4] Levallois points could serve as spear tips for hunting medium-sized animals such as gazelle and fallow deer.[4] Tabun’s sequence distinguishes the toolkit phases Tabun D, dated to 270,000–170,000 years before present; Tabun C, 170,000–90,000/85,000; and Tabun B, 90,000/85,000–48,000.[4] Mousterian diets combined meat with fruit, seeds, roots, and leaves.[13]

At Geula Cave on Mount Carmel, renewed excavation in 2016 identified Levallois production using principally bidirectional and centripetal core preparation.[14] Hyenas and porcupines used smaller chambers, while fractured bones associated with flint artifacts occurred in an apparent living area.[14] Luminescence dates indicate occupation as early as 175,000 years ago and a principal occupation between 120,000 and 100,000 years ago, overlapping chronologically with Skhul and Qafzeh.[14]

Nesher Ramla yielded fossils assigned in the study to Middle Pleistocene Homo in an archaeological context dated to 140,000–120,000 years ago.[15] Its stone-tool makers employed Levallois methods indistinguishable from those of contemporary Homo sapiens in western Asia.[15] Human remains are also known from Tabun, Kebara, the Amud Valley, Daura in Syria, Skhul, and Qafzeh.[4] At Tabun, a Neanderthal-type female burial has been dated to about 120,000 years ago; Skhul contained 14 burials, including three complete skeletons.[13]

Far’ah II in the northwestern Negev preserves flint and limestone artifacts, animal bones, and charcoal in an open-air setting.[16] Combined luminescence, radiocarbon, and oxygen-isotope evidence constrains its upper archaeological horizon to younger than 49,000 years ago.[16] Fauna, pollen, and charcoal indicate a savanna-like environment containing Irano-Turanian and Saharo-Arabian elements and a minor Mediterranean component.[16] The lithic material combines Late Middle Paleolithic variability with traits also found at nearby Boker Tachtit.[16]

Boker Tachtit in the Negev provides evidence for the Middle-to-Upper Paleolithic transition, dated through high-resolution radiocarbon, luminescence, and sediment analysis to approximately 50,000–49,000 through 44,000 years ago.[17] The transition involved blade production and standardized bone and antler tools.[17] Broader regional classifications distinguish Initial, Early, and Late Upper Paleolithic stages, with the Initial stage forming an interphase between Middle and Upper Paleolithic technologies.[18]

At the Boker sites, occupations extend from approximately 45,000 to 30,000 calibrated years before present.[19] Earliest occupations belong to the Initial Upper Paleolithic and later ones to the Early Upper Paleolithic Ahmarian.[19] Unidirectional blade production continued across these phases, while percussion changed from hard hammerstone to soft hammerstone techniques.[19] Charred plants include drought-tolerant halophytes and Mediterranean thermophilous species, and dark organic-rich deposits occur near the Early Ahmarian occupation at Boker A.[19]

Manot Cave in western Galilee preserves Ahmarian remains beneath Aurignacian layers.[18] The Ahmarian assemblage includes long, narrow blades produced with soft-hammer percussion, retouched blades, end scrapers, burins, and el-Wad points, dated to 46,000–42,000 calibrated years before present.[18] Levantine Aurignacian material includes carinated and nosed end scrapers, Aurignacian blades, curved-twisted bladelets, and antler spear points.[18] Repeated occupation continued until the estimated collapse of the cave entrance around 30,000 years ago.[18]

Near Manot’s entrance, nine occupation layers occur within a 2.5-meter sequence.[3] Detailed analysis distinguishes a Levantine Aurignacian phase dated to 38,000–34,000 calibrated years BP, narrowed by Bayesian modeling to 37,000–35,000, and a later phase provisionally called post-Levantine Aurignacian, dated to 36,000–33,000 calibrated years BP.[3] The later phase has more bladelets, changes in their manufacture and form, no composite bone tools, and sharply fewer mollusk shells; radiocarbon evidence indicates a short interval between the phases.[3]

Mountain gazelle and Mesopotamian fallow deer dominated subsistence during both the Early Ahmarian and Levantine Aurignacian occupations at Manot, supplemented by birds, tortoises, and small mammals.[20] Prey choices and carcass processing were broadly similar, although the Aurignacian deposits show increased small-game exploitation and faster accumulation of denser remains.[20] Other deposits contain plants, reptiles, and shells; charred wood indicates Mediterranean forest species, and seashells served both as food and personal ornaments.[18]

Beyond Manot, the Early Ahmarian is represented at more than 50 Paleolithic sites and has been dated to about 45,000–37,000 years ago.[21] At Wadi Sabra south of Petra, pointed stone blades, scrapers, bones, charcoal, and two marine shells were recovered, one shell bearing ochre; charcoal dated to approximately 38,000 years ago.[21] Small, mobile hunting-and-gathering groups moved in relation to seasonal resources and water availability.[21]

Ohalo II preserves foundations of round huts, flint assemblages in place, and well-preserved plant, animal, and fish remains.[4] In later Upper Paleolithic and Kebaran contexts, microliths became increasingly prominent, while pounding and grinding stones attest to the processing of nuts, grain, and seeds.[4] Some temporary highland camps covered no more than approximately 150 square meters.[4]

Natufian communities occupied caves and early villages, combining hunting with intensive collection of wild grain.[22] Flint sickle blades mounted in straight bone handles were used for harvesting, and stone mortars and pestles for grinding.[22] Houses were often curvilinear, with sunken earthen or plastered floors and stone or mud-brick foundations, while superstructures probably incorporated wood, reeds, and other organic materials.[4] Hearths, grinding vessels, sickle blades, borers, burins, and small bladelets formed part of domestic equipment.[4]

At El-Wad, human presence extends back approximately 45,000 years, and Natufian occupation included both the cave and its terrace.[13] Finely retouched microliths served in working skins, wood, and bone, cutting meat, and harvesting grain; lunates could be used as arrowheads, harpoons, or fishhooks.[13] More than 100 terrace burials contained flexed bodies, sometimes accompanied by stone, bone, or dentalia-shell ornaments.[13] Natufian burial elsewhere included individual graves beneath or near houses and collective burials, while carved bone and stone objects document artistic production.[4][22]

Analysis of hundreds of bird bones from El-Wad identified ducks, geese, waders, gulls, cranes, and rails, including specimens with butchery marks and burning.[23] The remains indicate freshwater lakes and marshes on the Carmel coastal plain and journeys of at least five kilometers to obtain seasonal waterbirds.[23] Bird-bone beads were also manufactured within domestic spaces, and later layers contained fewer bird species, principally mallards.[23]

At Eynan in the Hula Valley, a sample exceeding 5,000 amphibian and reptile bones represented at least 16 taxa.[24] The assemblage indicates intensive collection of three large snake species, with possible opportunistic collection of other snakes and lizards.[24] Eynan also produced a dog buried with its presumed owner and late Natufian structures and hearths associated with the transition toward Pre-Pottery Neolithic A.[4]

Natufian camps near Nahal Sekher in the northwestern Negev were associated with ancient water bodies.[25] At Nahal Sekher VI, artifacts lay above windblown sands dated to 12.4 ± 0.7 and 11.7 ± 0.5 thousand years ago, while nearby low-energy fluvial deposits reflect standing water and dune-damming.[25] The contemporary Harifian culture of the Negev and Sinai used lowland winter sites and highland summer sites, with huts, microlithic tools, grinding stones, and cup-marked stones; hunted animals included gazelle, ibex, and hare.[4]

Farming and settled village life were well established by 7000 BCE in areas including present-day Syria, Israel, Lebanon, and Jordan.[26] Early farmers cultivated barley and wheat and kept sheep and goats, later supplemented by cattle and pigs.[26] Regional chronology distinguishes a Pre-Pottery Neolithic dated approximately 8500/8300–6000/5800 BCE, a PPNC stage continuing at some sites to around 5500 BCE, and a pottery-bearing Late Neolithic dated approximately 6000/5800–4000 BCE.[4]

At Jericho, traces of Epipaleolithic hunter-gatherer visits have been carbon-dated to approximately 9000 BCE, followed by prolonged settlement.[2] By about 8000 BCE, an organized community had built a massive stone wall and tower.[2] The tower reached approximately 8.5 meters in height and contained an internal staircase, while an adjacent wall segment faced a ditch 3.5 meters wide.[4] Curvilinear houses used plano-convex mud bricks on stone foundations, and cultivated wheat and barley occur in the settlement’s archaeological record.[2][4]

Nahal Oren had a developed Pre-Pottery Neolithic A settlement with 20 curvilinear structures arranged on four terraces, accompanied by hearths, grinding stones, and cup-hole slabs.[4] Jericho’s Khiamian assemblages included el-Khiam arrowheads, followed by Sultanian tools such as polished basalt and limestone celts, flint adzes or axes, and plain sickle blades.[4] At Gilgal in the Jordan Valley, an approximately 11,000-year-old settlement yielded thirteen round mud-and-rock buildings, figurines, grinding and pounding stones, axes, sickle blades, and a silo containing substantial quantities of wheat and barley.[27]

During Pre-Pottery Neolithic B, multiroom rectangular buildings increasingly replaced curvilinear houses, often incorporating plastered floors and walls.[4] Settlements included Nahal Oren, Munhata, Kefar ha-Horesh, and Yiftahel in Israel; Beidha, Ain Ghazal, and Basta in Jordan; and Tell Ramad in Syria.[4] Heated flint and blades struck from naviform, or boat-shaped, cores supplied arrowheads and sickle blades.[4] Obsidian arrived from eastern Anatolia, while greenstone pendants and shells from the Mediterranean and Red Sea attest to wider material connections.[4]

Cultivation included cereals and legumes, with fava beans and lentils reported at Yiftahel.[4] Early PPNB contexts at Ahihud in lower Galilee yielded faba bean, bitter vetch, narbon vetch, lentil, pea, inconspicuous pea, and Jerusalem vetchling.[28] Radiocarbon measurements on twelve legumes from pits and floors place this evidence near the onset of regional legume farming; the unusual combination of taxa may reflect particular cultivation or storage practices.[28] Farming communities expanded in northern Israel and the Jordan Valley, while agricultural occupation in the Uvda Valley has been reported continuously from approximately 10,000 to 4,000 years BP.[5]

Mortuary and representational practices included burials beneath floors, sometimes without heads, modeled human skulls, and plaster or clay human and animal figures.[4] At Ain Ghazal, two caches of plaster statuettes and busts were molded over lashed reed bundles and dated to 6750/6500 BCE.[4] Painted faces and markings occur on these figures, including a six-toed foot and a six-fingered hand, while 61 plastered or decorated skulls have been reported across sites in Syria and the Levant.[4]

Motza, approximately five kilometers west of Jerusalem, preserves a large Neolithic settlement dated to roughly 9,000 years ago, with an estimated population of 2,000–3,000.[29] Excavation exposed residential buildings, public and ritual spaces, planned alleys, and plastered floors or installations.[29] The settlement occupied a favorable setting beside the Sorek Stream, springs, a fertile valley, and an ancient route, with evidence of occupation in the area extending back approximately 20,000 years.[29]

The PPNB megasite extends over a fan-shaped slope more than half a kilometer across, and the reported excavation comprised over 1,200 squares measuring 25 square meters each.[30] Plastered structures, abundant artifacts, and a distinct deposit of angular clasts containing predominantly final-PPNB artifacts document substantial engagement with surrounding resources.[30]

Finds included thousands of arrowheads, axes, sickle blades, knives, figurines, jewelry, and storage facilities containing large quantities of legumes, especially lentils.[29] Animal bones indicate increasing specialization in sheep-keeping alongside a gradual decline in hunting.[29] Burials among the buildings contained Anatolian obsidian and shells from the Mediterranean and Red Sea, evidence of exchange over considerable distances.[29] Stone bracelets, alabaster beads, and mother-of-pearl medallions and bracelets were also recovered; their small dimensions suggest that some bracelets were worn mainly by children.[29]

Late Neolithic traditions include the Yarmukian, Jericho IX, and Wadi Rabbah.[4] Sha‘ar ha-Golan contained substantial rectilinear architectural complexes with courtyards and alleyways, demonstrating large sedentary villages.[4] Handmade fired jars, cooking pots, and bowls were often decorated with red-painted or incised geometric patterns.[4] Agriculture combined cereals, legumes, and herding, especially sheep and goats, with pigs and cattle in some communities.[4] Pressure flaking and polishing were technological features, and 350 seated female figurines were recovered at Sha‘ar ha-Golan alone.[4]

Jericho followed a different local trajectory: around 5000 BCE, its pottery-using inhabitants lived in simple huts sunk into the ground, probably relying chiefly on pastoralism.[2] Occupation there was sparse and possibly intermittent during the following two millennia.[2] More broadly, hunter and pastoral groups continued to occupy desert fringes alongside farming settlements.[4]

The southern Levantine Chalcolithic, dated in one regional chronology to approximately 4000–3300 BCE, featured settled agriculture, livestock, trade, craft specialization, and social differentiation.[4] Copper extraction is reported at Timna in the southern Arabah and Wadi Feinan in southern Jordan, while horticulture and specialized olive-oil production developed in highland regions.[4] Communities cultivated barley, wheat, lentils, and fruit trees and raised sheep, goats, pigs, and cattle, with occasional use of marine resources.[31]

Settlement forms included permanent villages, seasonal pastoral camps, caves used for temporary residence or storage, and villages incorporating underground spaces.[4] Planned farming communities occurred in the Jordan Valley, coastal plain, Judean Desert, and northern and eastern Negev.[5] At Tulaylat al-Ghassul, permanent village occupation accompanied reasonably efficient agriculture; Beersheba provides evidence of specialist copper and ivory working.[32] The Nahal Mishmar cave cache contained 442 objects made of copper, hematite, stone, and hippopotamus or elephant ivory.[4]

Chalcolithic settlements subsequently disappeared, and regional populations were eventually incorporated into the sedentary urban population of the Early Bronze Age.[32] Long-distance exchange and connections with Egypt formed part of the preceding Chalcolithic economy.[4]

Research at the Carmel Caves began in the 1920s and 1930s and resumed from the late 1960s with combined geological, archaeological, and pollen investigations.[13] Located on Mount Carmel’s western slopes near the meeting of Nahal Me’arot and the coastal plain, these caves preserve tools, animal bones, and human burials used to investigate physical and cultural development.[13] Regional research similarly integrates archaeology with geological and environmental evidence rather than treating artifacts in isolation.[1]

Dating methods used across the cited studies include uranium-thorium analysis, thermoluminescence, electron-spin resonance, and palaeomagnetism.[9][12] Radiocarbon and optically stimulated luminescence are also used in research on Paleolithic transitions.[17] Spatial analysis reconstructs the arrangement of activities, while zooarchaeology examines prey choice and carcass treatment.[8][20] Archaeobotanical remains document food use, vegetation, and cultivation.[19][28] Together, these approaches connect technological practices with subsistence, settlement, and environmental conditions.[1]

Ancient DNA adds evidence concerning the origins and subsequent relationships of farming populations.[33] A genome-wide study of 44 ancient Near Eastern individuals dated approximately 12,000–1,400 BCE found that the first farmers of the southern Levant and the Zagros Mountains were genetically differentiated and descended from local hunter-gatherers.[33] By the Bronze Age, these populations had mixed with Anatolian-related farmers and European hunter-gatherers, reducing earlier genetic differentiation.[33]

The Levant’s long archaeological and environmental records make it particularly useful for investigating relationships between climate and human societies.[5] Its position between the westerlies and the subtropical/intertropical convergence zone over the Arabian–Sahara desert belt exposes it to shifts affecting rainfall and variability.[5] Settlement evidence includes both communities near perennial water and temporary occupation around short-lived water bodies, illustrating varied responses to available resources.[5][11]

Period boundaries and cultural classifications vary between chronological schemes, and dates expressed in BCE, years BP, and calibrated years BP should retain their original conventions.[4] Published accounts differ markedly: Encyclopedia.com places Natufian emergence around 12,800 BCE, while Britannica dates the culture to about 9000 BCE.[4][22] Other sources use 10,500–8,500 BCE or approximately 15,000–11,700 years ago.[13][23] Other disagreements concern whether sickles and grinding equipment demonstrate Natufian cultivation, since harvesting wild grasses can produce sickle sheen and early domesticates may resemble wild forms.[4][34]

Upper Paleolithic models have also changed: an older synthesis emphasized two major cultural entities, whereas a 2024 analysis proposes at least three coexisting entities around 40,000–30,000 calibrated years ago.[6][35] At Nesher Ramla, cultural interaction is the study authors’ interpretation, while the proposed Qesem hominin lineage is explicitly tentative.[15][12] Claims of Neanderthal–modern-human coexistence at Boker Tachtit and migration or diffusion explanations for technological change are likewise interpretations.[17][19]

Jericho’s wall and tower have been interpreted as defenses, flood-control works, or structures with a religious function, while its population estimates differ substantially between accounts.[2][4] Interpretations of modeled skulls and statuettes as ancestor representations remain inferential.[4] The proposed marrow storage at Qesem and the description of Gilgal grain as among the earliest planted seeds likewise go beyond the directly recovered objects.[12][27]

Climate reconstructions and explanations of settlement abandonment remain secondary areas of debate: local water deposits need not represent regional climatic change, and environmental dating does not always align closely with archaeological chronologies.[5][25] Motza’s abandonment lacks a settled deterministic explanation.[30] The disappearance of Chalcolithic settlements is also unresolved.[4][32] Arguments about Chalcolithic hierarchy or influence from Egypt and Mesopotamia remain interpretations rather than direct observations.[31]