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| Takarkori | |
|---|---|
| Name | Takarkori |
| Map type | Fezzan |
| Country | Libya |
| Region | Tadrart Acacus |
| Type | Archaeological site |
| Epochs | Early Holocene |
| Cultures | Saharan Neolithic |
Takarkori Takarkori is an archaeological rock shelter and site in the Tadrart Acacus massif of the Fezzan region in southwestern Libya. Excavations have yielded stratified deposits with evidence for Early Holocene occupation, organic preservation, and a sequence of material culture that informs debates about Saharan Holocene population dynamics and trans-Saharan contacts. The site has been discussed alongside research from sites such as Uan Afuda, Uan Muhuggiag, Gebel Acacus, and comparisons with sequences from Nile Valley, Sahara littoral research, and Holocene sites in East Africa.
Takarkori is situated within the Tadrart Acacus sandstone escarpment, near wadis in the Fezzan basin of southwestern Libya. The shelter overlooks a paleo-drainage system comparable to those studied at Wadi al-Ajal, Wadi Teshuinat and is proximal to painted rock art panels in the Acacus Mountains. The geological context involves Triassic sandstones, similar lithostratigraphy to sections in Sahara Desert fieldwork and comparable to exposures recorded in Ahnet and Garamantes region surveys. Climatic reconstructions draw on palaeohydrological models developed in research on the African Humid Period and correlate with core records from Lake Chad, Mediterranean Sea sapropel events, and isotopic studies in the Nile Delta.
Systematic excavations at Takarkori were led by teams connected to institutions such as the Libyan Department of Antiquities and international collaborations including researchers from the University of Rome La Sapienza and other European universities. Methods integrated stratigraphic excavation, micromorphology, flotation, radiocarbon dating tied to laboratory networks like Leica Geosystems-supported facilities and Bayesian modelling frameworks used in projects comparable to work at Gobero and Tenerife Holocene sites. Fieldwork employed photogrammetry similar to protocols at Lascaux and geochemical sourcing techniques paralleling studies at Jebel Uweinat and archaeobotanical approaches used at Aşıklı Höyük.
The sequence at Takarkori spans portions of the Early to Middle Holocene, with radiocarbon dates aligning with the broader African Humid Period chronology and synchronous episodes documented at Uan Muhuggiag, Tin Tazarift, and Garamantes contexts. Phases exhibit transitions in lithic typology comparable to assemblages from Nabta Playa, shifts in faunal spectra akin to those at Wadi Teshuinat, and occupational hiatuses mirroring patterns recorded in Aïr Mountains Holocene sequences. Chronological modelling uses calibration curves developed for comparisons with Holocene Thermal Maximum datasets and regional chronologies anchored to samples from Lake Yoa and Lake Megachad.
Takarkori produced chipped stone industries including microlithic tools related to types found at Nabta Playa, hafting evidence paralleling discoveries from Kiffian and Tenerife contexts, and bone tools comparable to assemblages from Uan Afuda. Organic artifacts such as wooden implements and woven materials show preservation akin to finds at Shum Laka and have been analyzed with methods used in studies at Çatalhöyük for durability assessments. The site yielded pottery parallels to Early Holocene ceramics documented at Dabban and later Saharan ware traditions noted at Jebel Ouenat, with pigment residues comparable to palettes from Tadrart Acacus rock art panels.
Faunal and botanical remains indicate a mixed economy with hunted fauna similar to species lists from Gobero and Uan Muhuggiag, including fish remains reflecting proximity to palaeolakes documented in Lake Megachad reconstructions. Stable isotope analyses follow protocols used in studies at Nile Valley sites and show dietary signals comparable to populations from East African Rift Holocene assemblages. Palaeoenvironmental data integrate pollen sequences like those from Lake Yoa, ostracod records comparable to Lake Chad cores, and palaeoclimate inferences drawn from Mediterranean sapropel correlations and regional palaeohydrology models.
Human skeletal remains from Takarkori were analyzed for metrics, pathology, and isotopic composition using comparative frameworks established in research at Gobero, Jebel Sahaba, and Aşıklı Höyük. Analyses addressed mobility, health, and dietary reconstruction using strontium, carbon, and nitrogen isotope systems employed in studies at Nile Delta and Lake Turkana. Morphological comparisons reference records from Kiffian and Tenerian burials and bioarchaeological frameworks applied in investigations of Saharan Neolithic populations, with genetic sampling protocols modeled on projects such as those at La Braña and Kostenki.
Rock art and mortuary data at Takarkori contribute to interpretive networks including panels in the Tadrart Acacus and thematic comparisons to corpus studies from Tassili n'Ajjer, Garamantes funerary traditions, and painted shelters like Uan Muhuggiag. Symbolic assemblages include ornamentation and grave goods comparable to those in Nabta Playa and Gobero, and burial practices that inform debates on social organization paralleled in research on Jebel Sahaba and Wadi Kubbaniya. Iconography analyses use methodologies applied in studies of Saharan rock art and integrate ethnographic analogies drawn from groups documented in Sahel and East Africa ethnographies.
Category:Archaeological sites in Libya