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Expanding Oued Beht: Final Neolithic, Bronze Age, medieval and later discoveries from excavation and survey in 2023

Published online by Cambridge University Press:  07 September 2026

Giulio Lucarini*
Affiliation:
Istituto di Scienze del Patrimonio Culturale, Consiglio Nazionale delle Ricerche, Rome, Italy McDonald Institute for Archaeological Research, University of Cambridge, Cambridge, UK ISMEO – Associazione Internazionale di Studi sul Mediterraneo e l'Oriente, Rome, Italy
Youssef Bokbot
Affiliation:
Institut National des Sciences de l'Archéologie et du Patrimoine , Rabat, Morocco
Toby Wilkinson
Affiliation:
McDonald Institute for Archaeological Research, University of Cambridge, Cambridge, UK
Hamza Benattia
Affiliation:
McDonald Institute for Archaeological Research, University of Cambridge, Cambridge, UK
Aïcha Bigoulimen
Affiliation:
Institut National des Sciences de l'Archéologie et du Patrimoine , Rabat, Morocco
Alessia Brucato
Affiliation:
Istituto di Scienze del Patrimonio Culturale, Consiglio Nazionale delle Ricerche, Rome, Italy
Marlena Cygan
Affiliation:
Cambridge Archaeological Unit, University of Cambridge, Cambridge, UK
Lucy Farr
Affiliation:
Cambridge Archaeological Unit, University of Cambridge, Cambridge, UK
Hassan Hachami
Affiliation:
Institut National des Sciences de l'Archéologie et du Patrimoine , Rabat, Morocco
Evangelia Kiriatzi
Affiliation:
McDonald Institute for Archaeological Research, University of Cambridge, Cambridge, UK Fitch Laboratory, British School at Athens, Athens, Greece
Rafael Laoutari
Affiliation:
McDonald Institute for Archaeological Research, University of Cambridge, Cambridge, UK
Lorena Lombardi
Affiliation:
Istituto di Scienze del Patrimonio Culturale, Consiglio Nazionale delle Ricerche, Rome, Italy Dipartimento di Civiltà e Forme del Sapere, Università di Pisa, Pisa, Italy
Adelaide Marsilio
Affiliation:
Istituto di Scienze del Patrimonio Culturale, Consiglio Nazionale delle Ricerche, Rome, Italy
Rafael Martínez Sánchez
Affiliation:
Departamento de Historia, Universidad de Córdoba, Cordoba, Spain
Ilaria Mazzini
Affiliation:
Istituto di Geologia Ambientale e Geoingegneria, Consiglio Nazionale delle Ricerche, Rome, Italy
Jacob Morales
Affiliation:
Departamento de Ciencias Históricas, Universidad de Las Palmas de Gran Canaria , Las Palmas, Spain
Giulia Muti
Affiliation:
McDonald Institute for Archaeological Research, University of Cambridge, Cambridge, UK Institut für Archäologische Wissenschaften, Universität Bern , Bern, Switzerland
Jacques Pelegrin
Affiliation:
UMR 8068 Temps, Centre National de la Recherche Scientifique, Paris, France
Moad Radi
Affiliation:
Institut National des Sciences de l'Archéologie et du Patrimoine , Rabat, Morocco
Francesco Michele Rega
Affiliation:
ISMEO – Associazione Internazionale di Studi sul Mediterraneo e l'Oriente, Rome, Italy UMR 8215 Trajectoires, Centre Malher, Centre National de la Recherche Scientifique, Paris, France
Cyprian Broodbank*
Affiliation:
McDonald Institute for Archaeological Research, University of Cambridge, Cambridge, UK
*
Corresponding authors: Giulio Lucarini; Email: giulio.lucarini@cnr.it; Cyprian Broodbank; Email: cb122@cam.ac.uk
Corresponding authors: Giulio Lucarini; Email: giulio.lucarini@cnr.it; Cyprian Broodbank; Email: cb122@cam.ac.uk
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Abstract

Oued Beht, Morocco, is emerging as a key site for understanding later prehistory in the northwestern Maghreb. Previous fieldwork by the Oued Beht Archaeological Project (OBAP) in 2022 revealed major evidence of a large and complex focus of activity across the ridge during the mid-to-late fourth to earliest third millennium BC, associated with a previously little-known Final Neolithic phase interacting with contemporary southern Iberian developments. Here, we present the results of OBAP’s third field season (October–November 2023), which aimed to refine the site’s chronology, spatial patterning, and the extent of prehistoric and later activity. Crucially, the 2023 investigations provide the first evidence of activity at Oued Beht in the second millennium BC, expanding our understanding of site use beyond the Final Neolithic. Excavation and survey addressed the dating of linear walls in the Southern Sector, investigated potential cemeteries, mapped intra-site spatial and chronological variation, and explored wider landscape use. Geological studies complemented the fieldwork, shedding light on ridge formation, lithic and mineral resources, and pottery production. Together, these findings underscore Oued Beht’s centrality for revising long-term settlement and socio-economic patterns in northwestern Morocco, bridging prehistoric and later periods, and highlight the site’s broader significance for understanding cross-Mediterranean interactions during later prehistory and beyond.

الوسطى وما بعدها من أعمال التنقيب والمسح في عام 2023

ج. لوكاريني، ي. بوكبوت، ت. ويلكنسون، ح. بيناتيا، أ. بيغوليمان، أ. بروكاتو، م. سيغان؛ ل. فار، ح. هاشامي، إ. كيرياتزي، ر. لاوتاري، ل. لومباردي، أ. مارسيليو، ر. مارتينيز سانشيز، إ. مازيني، ج. موراليس، ج. موتي، ج. بيليغرين، م. راضي، ف. ريغا، س. برودبانك

يبرز وادي بهت كموقع رئيسي لفهم عصور ما قبل التاريخ المتأخرة في شمال غرب المغرب العربي. وقد كشفت أعمال ميدانية سابقة أجراها مشروع وادي بهت الأثري عام 2022عن أدلة رئيسية على وجود بؤرة نشاط كبيرة ومعقدة عبر سلسلة التلال خلال الفترة من منتصف إلى أواخر الألفية الرابعة إلى أوائل الألفية الثالثة قبل الميلاد، مرتبطة بمرحلة العصر الحجري الحديث الأخير غير المعروفة سابقاً، والتي تفاعلت مع التطورات المعاصرة في جنوب أيبيريا. نقدم هنا نتائج الموسم الميداني الثالث للمشروع (أكتوبر- نوفمبر 2023)، والذي هدف إلى تحسين التسلسل الزمني للموقع، والأنماط المكانية، ومدى النشاط في عصور ما قبل التاريخ وما بعدها. والأهم من ذلك، أن تحقيقات عام 2023 تُقدم أول دليل على النشاط في وادي بهت في الألفية الثانية قبل الميلاد، مما يُوسّع فهمنا لاستخدام الموقع بعد العصر الحجري الحديث الأخير. تناولت أعمال التنقيب والمسح تأريخ الجدران الخطية في القطاع الجنوبي، وبحثت في المقابر المحتملة، ورسمت خرائط للتباين المكاني والزمني داخل الموقع، واستكشفت استخداماً أوسع للمشهد الطبيعي. وقد أكملت الدراسات الجيولوجية العمل الميداني، مسلطةً الضوء على تشكّل التلال، والموارد الحجرية، والمعدنية. وتؤكد هذه النتائج، مجتمعةً، على أهمية وادي بهت في مراجعة أنماط الاستيطان طويلة الأمد والأنماط الاجتماعية والاقتصادية في شمال غرب المغرب، وربط عصور ما قبل التاريخ بالعصور التي تليها، كما تُبرز أهمية الموقع الأوسع لفهم التفاعلات عبر البحر الأبيض المتوسط خلال عصور ما قبل التاريخ المتأخرة وما بعدها.

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© The Author(s), 2026. Published by Cambridge University Press on behalf of The British Institute for Libyan & Northern African Studies.
Figure 0

Figure 1. Regional topographic relief map with Oued Beht and other sites mentioned in the text (KK: Kach Kouch; Ri: Rirha; Sa: Sala; Vo: Volubilis) (map: TW).

Figure 1

Figure 2. (a) Oblique drone photograph of the so-called ‘éperon barré’, with the village of Aït Siberne in the background (east-facing); (b) Vertical drone photograph of the ‘éperon barré’; 1. Trench 3/3.1 on Wall B1; 2. Trench excavated by CAOB; 3. R2 trench excavated by CAOB on Wall C (photographs: TW).

Figure 2

Figure 3. Plan of the site, with the excavated trenches, major walls and surface features (map: TW).Figure 3 long description.

Figure 3

Figure 4. Radiocarbon dates obtained from 2023 excavations, expressed as probability densities on a BC/AD scale with associated period groupings marked above. Those dates whose calibration postdates 1950, and hence may fall out of range, are coloured grey (elaboration: TW).Figure 4 long description.

Figure 4

Table 1. Radiocarbon dates obtained from trenches excavated in 2023. Radiocarbon date ranges were generated using the maximal and minimal edges of the 95.4% probability mass envelope using the HPDI method; calibration was performed with the rcarbon package for R (Crema and Bevan 2021) using the IntCal20 curve (Reimer et al. 2020)Table 1 long description.

Figure 5

Table 2. Archaeological phasing, features and contexts of Trench 3/3.1 (Phase: NEO: Neolithic; BA: Bronze Age; HIS: Historic; MOD: Modern; Feature type: D: Discrete; E: Earthwork; L: Linear; M: Masonry; Context type: C: Cut; F: Fill; L: Layer; M: Masonry)Table 2 long description.

Figure 6

Table 3. Archaeological features and contexts of Trench 4 (Feature type: D: Discrete; L: Linear; P: Pit; Context type: C: Cut; F: Fill; L: Layer)Table 3 long description.

Figure 7

Table 4. Archaeological features and contexts of Trench 5 (Feature type: D: Discrete; G: Grave; L: Linear; Context type: C: Cut; F: Fill; L: Layer)Table 4 long description.

Figure 8

Table 5. Archaeological features and contexts of Trench 6 (Feature type: D: Discrete; Context type: C: Cut; F: Fill; L: Layer)Table 5 long description.

Figure 9

Table 6. Archaeological features and contexts of Trench 7 (Feature type: D: Discrete; G: Grave; L: Linear; P: Pit; Context type: C: Cut; F: Fill; L: Layer)Table 6 long description.

Figure 10

Table 7. Archaeological features and contexts of Trench 8 (Feature type: D: Discrete; P: Pit; Context type: C: Cut; F: Fill; L: Layer)Table 7 long description.

Figure 11

Figure 5. Trench 3: (a) F.300.2 (Wall B1), (east-facing); (b) F.300.2 (Wall B1), (west-facing); (c) Section of F.300.2 (Wall B1) and F.300.1 (earlier wall), (east-facing); (d) Trench 3 section (southern portion, northeast-facing); (e) Trench 3 section (southern portion, southeast-facing) (photographs: LF and GL).

Figure 12

Figure 6. Trench 3 and 3.1: (a) Trench 3, section of embankment deposits (F.313.1 and F.313.4) to the north of F.300.2 (Wall B1), (west-facing); (b) Full extent of Trench 3.1, (southwest-facing); (c) Trench 3.1 section, showing ditch (F.312), re-cut ditch deposits (F.321) and wall F.302, (east-facing); (d) Section of embankment deposits (F.313.2–4) and on left wall (F.302)/re-cut ditch deposits (F.321), southern end of Trench 3.1 (east-facing) (photographs: LF).

Figure 13

Figure 7. Trench 3/3.1: Section profile across the rampart/embankment and ditch complex, showing features and contexts visible in section and associated radiocarbon dates (drawing: ABr, LF, MR).Figure 7 long description.

Figure 14

Figure 8. Trench 3/3.1: (a) Relative trench-specific archaeological phasing; (b) Ceramic dating by context (drawings: ABr, LF, MR; elaborations: TW); (c) Vertical drone photograph of Trench 3 (south) and Trench 3.1 (north), showing features and contexts visible in plan (photograph and elaboration: TW).Figure 8 long description.

Figure 15

Figure 9. Trench 4: Section profiles showing location of features, contexts and associated radiocarbon dates (drawings: HB, ABr, LL and GL).Figure 9 long description.

Figure 16

Figure 10. Trench 4: Vertical photo of the trench at the end of the excavation season, with indication of contexts and features (red: Neolithic; purple: Historic; green: Modern; white line: Context delimitation) (photograph: HB; elaboration: TW).Figure 10 long description.

Figure 17

Figure 11. Trench 4: Polished stone axe from Context 620 (photograph: HB).

Figure 18

Figure 12. Trench 5: Section profiles and plans showing location of features and contexts (drawings: ABr and MC).Figure 12 long description.

Figure 19

Figure 13. Trench 7: Section profiles and plans showing location of features and contexts (drawings: ABr and MC).Figure 13 long description.

Figure 20

Figure 14. Burial 1, Trench 7: (a) Pre-excavation plan view of F.706; (b) Exposed skeletal remains; (c) Excavated grave cut (Context 834) (photographs: MC).

Figure 21

Figure 15. Burial 2, Trench 5: (a) grave cut (Context 836) with exposed probable left humerus from F.707; (b) Detail of probable left humerus; Burial 3: (c) F.711 exposed (photographs: MC).

Figure 22

Figure 16. Burial 4, Trench 5: (a–b) Burial cut (Context 834); (c) Detail of exposed cranium (photographs: MC).

Figure 23

Figure 17. Trench 8: Section profiles showing location of features, contexts and associated radiocarbon date (drawings: ABr, GL and AM).Figure 17 long description.

Figure 24

Figure 18. Trench 8: Vertical photo of the trench at the end of the excavation season, with indication of contexts and features (red: Neolithic; green: Modern) (photograph: HB; elaboration: TW).

Figure 25

Figure 19. The Oued Beht survey area. Location of numbered survey tracts field-walked in 2023 (dark blue) in relation to those walked in 2022 (brown); ‘informal’ tracts marked in green; ‘unwalkable’ tracts (due to inaccessibility, road or building coverage or dangerous terrain) marked in yellow with diagonal line fill and unnumbered. Location of the structural finds shown in Figure 22: (a) Cobbled road, possibly from the early colonial period; (b) Premodern Islamic cemeteries; (c) Possible tumulus structure. Note that this map has been rotated 22 degrees to match the orientation of the tract grid (map: TW).Figure 19 long description.

Figure 26

Figure 20. Field-walkers in the landscape northwest of Oued Beht, probably within Tract 214 (northeast-facing, 31st October 2023). The farm where human burials were uncovered is in the centre of the image; the Maison Forestière is visible on top of the ridge to the right (photograph: TW).

Figure 27

Figure 21. Distribution of single finds (a, c), or standardized density of finds per ha (b, d), by material categories, combining data from both 2022 and 2023 survey seasons (excluding segments where mean densities from contiguous segments were less than 1 find, i.e. densities of less than 125 per ha; dark red indicates higher densities): (a) polished axe/adzes; (b) chipped stone; (c) macrolithics; (d) pottery. The grey backdrop indicates walked areas (formally or otherwise) with low or no finds (map: TW).Figure 21 long description.

Figure 28

Figure 22. Survey structural finds: (a) Cobbled road running down from modern village to fording point below modern bridge, possibly of early colonial period (north-facing, 7th November 2023); (b) Premodern Islamic cemetery to the north-east of Oued Beht site, to north-west and above a natural fording point (2nd November 2023, southeast-facing); (c) Possible tumulus structure, situated just above the cliff line of a hill to the west of Oued Beht (1st November 2023, north-facing) (photographs: TW).

Figure 29

Figure 23. Comparison of relative find density of 2022 and 2023 tract-segments (finds per ha) to distance from Tract 102 (i.e. near the Maison Forestière); trend lines represent different materials (red: all pottery; blue: macrolithics; purple: chipped stone; green: axes/adzes); counts of 0 are excluded (elaboration: TW).Figure 23 long description.

Figure 30

Figure 24. Geology around Oued Beht: (a) Examined main outcrops (G1: Jurassic dolostone; G2a, G2c, G2f: Neogene sandstones; G2b: Neogene sandstones and marls; G2d–e: Neogene marls; G3a–i, G4a–b: Conglomerate at 200 m; G5–6: Holocene terrace) and clay sampling locations (C1–9); (b) Sketch of geological zones: 1. Holocene alluvial terraces and debris; 2. Blue Marl Formation, marls; 3. Blue Marl Formation, marlstone-sandstone; 4. Blue Marl Formation, sandstone; 5. Jurassic dolostones and limestones. Map (b) is rotated 23° to align with survey orientation (cf. Figure 19), the footprint of the 2023 area outlined as blue polygon; the dark brown rectangle indicates the map extent for map (a), with brown dots echoing outcrop and clay sampling locations (maps: IM and TW).Figure 24 long description.

Figure 31

Figure 25. Main karstic features: (a) The Ifri n’Amr o’Moussa cave; (b) Phytokarstic features; (c) Clints and grikes on Jurassic limestone, partially covered by Quaternary conglomerate (the hammer is 30 cm long) (photographs: IM).

Figure 32

Figure 26. Blue Marl Formation. unconformably covering the Jurassic dolostones (Location G2b). The bad preservation of the outcrop is probably linked to grazing and extensive reforestation activities. The hammer is 30 cm long (photograph: IM).

Figure 33

Figure 27. Blue Marl Formation covered by Plio-Quaternary conglomerates in reddish matrix (Locations G3g–G2c). The gullies are mainly eroded into the marl members (photograph: IM).

Figure 34

Figure 28. Line drawing on a panorama of the left bank of Oued Beht (west-facing). The overlain colours identify the Jurassic dolostones (purple), the Neogene Blue Marl Formation (orange) and the conglomerate at 200 m (yellow) (photograph and elaboration: IM).

Figure 35

Figure 29. Different typologies of Plio-Quaternary conglomerates: (a) Oldest terrace (location G4b) at about 230m asl; (b) Thick (6 m) conglomerate exposure (location G3b) at about 200 m asl; (c) Conglomerate infilling a fluvial channel (location G3i), erosive on the Blue Marls Formation, at about 200 m asl; (d) Conglomerate still preserving the morphology of a fluvial terrace (location G5) at about 150 m asl (the hammer is 30 cm long) (photographs: IM).

Figure 36

Figure 30. Examples of calcitic layers in the conglomerate: (a) Horizontally covering the top of the conglomerate; (b) Coating the pebbles; (c) Infilling subvertical fractures (the hammer is 30 cm long) (photographs: IM).

Figure 37

Figure 31. Evidence of modern clay extraction (northwest-facing) (photograph: RL).

Figure 38

Figure 32. Oued Beht compared in scale and topographic situation with the proto-urban Mauretanian settlements of Volubilis (a) and Rirha (b); the southern sector of Oued Beht is considered to be the major focus of second millennium BC activity (dark grey), though sporadic finds of material putatively of this date have also been found in the north (map: TW; inset maps: adapted from Mattingly 2023: 162, figure. 4.12).Figure 32 long description.