Manot Cave
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Transcript of Manot Cave
Hadashot ArkheologiyotExcavations and Surveys in Israel ISSN 1565 - 5334
About Guide to Contributors List Of Volumes Extended Reports Search
Omry Barzilai, Israel Hershkovitz, Ofer Marder, Avner Ayalon, Mira Bar-Mathews, Guy Bar-Oz, Elisabetta Boaretto, Francesco Berna, Amos Frumkin, Hamudi Khalaily, Stephen Weiner and Reuven Yeshurun
31/12/2012 Preliminary Report
During July 2010, a three-week excavation was conducted in the Manot cave (License No.
G-62/2010; map ref. 21835–45/77105–15), aiming to examine the feasibility of a long-term
interdisciplinary research project. The excavation, on behalf of the Israel Antiquities
Authority (IAA) and Tel Aviv University (TAU), was directed by O. Barzilai and O. Marder
of the IAA, I. Hershkovitz of TAU, as well as A. Ayalon and M. Bar-Mathews (Geological
Survey of Israel, Jerusalem), G. Bar-Oz and R. Yeshurun (Zinman Institute of
Archaeology, University of Haifa), E. Boaretto and S. Weiner (Kimmel Center for
Archaeological Sciences, Weizmann Institute of Science), F. Berna (MicroStratigraphy
Lab, Department of Archaeology, Boston University), A. Frumkin (Department of
Geography, Hebrew University of Jerusalem [HUJI]) and H. Khalaily (IAA). Assistance in
the excavation was provided by R. Lavi (IAA; area supervision), M. Goder and M. Ulman
(HUJI; area supervision), B. Langford, Y. Shavtiel and U. Davidovich (Cave Research Unit
of HUJI; cave mapping), V. Essman and Y. Shmidov (IAA; draft person), and students and
volunteers from the Universities of Tel Aviv, Haifa, Jerusalem, as well as from Ben-Gurion
and Bar-Ilan Universities.
Volume 124 Year 2012
Manot Cave
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The fieldwork in the cave was very complicated and required the assistance of a
rappelling team. We are deeply indebted to U. Hofesh, N. Distenfeld, E. Aladjem, S. Bar-
Tura and B. Ajami of the IAA for their outstanding operation of this logistically complicated
project. Thanks are also extended to D. Barshad, E. Stern, and Y. Lerer of the IAA
Northern Region Office for their tremendous efforts to make this project feasible. Z.
Greenhut, G. Avni and U. Dahari of the IAA assisted in pre-planning the project. Thanks
are due to Y. Rimon and S. Halvani from Qibbuz Yehi‘am and N. and R. Reuven from
Moshav Manot for their hospitality. Last, but not least, we thank S. Dorfman, director of the
IAA and the late Dan David, for initiating the project and underwriting the survey and
excavation season.
The Manot Cave was discovered in 2008 during construction activities that
damaged its roof. Immediately thereafter, a team from the Cave Research Unit of
the HUJI visited the cave and reported the findings of a human skull and other
archaeological remains to the IAA. A short archaeological survey ensued (License
No. S-59/2008), conducted by O. Marder and H. Khalaily and a spectacular cave
with active speleothems was documented, containing rich archaeological remains
(Fig. 1). Following these discoveries, the IAA and TAU decided to initiate a pilot
excavation season. This report presents the preliminary results of the field survey
and the excavation season.
The cave is located in the western Galilee, in a landscape characterized by low
limestone hills of late Cenomanian formation (c. 300 m asl) and fresh water
sources. The environment is Mediterranean Woodland vegetation, including open
park forests and the annual precipitation average is c. 600–700 mm. The site is
located c. 10 km north of Hayonim Cave and c. 50 km northeast of the Mt. Carmel
cave sites (Fig. 2).
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The cave consists of an elongated hall (length 80 m, width 10–25 m) and two
lower chambers that are connected to it from north and south (Fig. 3).
The main hall is divided into three zones: a western talus, a plain and an eastern
talus. Rock falls and active stalagmites apparently blocked the initial entrance to
the cave at the far end of the western talus. This blockage sealed the cave for a
period of at least 15,000 years, as the most recent archaeological remains
identified in the excavation are dated to the Early Epipalaeolithic period.
The 2008 Survey
Due to unsuitable logistical conditions, including deficiency in oxygen inside the
cave and the absence of proper lights, the survey was brief (one working day),
focusing on the general characteristics of the site. The most obvious observation
referred to the cave being blocked by rock falls and probably having two
entrances, attested by two taluses; a small and moderate one in the east and a
massive steep one in the west.
Twelve archaeological find spots, containing diagnostic lithic artifacts, charcoal
pieces and faunal and human remains, were plotted. Notable among the lithic
components were Middle and Upper Palaeolithic tools and cores (Figs. 4, 5). The
tools consisted of a Levallois point (Fig. 4:1), typical of the Mousterian culture
(Hovers E. 2009. The Lithic Assemblages of Qafzeh Cave. New York). The Upper
Paleolithic component included burins (Fig. 5:1), bladelets (Fig. 5:2, 3),
overpassed blades (Fig. 5:5). Notable are Aurignacian tools (Belfer-Cohen A. and
O. Bar-Yosef 1981 The Aurignacian at Hayonim Cave. Paléorient 7/2:19–42),
such as nosed and carinated endscrapers (Figs. 5:4, 6). This notion was further
supported by a polished bone pendant (Fig. 5:7).
Faunal preservation in the cave seemed excellent. Complete skeletal elements of
large mammals, such as fallow deer, red deer, mountain gazelle, horse, aurochs,
hyena and bear, were observed (Fig. 4:2), as well as microfauna.
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Although collected prior to the survey, the location of the human skull was plotted
and a preliminary lab work conducted by one of the authors (I.H.) identified this
incomplete calvarium as an anatomically modern human.
The 2010 Excavation Season
The excavation was conducted in three areas, opened adjacent to potential find
spots identified in the 2008 survey. Other objectives carried out during the
excavation included a comprehensive field survey in and outside of the cave,
documentation and collection of seven finds pots of bone accumulations,
recognized in the 2008 survey, by the archaeozoological team, a geological
exploration and documentation of the cave, including sampling speleothemes for
further lab research, and a sedimentlogical study of several localities, including
the excavation areas, for assessing post-depositional processes.
The excavation areas
Area A is located on a relatively flat surface between the two taluses, which is the
lowermost part in the cave hall (Fig. 3). The surface is characterized by rock falls
and active stalagmites, embedded in thick accumulation of mud. A total of 12 sq m
had been excavated. The finds from this area included mainly flint items, as well
as a few bone fragments. It was noted that the density of the finds increased with
depth. The lithic component consisted of Middle and Upper Paleolithic finds. The
former is represented by Levallois flakes and tools, while the latter by blade cores
and blanks.
Area B is located on the uppermost part of the western talus, which is the closest
location to the postulated natural entrance to the cave. The area is characterized
by massive rock fall accumulation. Most of the effort in this season was
concentrated in a narrow tunnel probe (length c. 5 m) that reached c. 2 m below
the surface. In addition, a trial zone (4 sq m) was excavated inside the grid. The
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finds from this area included flint items, animal and human bones and the lithic
component consisted of Epipalaeolithic finds, namely Kebaran.
Area C was located on a steep slope toward the end of the western talus, where
an exposure of Upper Palaeolithic horizon was identified in the 2008 survey. The
surface was sealed by a flowstone that derived from a massive stalagmite to the
north (Sqs N-O 64–65). A total of 5 sq m were excavated and the stratigraphy is
very complex; it consists of at least two layers and several units. The finds in Area
C are plentiful, including flint artifacts, groundstone items, animal and human
bones and charcoal. Most of the material was retrieved from the upper unit, but
several items were collected from an exposure of the lower unit. Regardless of
stratigraphy, the Upper Palaeolithic tools display characteristics of both lithic
traditions, Ahmarian and Aurignacian.
The Faunal Remains
The most conspicuous feature of the archaeology of Manot Cave may be the
numerous accumulations of well-preserved animal bones on the surface, adjacent
to the cave's walls. The concentrations (hence ‘find spots’) greatly differ in size
and topography, as some are clearly the accumulation of fluvial transport,
composed of bones and lithic artifacts, presumably from archaeological layers
within the cave, while others are devoid of lithics and are found on topographically
higher places.
Seven find spots composed mainly of faunal remains were documented and
collected or sampled during the 2010 season, to study their taphonomy and
compare them to the faunal samples originating from the stratified archaeological
deposits.
Preliminary field observations stress the difference between the bones collected at
these find spots and the faunal remains from the stratified Paleolithic levels of the
cave, mainly Area C. The bones from the find spots are less frequently associated
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with lithic items and are usually found at or near the surface, sometimes along
streams. They also exhibit more complete and clear carnivore gnawing marks.
The ungulate species are the same as in Area C (Gazella, Dama, Cervus,
Capreolus, Capra and Bos), but it seems that more large carnivore remains are
found in the find spots, whereas more small game (tortoise, hare, fox) are found in
Area C. It appears that both hominins and large carnivores, probably bear and/or
hyenas (see Fig. 4:2) played a significant role in creating the faunal assemblages
of Manot. According to the current available evidence, it is possible that
anthropogenic and carnivore deposits in the cave are spatially segregated. A
detailed taphonomic analysis and comparison of the find spots and the Paleolithic
faunas at Manot are needed to discern the agents of accumulation and post-
accumulation processes of the bone concentrations. This will enable us to draw
inferences on Upper Paleolithic subsistence and ecology.
The fieldwork at Manot shows great research potential. The archaeological finds
recovered so far attest to a cave inhabited from the Middle Paleolithic through the
Epipalaeolithic periods (250,000–15,000 BP), when it was naturally blocked.
The characteristics and composition of chipped stone tools, animal bones and
bone tools suggest that occupation in the cave was intensive during the Upper
Palaeolithic period. The cave has a prelatic morphology and probably included a
small entrance and two natural terraces inside it, where most of the human
activities likely occurred.
When unoccupied by humans, the cave was apparently used intermittently by
carnivores, as attested by concentrations of long bones along the cave walls.
Speleothems located throughout the cave include some massive clusters in the
center of the cave that predated the human occupation. The highly potential
speleothems research can be used for dating the human occupations by U-Th and
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for isotopic research that could be helpful for reconstructing the paleoclimate in
the cave.
In sum, the excavation project at Manot is expected to shed light on one of the
most important phases in the history of mankind, the surrounding faunal world and
the climate and environment men had to cope with in the Eastern Mediterranean
region.
1. Active speleothems inside Manot Cave, looking northwest.
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2. Location of Manot Cave and other prehistoric caves in northern Israel.
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3. Plan of excavation areas; red circles represent find spots.
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4. A Mousterian point (Middle Palaeolithic) and a carnivore canine from the 2008 survey.
5. Upper Palaeolithic finds from the 2008 survey.
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