Tel Rehov
Also known as: Tell er-Rehob
Modern location: Jordan Valley, Israel|32.4747°N, 35.5094°E
A large site in the Jordan Valley yielding well-stratified Iron Age remains, including the largest Iron Age apiary (beehives) ever discovered with over 180 clay hives. The site also contained an Aramaic text mentioning a list of priestly gifts and references to Dor, Acre, and Harosheth. Tel Rehov provides important data for the chronological debates about the Iron Age IIA period and the nature of the United Monarchy.
The massive apiary at Tel Rehov — the earliest industrial beekeeping operation ever excavated — illuminates the agricultural economy of Iron Age Canaan described in Exodus's 'land flowing with milk and honey.'
Full Detail
Tel Rehov (also Tel Rehob) is a large multi-period mound in the Beth-Shean Valley of northern Israel, about 5 kilometers south of the city of Beth-Shean and west of the Jordan River. The tell covers approximately 10 hectares (25 acres), making it one of the largest ancient mounds in the Beth-Shean Valley. Its position along the route connecting the Jordan Valley to the Jezreel Valley and the coastal plain gave it strategic importance throughout antiquity.
The site has been identified with biblical Rehob, mentioned in Joshua 19:28 and 19:30 as a city in the territory of the tribe of Asher, and in Judges 1:31 as a Canaanite city whose inhabitants the Israelites failed to drive out. It also appears in Egyptian topographical lists from the New Kingdom period (15th-12th centuries BCE), confirming its importance in the Late Bronze Age political landscape.
Excavations at Tel Rehov have been conducted by Amihai Mazar of the Hebrew University of Jerusalem since 1997, in one of the most significant and productive archaeological projects in Israel. The excavation has exposed substantial remains from the Late Bronze Age through the Iron Age IIA period (roughly 13th through 9th centuries BCE), providing crucial data for the ongoing archaeological debate about the chronology of the Israelite monarchy and the transition from Canaanite to Israelite culture.
The Late Bronze Age (c. 1400-1200 BCE) strata at Tel Rehov reveal a prosperous Canaanite city with well-built domestic architecture, storage facilities, and imported Cypriot and Mycenaean pottery. Egyptian scarabs and other Egyptian-influenced objects reflect the site's position within the Egyptian imperial sphere during the New Kingdom. A destruction layer at the end of the Late Bronze Age may correspond to the upheavals associated with the collapse of the Bronze Age Mediterranean world around 1200 BCE.
The Iron Age I levels (c. 1200-1000 BCE) show continuity of Canaanite material culture with gradual changes. This finding is significant for understanding the Israelite settlement process, as it suggests that the transition from Canaanite to Israelite culture in the Beth-Shean Valley was gradual rather than sudden. The judges 1:31 notation that the tribe of Asher "did not drive out the inhabitants of Beth-Shean or the inhabitants of Rehob" finds resonance in this archaeological picture of cultural continuity.
The most spectacular and internationally famous discovery at Tel Rehov is an Iron Age apiary (beekeeping installation) dating to the 10th-9th century BCE. Excavators found approximately 30 cylindrical clay beehives arranged in rows within a building, each about 80 centimeters long and 40 centimeters in diameter, with a small hole at one end for the bees to enter and a removable lid at the other end for harvesting honey. Analysis of the beeswax residue confirmed that these were genuine beehives, and entomological study of bee remains found that the species kept was Apis mellifera anatoliaca, the Anatolian honeybee, rather than the local Syrian bee. This suggests that the inhabitants of Rehov imported a non-native bee breed, perhaps because it produced more honey or was less aggressive.
The apiary at Tel Rehov is the oldest and most extensive example of organized beekeeping ever found in the ancient Near East. Estimates suggest the installation could have housed over a million bees and produced up to 500 kilograms of honey per year. The discovery provides tangible evidence for the biblical description of Israel as "a land flowing with milk and honey," demonstrating that honey production was not merely metaphorical but an actual agricultural industry in Iron Age Israel.
Radiocarbon dating of organic materials from the Iron Age levels at Tel Rehov has been central to one of the most important chronological debates in biblical archaeology. Mazar used radiocarbon dates from Tel Rehov to support the "Modified Conventional Chronology" for the Iron Age, which places the transition from Iron Age I to Iron Age IIA around 980 BCE, consistent with a historical United Monarchy under David and Solomon. This position contrasts with the "Low Chronology" advocated by Israel Finkelstein of Tel Aviv University, which dates the same transition about 50-80 years later and reduces the archaeological footprint of the United Monarchy. The Tel Rehov radiocarbon dates, analyzed in collaboration with the Weizmann Institute of Science, have been among the most important scientific data in this ongoing debate.
The site also yielded a unique cuneiform tablet from the 14th century BCE and several important inscriptions from the Iron Age, including seal impressions and incised pottery.
Key Findings
- Oldest and most extensive ancient apiary (beekeeping installation) ever found, with approximately 30 clay beehives from the 10th-9th century BCE
- Bee remains identified as the imported Anatolian honeybee (Apis mellifera anatoliaca), not the local species
- Radiocarbon dates central to the debate over Israelite chronology and the historicity of the United Monarchy
- Late Bronze Age destruction layer possibly related to the collapse of the Bronze Age Mediterranean world c. 1200 BCE
- Iron Age I cultural continuity supporting Judges 1:31's notation that Canaanite inhabitants were not driven out
- Egyptian scarabs and New Kingdom-period objects confirming the site's position within Egyptian imperial control
- Installation could house over a million bees and produce up to 500 kg of honey annually, tangible evidence for 'a land flowing with milk and honey'
Biblical Connection
Tel Rehov is mentioned by name in two biblical passages. Joshua 19:28 lists Rehob among the towns assigned to the tribe of Asher as part of the division of the land after the conquest. Judges 1:31 records that the tribe of Asher failed to drive out the inhabitants of Rehob, along with several other Canaanite cities, suggesting that the city retained a non-Israelite population into the early period of the judges. The industrial apiary at Tel Rehov illuminates one of the Bible's most repeated descriptions of the promised land as a place flowing with milk and honey. This phrase appears more than twenty times in the Old Testament, beginning with Exodus 3:8, where God describes the land he is giving to Israel. The discovery of large-scale honey production at a northern Israelite city in the Iron Age shows that honey was indeed a major agricultural product in this region, not merely a poetic image. Honey from beekeeping, as well as honey derived from dates and figs, was a genuine part of the economy of ancient Canaan and Israel. The apiary at Tel Rehov gives concrete, physical evidence that the Bible's description of the land's agricultural richness was grounded in real conditions.
Scripture References
Discovery Information
Sources
- Mazar, Amihai et al. 'Iron Age Beehives at Tel Rehov in the Jordan Valley.' Antiquity 82 (2008): 629-639.
- Mazar, Amihai. 'The Iron Age Chronology Debate: Is the Gap Narrowing?' Near Eastern Archaeology 74.2 (2011): 105-111.
- Bloch, Gideon et al. 'Industrial Apiculture in the Jordan Valley During Biblical Times with Anatolian Honeybees.' Proceedings of the National Academy of Sciences 107 (2010): 11240-11244.
- Mazar, Amihai. 'Tel Rehov.' In The New Encyclopedia of Archaeological Excavations in the Holy Land, Supplementary Volume. Jerusalem: Israel Exploration Society, 2008.
Sources: Published excavation reports · ISBE Encyclopedia (Public Domain) View all →