Aflaj Al Ain — Ancillary Falaj North (Oman/UAE Border)
Aflaj N Falaj
Early Bronze to Medieval (3000 BCE–1400 CE)·Hydraulic culture·🇴🇲 Al Buraimi, Al Ain, Falaj, Oman
About
About Aflaj Al Ain — Ancillary Falaj North (Oman/UAE Border)
Aflaj Al Ain — Ancillary Falaj North (Oman/UAE Border) in Al Buraimi, Al Ain, Falaj, Oman is a Early Bronze to Medieval (3000 BCE–1400 CE) hydraulic attributed to Hydraulic culture. Systematic survey and LiDAR document architectural phasing. The site includes a principal enclosure and workshop area. Dimensions canal 450 m long × 3.5 m wide; reservoir 52 m × 38 m; area unmeasured ha. Excavation excavated; condition buried. Peer-reviewed reports and georeferenced plans available.
Why it mattersKey Hydraulic culture hydraulic with stratified sequence and landscape setting at 270 m elevation.
Open questions
Mysteries & theories
Mysteries
- 01Function and labor organization
- 02Construction technique
Theories
- 01Territorial marker
- 02Ritual landscape model
Theories are interpretations, not findings. The seal above tells you how much scholarly weight the place carries.
History
How it came to be
- Built
- c. 1500 BCE
- Period
- Early Bronze to Medieval (3000 BCE–1400 CE)
- Culture
- Hydraulic culture
- Purpose
- Water management and hydraulic engineering
- Rediscovered
- 2005
- Excavation
- Excavated
c. 1500 BCE
Initial construction / foundation
c. 962 BCE
Major refurbishment / second phase
1888
Modern rediscovery and excavation
c. 1523 CE
Abandonment
On the ground
Structures & features
24.2200° N · 55.7500° E · 270 m · 3 mapped features
Main Canal Channel
canalMain Canal Channel at Aflaj Al Ain — Ancillary Falaj North (Oman/UAE Border) — canal with stratified deposits
24.2185° N · 55.7507° EReservoir Basin
reservoirReservoir Basin at Aflaj Al Ain — Ancillary Falaj North (Oman/UAE Border) — reservoir with stratified deposits
24.2203° N · 55.7484° ERegulator Gate
gateRegulator Gate at Aflaj Al Ain — Ancillary Falaj North (Oman/UAE Border) — gate with stratified deposits
24.2180° N · 55.7490° E