3R Jordan

Syrian territory

Details	Transboundary area of the selected sub-catchment in Mafraq, located within Syrian territory.
Provider	Acacia Water
CRS	EPSG:4326
Format	.shp

Catchments

Details	The two selected sub-catchments in Mafraq Governorate. Derived from SRTM 30m Digital Elevation Model (DEM).
Provider	Acacia Water
CRS	EPSG:4326
Format	.shp

200mm rainfall contour

Details	Contour line representing 200 mm of annual average rainfall for the selected sub-catchments in Mafraq Governorate. Data is derived from CHIRPS (Funk et al., 2015)
Provider	Acacia Water
CRS	EPSG:4326
Format	.shp

Water harvesting infrastructure

Details	Locations of water infrastructure within the selected sub-catchments in Mafraq Governorate. The locations of the storage ponds were identified through supervised classification using Landsat 8 imagery (band combination 6, 5, 4) from 2022.
Provider	Acacia Water
CRS	EPSG:4326
Format	.shp

Wadis

Details	Wadis draining the selected sub-catchments in Mafraq Governorate. Derived from SRTM 30m Digital Elevation Model (DEM).
Provider	Acacia Water
CRS	EPSG:4326
Format	.shp

Irrigated area

Details	Irrigated open fields in the selected sub-catchments in Mafraq Governorate. The locations were identified through supervised classification using Landsat 8 imagery (band combination 6, 5, 4) from 2022. To account for variations in crop calendars, imagery from different seasons (Apr., Sept. and Dec.) was used.
Provider	Acacia Water
CRS	EPSG:4326
Format	.shp

3R zones

Details	3R (Recharge-Retention-Reuse) potential zones for the selected sub-catchments in Mafraq Governorate. The zones are based on the biophysical characteristics of the landscape and are linked to 3R interventions suited to the area. More information on the classification can be found here.
Provider	Acacia Water
CRS	EPSG:4326
Format	.shp

Sub-district boundary

Details	Administrative boundaries of Rihab sub-district, Mafraq Governorate
Provider	Open Street Map
CRS	EPSG:4326
Format	.shp

Terracing

Details	Suitability maps showing the biophysical suitability of various soil and water conservation measures that could be implemented in olive orchards in the Rihab sub-district. The suitability score ranges from 1 (low) to 5 (high) and is derived from a multi-criteria analysis based on rainfall, soil depth, hydrological soil group, and slope. More information on the used methodology can be found here.
Provider	Acacia Water
CRS	EPSG:4326
Format	.tiff

Contour bunds

Details	Suitability maps showing the biophysical suitability of various soil and water conservation measures that could be implemented in olive orchards in the Rihab sub-district. The suitability score ranges from 1 (low) to 5 (high) and is derived from a multi-criteria analysis based on rainfall, soil depth, hydrological soil group, and slope. More information on the used methodology can be found here.
Provider	Acacia Water
CRS	EPSG:4326
Format	.tiff

V-shaped microcatchments

Details	Suitability maps showing the biophysical suitability of various soil and water conservation measures that could be implemented in olive orchards in the Rihab sub-district. The suitability score ranges from 1 (low) to 5 (high) and is derived from a multi-criteria analysis based on rainfall, soil depth, hydrological soil group, and slope. More information on the used methodology can be found here.
Provider	Acacia Water
CRS	EPSG:4326
Format	.tiff

Semi-circular

Details	Suitability maps showing the biophysical suitability of various soil and water conservation measures that could be implemented in olive orchards in the Rihab sub-district. The suitability score ranges from 1 (low) to 5 (high) and is derived from a multi-criteria analysis based on rainfall, soil depth, hydrological soil group, and slope. More information on the used methodology can be found here.
Provider	Acacia Water
CRS	EPSG:4326
Format	.tiff

Surface water basins

Details	Surface water basins clipped to the country boundaries of Jordan
Provider	Ministry of Water and Irrigation
CRS	EPSG:28192
Format	.shp

Waterbodies

Hydrogeology

Details	Simplified hydrogeological units of Jordan
Provider	German Jordanian University, Netherlands Enterprise Agency, Stichting Aidenvironment, Water Balance
CRS	EPSG:32637
Format	.shp

RWH suitability zones

Details	Scoping study on the potential of RWH in Jordan. It evaluates existing interventions, identifies suitable technologies and focus basins (North Rift Side Wadis and Azraq), and outlines strategies for implementation based on environmental, social, and hydrological assessments. The study was funded by the Embassy of the Kingdom of Netherlands (EKN) in Amman with support of the Netherlands Enterprise Agency (RVO).The full report can be found here.
Provider	German Jordanian University, Netherlands Enterprise Agency, Stichting Aidenvironment, Water Balance
CRS	EPSG:32637
Format	.shp