Assessment of Land Resources Potentiality for Agricultural Development at Wadi Al-Mogadam Area, Sudan
Mogadam area. It includes characterization of land resources and
comments on the potentiality of the different set up of land resources for
agricultural development, on an integrated approach. The main land use
categories were identified and delineated in the area using remote sensing
data. The geological setting of the area was identified and the main
geological units were described. Hydrological characteristics and water
quality of the area was also reported, based on previous studies and recent
field checks. Main physiographic units were delineated and associated
soils were characterized and assessed for agricultural production. The
study indicated that the northern rocky lands, hills, mountains, dune lands
and sand pedi plains are not suitable for arable farming and have poor
carrying capacity for grazing. The pedi plains, the basins and the eroded
plains are not suitable for rain-fed farming, but conditionally suitable for
irrigated farming, with poor carrying capacity for grazing. Wadi Al-
Mogadam flood plain lands are marginally to moderately suitable for rainfed
farming and are moderately to highly suitable for irrigated farming.
The carrying capacity for grazing is fair along the wadi.
Adam, H.S. 2002. Agricultural Climate. Printing and publication
establishment of Gezira University. Wad medani, Sudan.
BONIFICA. 1986. Hydrological studies and investigations in northern
Sudan. Supporting reports nos. 17 and 18. The reconnaissance
studies along Wadi Mugaddam. AGRO – SOCIC –ECONOMY.
National water corporation. Ministry of energy and mining,
Khartoum – Sudan. BONIFICA S.P.S Consulting Engineers.
IRI.ITALSTAT Group. Rome, Italy.
Doka, A.M. 1980. Remote sensing for monitoring soil resources and areas
affected by desertification in central Sudan: Proceedings of Sudan
symposium and workshop on remote sensing. RSI, SDSU. USA.
El Hag, M. M. 1984. Study of desertification based on land sat imagery.
Ph.D. Thesis University of Ghent Germany.
Hellden, U. 1984. Drought impact monitors –a remote sensing study of
desertification in Kordofan, Sudan. Lund’s University. Nature
geographic Institute, Papporter Och Notiser No 61pp
Kevie, W. van Der. 1976. Climatic zones in the Sudan. Ministry of
agricultural, fisheries and forestry. Soil survey administration.
Wad Medani, Sudan.
Khartoum Company for Irrigation. 2000. The study of Wadi Al-Mogadam
project. Ministry of engineering affairs. Khartoum State, Sudan.
Meissner, B.,and Ripke, U. 1993. Examples of remote sensing
cartography in arid and semi-arid regions. Cartography results of
the spatial research project university of Berlin.
Shiryan Al-Shamal Endowment Co. 2000. Geological and geophysical
study for the al-rahmah canal route. The coordination unit for
Wadi Al-Mogadam. Khartoum, Sudan.
Yagoub, Y.A., and Fadl Elmula, M. 1980. Application of land sat for
deterioration of land resources and desertification monitoring.
Proceeding of Sudan symposium and workshop on remote
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