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The use of the microcatchment water harvesting for fodder shrub production
The Badia constitutes about 90% of the total land area of Jordan, which is 89 342 km2. Its average annual rainfall is < 200 mm. The area with annual rainfall of 100–200 mm is considered the promising rangeland for ...
Microcatchment water harvesting systems for fruit trees and shrubs
This report will focus on results of 2004/05 and 2005/06 seasons in which the conventional handmade microcatchment was compared to the mechanized one through research done at the Jordan University of Science and Technology site.
Rehabilitation and Integrated Management of Dry Rangelands Environments with Water Harvesting
The Central and West Asia and North Africa (CWANA) region encompasses large areas of arid and semi-arid zones. These zones may be defined as areas where rainfall, relative to the level of evapotranspiration, is inadequate ...
Mechanization of transplanting shrubs seedlings and contours laser guiding for Vallerani system
In relevance to the project objectives and expected outputs, the reported research aimed at introducing a mechanized transplanting technique to the WH system to reduce costs and time of establishment of fodder shrubs, thus ...
Benchmarks Database Development: the Badia research site
This report is a documentation of data gathered during the project for the Badia Benchmark, organized in a way to facilitate the on of various disciplines. The purpose is, to facilitate the use of this data for better ...
Selection and Characterization Of the Badia Benchmark research site
How suitable an area is for WH depends on local society, farming practices, and whether the area meets the basic technical requirements of the WH system in question. When planning such systems, appropriate data must be ...