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Reclamation of saline soils is largely dependent on the provision of effective drainage and the availability of good-quality irrigation water so that salts can be leached from the soil. If the natural soil drainage is inadequate to accommodate the leaching water, an artificial drainage network must be installed. Many of these soils are fertile and if irrigated, can be among the most productive soils in the world.

Rainwater harvesting using rock, large trees and roof catchments. Smart water management is not just about how water is delivered but also when, how often, and how much. This involves knowing the crop water requirements and monitoring the soil moisture conditions by physical inspection or use of tensiometers.

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This is relying on soil moisture to produce crops during the dry season. Increased soil organic matter and better forage cover are also water-saving benefits of rotational grazing. Mulch is a material spread on top of the soil to conserve moisture.


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  • Water Scarcity and Sustainable Agriculture in Semiarid Environment;

These are crops planted to protect soil that would otherwise go bare. This allows water to more easily penetrate the soil and improves its water-holding capacity. Irrigation Strategies for Mango Mangifera indica L.


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Avocado Persea americana Mill. Section 3: Physiological and Molecular Responses to Drought Fruit Response to Water-Scarcity Scenarios.

Adaptation to drought in arid and semi-arid environments: Case of the Zambezi Valley, Zimbabwe

Water Relations and Biochemical Changes Genetic Improvement of Grapevine Vitis vinifera L. Under Water- Scarcity Scenarios Ivan Francisco Garcia Tejero works in the IFAPA in the field of sustainable management of water resources for over 13 years, focusing on both extensive rainfed agriculture through agriculture-related conservation techniques; and in the implementation and development of deficit irrigation strategies in tree crops citrus, almonds, grapes, or stone fruit, etc. He has made numerous studies of different tools for optimal use of water resources in agriculture including soil moisture sensors or sensors plant dendrometry.

In recent years, he has developed different methodologies for optimizing infrared thermography in the management of water stress and selection of varieties of crops resistant to abiotic stress.

Ecological engineering for sustainable agriculture in arid and semiarid West african regions

His work focuses on two lines of basic research: sustainable management of water from an agricultural point of view, focusing on such practices to maximize production levels and quality water shortages; and the application of plant physiology as a starting point for monitoring crops water status. He deals with land- and water-management interventions in Mediterranean agroforestry systems, with the aim of preventing, reducing or recovering losses of soil, water, and biodiversity.


  1. A First Course in Harmonic Analysis.
  2. Adapting to climate change?
  3. Systems Analysis in Forest Resources: Proceedings of the Eighth Symposium, held September 27–30, 2000, Snowmass Village, Colorado, U.S.A. (Managing Forest Ecosystems).
  4. Impact of climate change on arid lands agriculture.
  5. Description.
  6. Ecology and Society: Sustainable Small-Scale Agriculture in Semi-Arid Environments.
  7. Precision farming for increased land and labour productivity in semi-arid West Africa. A review?
  8. In terms of knowledge and research, the focus is on sustainable land management, specifically: land-degradation processes; conservation measures and interventions at both field and watershed scale; and the harmony of sustainable management practices that encourage productivity, climate-change mitigation, soil quality, and water-use efficiency.

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    Impact of climate change on arid lands agriculture | Agriculture & Food Security | Full Text

    Thanks in advance for your time. The integration of aquaculture with agriculture IAA constitutes a promising solution since it allows the reuse of water and nutrients to offset production costs while promoting greater sustainability in desert areas.

    Such systems seem to be easily adopted by farmers since the cost for inputs decreases and revenues are raised through both marine and agricultural products exploitation. The study looks into a complete on-farm management system that uses several types of water for irrigation purposes. Three types of irrigation systems are applied drip irrigation system, sprayers and bubblers.

    Description

    The objectives of the study are: a Seed production of asparagus, maize, quinoa, eggplant and okra with freshwater, b Brine water from RO unit, aquaculture effluents and mixed brine water with groundwater are used to grow different salt-tolerant annual and perennial forages such as Sporobolus arabicus, Distichlis spicata, Sporobolus virginicus, Passpalum vaginatum, c Soil and water is monitored for salts and other heavy metals or residues, d Based on investment costs and revenues yield in this case cost benefit analyses will be conducted to examine the economical feasibility of a land-based IAA applied in a marginal environment and e Selected Salicornia bigelovii populations are evaluated under two water regimes RO- and aquaculture-brine and irrigation systems bubblers, sprinklers.

    The aquaculture set-up comprises of fish, sedimentation and seaweed tanks in sequential manner. The aquaculture system operates as follows. The brine water from RO-unit is directed to fish tanks. Then, fish wastewater flows to sedimentation tanks so that suspended solids can be removed naturally because of gravity. This partially filtered wastewater flows in the tanks where seaweeds grow.