Agricultural Water Conservation: Tools, Strategies, and Practices - Series II

Drought and climate change have decreased water availability for agriculture in arid and semiarid regions, and therefore efficiency enhancements in irrigation water management aimed at conserving water are key to adjust to limits in water supply, as well as improve the profitability and sustainabili...

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Other Authors: Montazar, Aliasghar (Editor)
Format: Electronic Book Chapter
Language:English
Published: Basel MDPI - Multidisciplinary Digital Publishing Institute 2023
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DOAB: description of the publication
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520 |a Drought and climate change have decreased water availability for agriculture in arid and semiarid regions, and therefore efficiency enhancements in irrigation water management aimed at conserving water are key to adjust to limits in water supply, as well as improve the profitability and sustainability of agricultural production. Agricultural water management tools and practices that reduce water uses with acceptable impacts on crop production are viable strategies required to cope with diminished water supplies and generate new sources of irrigation water. This Special Issue focuses on "Agricultural Water Conservation: Tools, Strategies, and Practices", which aims to bring together a collection of recent cutting-edge research and advancements in applied agricultural water conservation. It provides a broad overview focusing on irrigation decision support systems, drought management plans, deficit irrigation strategies, soil mulching, surface and subsurface drip irrigation, conservation tillage, and optimal water and fertilizer management practices. 
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650 7 |a Biology, life sciences  |2 bicssc 
653 |a drought stress 
653 |a protein content 
653 |a rainfed 
653 |a yield stability 
653 |a wheat 
653 |a water quality 
653 |a agro-ecological wetland 
653 |a irrigation 
653 |a nutrients 
653 |a ecological status 
653 |a drought 
653 |a water scarcity 
653 |a risk-based approach 
653 |a drought management plan 
653 |a assessment protocol 
653 |a river basin scale 
653 |a rice 
653 |a water footprint 
653 |a nutrient use efficiency 
653 |a productivity 
653 |a profitability 
653 |a benefit-cost ratio 
653 |a physiological traits 
653 |a rainwater harvesting system 
653 |a rain-fed conditions and ridge-furrow mulching 
653 |a correlation 
653 |a environment 
653 |a humic acid 
653 |a PCA analysis 
653 |a rain-fed 
653 |a wheat varieties 
653 |a mulching 
653 |a spearmint 
653 |a yield 
653 |a ecophysiology 
653 |a essential oil 
653 |a hydrogel 
653 |a irrigation deficit 
653 |a mandarin 
653 |a proline 
653 |a irrigation emitter 
653 |a hydraulic performance 
653 |a energy dissipation mechanism 
653 |a structural design 
653 |a computational fluid dynamics 
653 |a food-water-energy nexus 
653 |a nitrate leaching 
653 |a precision agriculture 
653 |a water productivity 
653 |a irrigation management 
653 |a soil moisture 
653 |a potato fertigation 
653 |a leaf area index 
653 |a root mass density 
653 |a real water productivity 
653 |a field water balance 
653 |a subsurface pipe drainage 
653 |a soil salinity 
653 |a saline groundwater 
653 |a winter wheat 
653 |a numerical simulation 
653 |a cowpea 
653 |a deficit irrigation 
653 |a zinc 
653 |a amino acid 
653 |a biofortification 
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