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Catégories principales > 07 - ENVIRONNEMENT > 7.3 - Eau. Gestion de l'Eau
7.3 - Eau. Gestion de l'Eau |
Documents disponibles dans cette catégorie (1398)

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K. Daudin ; G. Belaud ; C. Leauthaud ; Z. Bouzidi ; C. Lejars |The vulnerability of irrigated systems in areas coping with water scarcity has boosted the demand for information and communication technologies (ICTs), e.g. tools and services derived from field sensors or satellite data. ICTs are promising too[...]![]()
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This pioneering study employs the Water-Energy-Food-Environment Nexus (WEFEN) framework to evaluate the sustainability of various wheat irrigation systemsfurrow (FI), sprinkler (SI), and drip irrigation (DI)by integrating renewable energy (sol[...]![]()
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Rainfed agriculture, sustaining billions globally, faces escalating threats from climate change, yet the role of green water (soil moisture) in quantifying these risks remains critically understudied. We quantify green water scarcity (GWS)insuf[...]![]()
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Water scarcity, environmental factors, and climate change significantly impact agricultural productivity, making efficient irrigation strategies essential for sustainable crop production. The aim of this study is to determine how different soil [...]![]()
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C. Ceseracciu ; C. Ceseracciu ; T.P.L. Nguyen ; R. Deriu ; G. Branca ; A.-E.K. Vozinaki ; G.P. Karatzas ; T. Mellah ; H. Akrout ; U. Yildirim ; Mehmet A. Kurt ; S. Jomaa ; A. Carletti ; P.P. Roggero |This study focuses on groundwater governance in Mediterranean socio-ecological systems, where anthropogenic and climate-related pressures lead to issues such as overexploitation, salinisation, and pollution, particularly in coastal areas. It pro[...]![]()
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The increasing severity of water scarcity in southern Europe, caused by climate change, requires advanced and more efficient approaches to agricultural water management. In particular, in this paper, we address this problem for olive groves-a co[...]![]()
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Sustainable water management requires integrated approaches balancing competing demands and environmental sustainability. This study introduces the Sustainable Water Optimization Tool (SUWO), an open-source, Python-based simulation-optimization [...]![]()
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A. Manzoni ; M. Hamam ; G. Pastorelli ; L. Servadei ; S. Chiappini ; A. Pesce ; S. Tarangioli ; R. Pergamo |Among its various targets on restoring natural habitats and ecosystems in the EU, the recently adopted Nature Restoration Law (NRL) introduces ambitious targets for restoring surface water bodies (SWBs) as well. Simultaneously, the Italian CAP S[...]![]()
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I. El Fartassi ; A.E. Milne ; H. Metcalfe ; R. El Alami ; A. Diarra ; V. Alonso-Chavez ; J. Zawadzka ; T.W. Waine ; R. Corstanje |The study presents an agent-based modelling framework that integrates behavioural and biophysical models to investigate shared irrigation water management in an arid region. The behavioural model simulates farmers' decisions about their water ir[...]![]()
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The agricultural sector is recognized as particularly vulnerable to the effects of climate change. In semi-arid areas, the performance and durability of irrigated systems are often difficult to manage. Understanding agriculture's response to wat[...]![]()
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Water-Regulating Ecosystem Services (WRES) play a crucial role in maintaining water quality and preventing soil erosion, particularly in watershed areas that are vulnerable to Land Use Land Cover Changes (LULCC) and climate change. This study fo[...]![]()
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C. Parra-López ; S. Ben Abdallah ; G. Garcia-Garcia ; A. Hassoun ; H. Trollman ; S. Jagtap ; S. Gupta ; A. Aït-Kaddour ; S. Makmuang ; C. Carmona-Torres |This article provides a comprehensive overview of digital technologies for water use and management in agriculture, examining recent applications and future prospects. It examines key water-related challenges - scarcity, pollution, inefficient u[...]![]()
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In recent decades, there has been a massive replacement of flood irrigation with drip irrigation throughout the world. Numerous studies have been published on the efficiency of these techniques in terms of water savings, but few works have paid [...]![]()
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N. Mebrek ; A. Noui ; Z. Guesbaya ; M. Kameli ; R. Hadji |The agricultural region of Biskra, characterized by very low annual rainfall (150 to 200 mm), suffers from limited availability of renewable water resources. These unfavorable natural conditions, combined with the expansion of agricultural activ[...]![]()
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Agricultural water trading is typically considered an effective water management mechanism, and decisions made by agricultural agents highly influence its effectiveness. Agent-based modelling (ABM) simulating agricultural agents in the water tra[...]![]()
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A. Yahya ; Z.Z. Taleb ; M. Errahj ; A. Larbi ; N. Faysse |Depuis leur existence en tant que systèmes agro-écologiques façonnés par lhomme, les oasis de Toudgha ont été constamment aux prises avec des défis de gestion de leau, quelle soit de surface ou souterraine. Pendant des siècles, cela a incité [...]![]()
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Y. Khardi ; Z.Z. Taleb ; A. Imache ; M. Kuper ; S. Bouarfa ; A. Hammani ; G. Lacombe ; A. Taky |Dans les zones oasiennes du Maroc, lagriculture a connu une extension très importante depuis 30 ans en dehors des oasis, basée principalement sur lexploitation des eaux souterraines et stimulée par des politiques agricoles volontaristes. Les o[...]![]()
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Le présent article explore la gouvernance de leau à travers une étude de cas sur la plaine de Berrechid au Maroc. Cette région subit une pression croissante sur ses eaux souterraines, exacerbée par laugmentation des surfaces irriguées (maraîch[...]![]()
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E. Lucca ; D. Kofinas ; T. Avellán ; J. Kleemann ; C.E. Mooren ; M. Blicharska ; C. Teutschbein ; A. Sperotto ; J. Susnik ; S. Milliken ; M. Fader ; D. Dordevic ; T. Dasic ; V. Vasilic ; B. Taiwo ; A. Baubekova ; R. Pineda-Martos ; A. Spyropoulou ; G.F.M. Baganz ; J. el Jeitany ; H.V. Oral ; M. Merheb ; G. Castelli ; A. Pagano ; B. Sambo ; M. Suskevics ; M. Arnold ; T. Radenovic ; A. Psomas ; S. Masia ; I. La Jeunesse ; H. Amorocho-Daza ; S.S. Das ; E. Bresci ; S. Munaretto ; F. Brouwer ; C. Laspidou |Integrated approaches for managing natural resources are said to meet increasing demand for water, energy, and food, while maintaining the integrity of ecosystems, and ensuring equitable access to resources. The Water-Energy-Food (WEF) Nexus has[...]![]()
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Transboundary water disputes arise as nations compete over shared water resources, exacerbated by climate change, socio-economic inequalities, and geopolitical tensions. These disputes, prominent in river basins like the Nile, Euphrates?Tigris, [...]![]()
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CONTEXT Efficient irrigation management must consider multiple aspects of cropping systems, such as productivity, water use efficiency, and economic viability. Crop simulation models like AquaCrop are essential tools for analyzing crop responses[...]![]()
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Y. Ayadi ; M. Gentilucci ; K. Ncibi ; R. Hadji ; Y. Hamed |Groundwater in northwest Tunisia plays a vital role in supporting the domestic, agriculture, industry, and tourism sectors. However, climate change and over-exploitation have led to significant degradation in groundwater quality and quantity. Tr[...]![]()
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The aim of this study is to construct and validate an expert system to predict the adaptation of irrigation technologies, water-saving strategies, and monitoring tools by small-scale farmers in Egypt. The research investigates the impact of econ[...]![]()
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S. Belkher ; B. Latrech ; W. Bekri ; F. Markwordt ; M.A. Rahim ; C. Dupont ; M.A. Ben Abdallah ; H. Daghari ; M. Rezig |In the context of water restriction, the adoption of innovative technology and water saving strategies is crucial to sustainable agriculture production. Thus, we sought to emphasize the contribution of precision irrigation based on Internet of T[...]![]()
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R. Zucaro ; S. Baralla ; A. Arzeni ; A. Bodini ; R. Ciaravino ; N. Salato ; P. Chinnici ; N.G. Fasolino ; E. Pellegrini ; E. Sarzotti ; E. Ascione ; A. Coppola ; M. Ruberto |Irrigation plays a pivotal role in Southern Europe, and its importance is expected to further increase due to rising climatic variability. Concurrently, the European Water Framework Directive (WFD) mandates the safeguarding of water bodies and t[...]![]()
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R. Soula ; A. Chebil ; R. Majdoub ; T. Kahil ; J. Albiac |La gestion durable des aquifères dans les régions arides et semi-arides est cruciale pour assurer la durabilité socio-environnementale. La régulation des prélèvements deau souterraine peut être réalisée à travers plusieurs instruments. La modél[...]![]()
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Efficient water management is critical in addressing the challenges posed by water scarcity and resource sustainability in agriculture. However, the utilization of remote sensing technology to monitor and enhance water productivity in data-scarc[...]![]()
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F. Arslan ; F. Alcon ; S. Kartal ; K. Erdogan ; D.A. Zema |This study explores the patterns of sustainable use and management of competing water sectors in the Alanya Water Users Association (WUA) in Southern Türkiye, over eight years (2013-2020) before the SARS-CoV-19 pandemic, focusing on the impacts [...]![]()
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Fresh-water food production/agriculture for both plants and animals utilizes some 70% of the planets? fresh water, produces some 26% of greenhouse gas emissions and has a longish list of other societal-related issues. Given the developing and ex[...]