Future Agricultural Water Availability in Mediterranean Countries under Climate Change: A Systematic Review
Abstract
:1. Introduction
1.1. Climate Change Impacts on Mediterranean Water Resources
1.2. Motivation
2. Methodology and Gathered Data
Bibliometric Analysis
3. Water Resources and Climate Change
4. Future Water Availability in Mediterranean Countries
4.1. Spain
4.2. Portugal
4.3. Other European and Northern African Countries
5. Adaptation Plans and Tools
6. Discussion and Conclusions
Author Contributions
Funding
Acknowledgments
Conflicts of Interest
References
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Databases | Websites | Access Date | Search Equation |
---|---|---|---|
Scopus and Web of Science | https://www.scopus.com / https://webofscience.com | 10 January 2024 | (“south* europe” OR mediterranean) AND (water OR irrigation) AND (agriculture OR crop* OR viticulture OR olive OR maize OR wheat OR almond OR corn) AND (“clima* change”) |
30 January 2024 | (“south* europe” OR mediterranean) AND (water OR irrigation) AND (agriculture OR crop* OR viticulture OR olive OR maize OR wheat OR almond OR corn) AND (“clima* change”) AND (“crop* model*” OR “hydro* model*”) |
Subject Areas | Keywords |
---|---|
“Environmental Science” “Agricultural and Biological Sciences” “Earth and Planetary Sciences” “Multi- disciplinary” | “Adaptation”, “Adaptive Management”, “Agriculture”, “Agricultural Irrigation/Modeling/Production”, “Agronomy”, “AquaCrop”, “Climate”, “Climate Change”, “Climate Change Projections/Scenarios/Impact”, “Climate Conditions/Effect/Variation”, “Climate Models/Modeling/Modelling”, “Crop(s)”, “Crop Model/Modeling/Modelling”, “Crop Plant/Production/Yield”, “Cultivation”, “Drought(s)”, “Drought Stress”, “Evapotranspiration”, “Flowering”, “Future Climate”, “General Circulation Model”, “Global Change/Warming”, “Growth”, “Growing Season”, “Hydrological Model/Modeling/Modelling”, “Hydrology”, “Irrigated Agriculture”, “Irrigation”, “Irrigation Requirements/System”, “Numerical Model”, “Precipitation”, “Productivity”, “Rain”, “Rainfall”, “Rainfed Agriculture”, “Reservoirs (water)”, “Reservoir Management”, “Runoff”, “Seasonal Variation”, “Soil Water”, “Soil and Water Assessment Tool”, “STICS”, “SWAT”, “SWAT Model”, “Vitis”, “Water”, “Water Availability/Conservation/Demand/Resource(s)/Scarcity”, “Watershed(s)”, “Water Stress/Supply/Use”, “Water Use Efficiency”, “Wheat”, “Yield”, “Yield Response” |
Categories | Citation Topics Meso | Citation Topics Micro | Research Areas |
---|---|---|---|
“Environmental Sciences” “Agronomy” “Water Resources” “Agriculture Multidisciplinary” “Computer Science Interdisciplinary Applications” “Meteorology Atmospheric Sciences” | “Oceanography, Meteorology & Atmospheric Sciences” “Crop Science” “Soil Science” “Climate Change” “Water Resources” “Crop Protection” “Environmental Sciences” | “Evapotranspiration” “Grain Yield” “Water Governance” “Groundwater” “Climate Change Adaptation” “Growth Regulation” “Stormwater” “Climate Security” “Reservoir Operation” “Science Communication” “Heat Waves” | “Agriculture” “Water Resources” “Meteorology Atmospheric Sciences” |
Refs. | Year | Studied Areas | Topic | Refs. | Year | Studied Areas | Topic |
---|---|---|---|---|---|---|---|
[34] | 1989 | Africa | (1) | [60] | 2019 | Tâmega Basin (Portugal) | (2); (3) |
[35] | 1999 | Worldwide | (1) | [61] | 2023 | Côa Basin (Portugal) | (4) |
[36] | 2000 | Worldwide | (1) | [62] | 2017 | Vale do Gaio reservoir (Portugal) | (4) |
[37] | 2003 | Worldwide | (1) | [63] | 2020 | Alentejo (Portugal) | (2); (5) |
[38] | 2003 | Worldwide | (1) | [65] | 2010 | Southern Italy | (2) |
[39] | 1999 | Europe | (1) | [67] | 2012 | Northern Italy | (2) |
[40] | 1985 | None | (1) | [68] | 2018 | Gediz Basin (Turkey) | (2) |
[41] | 2002 | Worldwide | (1) | [69] | 2019 | Gediz Basin (Turkey) | (2) |
[42] | 2002 | Worldwide | (1) | [71] | 2020 | Nebhana dam (Tunisia) | (4) |
[43] | 2004 | Worldwide | (1) | [72] | 2022 | Haouz Plain (Morocco) | (4) |
[44] | 2007 | Worldwide | (1) | [73] | 2017 | Algarve (Portugal) | (2) |
[45] | 1999 | Mediterranean countries | (1) | [74] | 2023 | Sorraia Basin (Portugal) | (5) |
[46] | 2002 | Mediterranean countries | (1) | [75] | 2019 | Southern Europe | (5) |
[47] | 2007 | Mediterranean countries | (1) | [76] | 2021 | Europe | (6) |
[48] | 2013 | Mediterranean countries | (5); (3) | [77] | 2024 | Akmese dam (Turkey) | (6) |
[49] | 2011 | Catalonia (Spain) | (3) | [78] | 2017 | Lake Beyşehir (Turkey) | (6) |
[51] | 2013 | Ebro Basin (Spain) | (3); (6) | [79] | 2021 | Sardinia (Italy) | (2) |
[53] | 2010 | Northeast Spain | (2); (3) | [80] | 2019 | Central Spain | (2) |
[54] | 2015 | Ebro Basin (Spain) | (4) | [81] | 2013 | Hérault Basin (France) | (6) |
[56] | 2012 | Júcar Basin (Spain) | (3) | [82] | 2017 | Southern Italy | (7) |
[57] | 2018 | Tagus Basin (Spain) | (2); (3) | [83] | 2019 | Crete (Greece) | (7) |
[59] | 2022 | Almeria (Spain) | (2); (3) | [84] | 2023 | Spain, Tunisia, Lebanon | (7) |
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Claro, A.M.; Fonseca, A.; Fraga, H.; Santos, J.A. Future Agricultural Water Availability in Mediterranean Countries under Climate Change: A Systematic Review. Water 2024, 16, 2484. https://doi.org/10.3390/w16172484
Claro AM, Fonseca A, Fraga H, Santos JA. Future Agricultural Water Availability in Mediterranean Countries under Climate Change: A Systematic Review. Water. 2024; 16(17):2484. https://doi.org/10.3390/w16172484
Chicago/Turabian StyleClaro, André M., André Fonseca, Helder Fraga, and João A. Santos. 2024. "Future Agricultural Water Availability in Mediterranean Countries under Climate Change: A Systematic Review" Water 16, no. 17: 2484. https://doi.org/10.3390/w16172484