Environmental sensitivity and risk assessment in the Saharan Tunisian oasis agro-systems using the deepest water table source for irrigation: water quality and land …

L Dhaouadi, H Besser, N Karbout, R Khaldi… - Environment …, 2022 - Springer
In dry-hot areas, such as southern Tunisia, the availability of good water is very limited by
the low scanty rainfall, the long dry periods and the high evaporation rate. Thus, to deal with …

Environmental sensitivity and risk assessment in the Saharan Tunisian oasis agro-systems using the deepest water table source for irrigation: water quality and land …

L Dhaouadi, H Besser, N Karbout… - … Approach to the …, 2022 - econpapers.repec.org
In dry-hot areas, such as southern Tunisia, the availability of good water is very limited by
the low scanty rainfall, the long dry periods and the high evaporation rate. Thus, to deal with …

[PDF][PDF] Environmental sensitivity and risk assessment in the Saharan Tunisian oasis agro‑systems using the deepest water table source for irrigation: water quality and …

L Dhaouadi, H Besser, N Karbout, R Khaldi… - 2021 - researchgate.net
In dry-hot areas, such as southern Tunisia, the availability of good water is very limited by
the low scanty rainfall, the long dry periods and the high evaporation rate. Thus, to deal with …

Environmental sensitivity and risk assessment in the Saharan Tunisian oasis agro-systems using the deepest water table source for irrigation: water quality and land …

L Dhaouadi, R Khaldi, S Maachia, H Besser, F Ouassar… - 2021 - cabidigitallibrary.org
In dry-hot areas, such as southern Tunisia, the availability of good water is very limited by
the low scanty rainfall, the long dry periods and the high evaporation rate. Thus, to deal with …

Environmental sensitivity and risk assessment in the Saharan Tunisian oasis agro-systems using the deepest water table source for irrigation: water quality and land …

L Dhaouadi, H Besser, N Karbout… - Environment …, 2022 - search.proquest.com
In dry-hot areas, such as southern Tunisia, the availability of good water is very limited by
the low scanty rainfall, the long dry periods and the high evaporation rate. Thus, to deal with …

Environmental sensitivity and risk assessment in the Saharan Tunisian oasis agro-systems using the deepest water table source for irrigation: water quality and land …

L Dhaouadi, H Besser, N Karbout… - Environment …, 2022 - search.ebscohost.com
In dry-hot areas, such as southern Tunisia, the availability of good water is very limited by
the low scanty rainfall, the long dry periods and the high evaporation rate. Thus, to deal with …

[引用][C] Environmental sensitivity and risk assessment in the Saharan Tunisian oasis agro-systems using the deepest water table source for irrigation: water quality and …

L Dhaouadi, H Besser, N Karbout… - Environment …, 2022 - ui.adsabs.harvard.edu
Environmental sensitivity and risk assessment in the Saharan Tunisian oasis agro-systems
using the deepest water table source for irrigation: water quality and land management impacts …

Environmental sensitivity and risk assessment in the Saharan Tunisian oasis agro-systems using the deepest water table source for irrigation: water quality and land …

L Dhaouadi, H Besser, N Karbout, R Khaldi… - … and Sustainability: A …, 2022 - ideas.repec.org
In dry-hot areas, such as southern Tunisia, the availability of good water is very limited by
the low scanty rainfall, the long dry periods and the high evaporation rate. Thus, to deal with …

[PDF][PDF] Environmental sensitivity and risk assessment in the Saharan Tunisian oasis agro‑systems using the deepest water table source for irrigation: water quality and …

L Dhaouadi, H Besser, N Karbout, R Khaldi… - 2021 - researchgate.net
In dry-hot areas, such as southern Tunisia, the availability of good water is very limited by
the low scanty rainfall, the long dry periods and the high evaporation rate. Thus, to deal with …

[引用][C] Environmental sensitivity and risk assessment in the Saharan Tunisian oasis agro-systems using the deepest water table source for irrigation: water quality and …

L Dhaouadi, H Besser, N Karbout, R Khaldi… - 2022