Decision Support Systems to Manage Water Resources for Irrigation at District Level in Southern Italy Using Remote Sensing Information. An Integrated Project

In this number of the Italian Journal of Agronomy, ten scientific papers are published on the results obtained from the AQUATER project (along with one keynote), which were presented during a final conference held in Bari, Italy on 12-13 May 2009. The rationale of this project, supported by Ministry...

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Main Author: Michele Rinaldi
Format: Article
Language:English
Published: Elsevier 2010-06-01
Series:Italian Journal of Agronomy
Online Access:https://www.agronomy.it/index.php/agro/article/view/98
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author Michele Rinaldi
author_facet Michele Rinaldi
author_sort Michele Rinaldi
collection DOAJ
description In this number of the Italian Journal of Agronomy, ten scientific papers are published on the results obtained from the AQUATER project (along with one keynote), which were presented during a final conference held in Bari, Italy on 12-13 May 2009. The rationale of this project, supported by Ministry of Agriculture, Food and Forestry policies in the framework of Research and Development for areas of Southern Italy, is based on the consideration that the availability of irrigation water for agriculture is becoming ever more limited due to climate change, a deterioration in water quality and an increase in irrigated areas. Consequently, agricultural research must provide guidelines and products in order to achieve the sustainable use of such an important natural resource.
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spelling doaj-art-df47b44aceea4f63a037104b007baced2025-08-20T01:54:29ZengElsevierItalian Journal of Agronomy1125-47182039-68052010-06-015210.4081/ija.2010.10561Decision Support Systems to Manage Water Resources for Irrigation at District Level in Southern Italy Using Remote Sensing Information. An Integrated ProjectMichele RinaldiIn this number of the Italian Journal of Agronomy, ten scientific papers are published on the results obtained from the AQUATER project (along with one keynote), which were presented during a final conference held in Bari, Italy on 12-13 May 2009. The rationale of this project, supported by Ministry of Agriculture, Food and Forestry policies in the framework of Research and Development for areas of Southern Italy, is based on the consideration that the availability of irrigation water for agriculture is becoming ever more limited due to climate change, a deterioration in water quality and an increase in irrigated areas. Consequently, agricultural research must provide guidelines and products in order to achieve the sustainable use of such an important natural resource.https://www.agronomy.it/index.php/agro/article/view/98
spellingShingle Michele Rinaldi
Decision Support Systems to Manage Water Resources for Irrigation at District Level in Southern Italy Using Remote Sensing Information. An Integrated Project
Italian Journal of Agronomy
title Decision Support Systems to Manage Water Resources for Irrigation at District Level in Southern Italy Using Remote Sensing Information. An Integrated Project
title_full Decision Support Systems to Manage Water Resources for Irrigation at District Level in Southern Italy Using Remote Sensing Information. An Integrated Project
title_fullStr Decision Support Systems to Manage Water Resources for Irrigation at District Level in Southern Italy Using Remote Sensing Information. An Integrated Project
title_full_unstemmed Decision Support Systems to Manage Water Resources for Irrigation at District Level in Southern Italy Using Remote Sensing Information. An Integrated Project
title_short Decision Support Systems to Manage Water Resources for Irrigation at District Level in Southern Italy Using Remote Sensing Information. An Integrated Project
title_sort decision support systems to manage water resources for irrigation at district level in southern italy using remote sensing information an integrated project
url https://www.agronomy.it/index.php/agro/article/view/98
work_keys_str_mv AT michelerinaldi decisionsupportsystemstomanagewaterresourcesforirrigationatdistrictlevelinsouthernitalyusingremotesensinginformationanintegratedproject