The Medroplan project: process and key lessons
Gabiña D., Iglesias A., López-Francos A.. |
9-12 |
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Defining the planning purpose, framework and concepts [Part 1. Components of drought planning. 1.1. The planning framework]
Iglesias A., Moneo M., Garrote L.. |
17-27 |
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Diagnostic of the situation [Part 1. Components of drought planning. 1.1. The planning framework]
Tsiourtis N.X.. |
29-31 |
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Institutional and legal framework for drought management [Part 1. Components of drought planning. 1.2. Organizational component]
Iglesias A., Bonaccorso B., Moneo M., Quiroga S., Garrido A.. |
35-59 |
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Participation and mediation: key elements to forewarn and resolve conflicts during droughts [Part 1. Components of drought planning. 1.2. Organizational component]
Celaya N., Rodríguez Perea A., Carbonell X.. |
61-68 |
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Stakeholder dialogue for improved local water governance [Part 1. Components of drought planning. 1.2. Organizational component]
Laban P., Barghout M., Moriarty P., Sarsour S.. |
69-81 |
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Drought characterization [Part 1. Components of drought planning. 1.3. Methodological component]
Tsakiris G., Loukas A., Pangalou D., Vangelis H., Tigkas D., Rossi G., Cancelliere A.. |
85-102 |
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Methods for drought risk analysis in agriculture [Part 1. Components of drought planning. 1.3. Methodological component]
Quiroga S., Iglesias A.. |
103-113 |
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Methods for risk assessment in water supply systems [Part 1. Components of drought planning. 1.3. Methodological component]
Bonaccorso B., Cancelliere A., Nicolosi V., Rossi G., Cristaudo G.. |
115-127 |
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Methods for evaluating social vulnerability to drought [Part 1. Components of drought planning. 1.3. Methodological component]
Iglesias A., Moneo M., Quiroga S.. |
129-133 |
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Tools and models [Part 1. Components of drought planning. 1.3. Methodological component]
Tsakiris G., Cancelliere A., Tigkas D., Vangelis H., Pangalou D., Bonaccorso B., Moneo M., Nicolosi V.. |
135-164 |
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Process for implementing drought management actions [Part 1. Components of drought planning. 1.3. Methodological component]
Iglesias A., Moneo M.. |
167-174 |
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Description of drought management actions [Part 1. Components of drought planning. 1.3. Methodological component]
Moneo M., Iglesias A.. |
175-196 |
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The testing of the MEDROPLAN drought management guidelines [Part 1. Components of drought planning. 1.3. Methodological component]
The MEDROPLAN team. |
197-211 |
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Application of the drought management guidelines in Cyprus [Part 2. Examples of application]
Tsiourtis N.X., Photiou C., Hajispyrou E., Pashardes P., Rostandi N.. |
215-244 |
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Application of the drought management guidelines in Greece [Part 2. Examples of application]
Tsakiris G., Tigkas D., Vangelis H., Pangalou D.. |
245-295 |
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A paradigm for applying risk and hazard concepts in proactive planning: application to rainfed agriculture in Greece [Part 2. Examples of application]
Tsakiris G.. |
297-304 |
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Application of the drought management guidelines in Italy: the Simeto river basin [Part 2. Examples of application]
Bonaccorso B., Cancelliere A., Nicolosi V., Rossi G., Alba I., Cristaudo G.. |
305-342 |
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Application of the drought management guidelines in Morocco [Part 2. Examples of application]
Ouassou A., Ameziane T., Ziyad A., Belghiti M.. |
343-372 |
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Application of the drought management guidelines in Spain [Part 2. Examples of application]
Garrote L., Iglesias A., Moneo M., Garrido A., Gómez A., Lapeña A., Benbeniste S., Cubillo F., Ibáñez J.C.. |
373-406 |
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Drought management in the urban water supply system of Canal de Isabel II [Part 2. Examples of application]
Cubillo F., Ibáñez J.C.. |
407-415 |
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Application of the drought management guidelines in Tunisia [Part 2. Examples of application]
Louati M.H., Bergaoui M., Lebdi F., Methlouthi M., El Euchi L., Mellouli H.J.. |
417-467 |
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Methods of risk management (technology and water quality) [Part 2. Examples of application]
Louati M.H., Lebdi F.. |
469-485 |
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Glossary of terms and concepts
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487-494 |
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