The goal of WLI is to improve the livelihoods of rural
households and communities in areas where water
scarcity, land degradation, water quality deterioration,
food security and health problems are prevalent in eight
participating countries including Egypt, Iraq, Jordan,
Lebanon, Palestine, Syria, Tunisia, and Yemen. The main
objective is to develop and pilot test integrated water and
land management strategies.
Résultats de la recherche
Showing items 1 through 9 of 20.-
Library ResourceMatériels institutionnels et promotionnelsavril, 2013Égypte, Iraq, Jordanie, Liban, Palestine, République arabe syrienne, Yémen, Afrique septentrionale, Asie occidentale
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Library ResourceRapports et recherchesdécembre, 2013Égypte
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Library ResourceRapports et recherchesdécembre, 2013Égypte
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Library ResourceArticles et Livresdécembre, 2013Maroc, Sénégal, Ghana, Algérie, Burkina Faso, Égypte, Afrique
When discussing water and sanitation issues, technology is often seen as the key element by many stakeholders. Within a multinational project, the opportunity was taken to analyse the experiences with the existing water infrastructure to look behind this assumption and - if not working satisfactory - to identify the key requirements that obviously have not been met. Following this, it should be possible to prepare a set of requirements to learn from this.
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Library ResourceArticles et Livresdécembre, 2013Algérie, Burkina Faso, Égypte, Ghana, Maroc, Sénégal, Tunisie, Afrique
In this paper, existing wastewater treatment practices in 7 African countries, i.e. Algeria, Burkina Faso, Egypt, Ghana, Morocco, Senegal and Tunisia, are reported. Data were collected by questioning wastewater treatment plants managers as well as treated wastewater users in 2012. This study showed that 0.2 to 63 L/d/person of wastewater are treated in these countries, with the higher levels obtained for North Africa.
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Library Resourcedécembre, 2013Soudan du Sud, Égypte, Éthiopie
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Library ResourceArticles et Livresdécembre, 2013Égypte, Arabie saoudite
This paper investigates the interplay of the catchment geomorphology, hydrology and soil properties on the development of waterlogging and land degradation within different dry land catchments in Egypt and Saudi Arabia. Multi-temporal remote sensing data of the Landsat Thematic Mapper and Enhanced Thematic Mapper were collected and processed to detect the land cover changes and development of cultivations within the two areas.
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Library ResourceArticles et Livresdécembre, 2013Égypte
This study aims at establishing an approach for the analysis of urban growth dynamics to support urban planning decisions in Egypt. This approach is based on the UPlan model. It acknowledges the lack of historical land use detailed data in most of the Egyptian cities and is heavily based on socioeconomic and land use patterns collected from field surveys and census data. The model is tested on Wadi El Natrun city, an urban agglomeration located on the agricultural fringes of the Nile River. Several scenarios are generated based on changes in a set of attractors, discouragements, and masks.
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Library ResourceArticles et Livresdécembre, 2013Portugal, Égypte, Grèce, Italie
The ESAs (Environmentally sensitive areas) procedure was recently developed in the framework of MEDALUS European project to identify desertification-sensitive areas and used in many Mediterranean countries (Greece, Portugal, Italy, Egypt). The identification of areas sensitive to desertification by using the ESAs model was carried out in the Tusciano River basin (261� km²) located in southern Italy (Campania region).
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Library ResourceArticles et Livresdécembre, 2013Égypte, Macédoine du Nord, Brésil, États-Unis d'Amérique, Rwanda, Allemagne, Chine, Indonésie, Papouasie-Nouvelle-Guinée, Guyana, République de Corée, Finlande, Éthiopie, Kenya, Costa Rica, Philippines, Afrique du Sud, Colombie, Uruguay, Cambodge, Mexique, Norvège, Mongolie
This guide describes two of the main approaches to greenhouse gas mitigation planning in developing countries: Low-Emission Development Strategies (LEDS) and Nationally Appropriate Mitigation Actions (NAMAs). It explains the possible relationships between them and their status within the United Nations Framework Convention on Climate Change (UNFCCC). National mitigation planning processes have policy, technical and institutional dimensions that need to be addressed in an integrated and iterative manner. For each of these dimensions four key elements are outlined.
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