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The purpose of this study is to aim at: (1) investigating the vulnerabilities/obstacles that hinder refugees in hosting countries from obtaining quality and adequate education and (2) proposing a Framework for Action to transform these vulnerabilities into capacities.

Vulnerability and Capacity Assessment (VCA) was used for the purpose of this research. A survey strategy was adopted and data were collected using semi-structured interviews with refugee families. One hundred and twenty families were interviewed.

The study identified a number of vulnerabilities; including mainly unavailability of educational facilities; quality of the available education; social challenges and psychological needs. The findings revealed that there was a lack of comprehensive and strategic frameworks for mitigating refugee educational crises.

The lack of adequate and quality education for refugees in host countries is likely to increase illiteracy levels and subsequently trigger humanitarian and natural disasters on the long run. This research emphasizes the importance of developing comprehensive frameworks for quality and adequate refugee education.

To the author's knowledge, and after an extensive review of the existing literature, this is the first study to employ VCA to investigate the extent of the current refugee educational crisis in Jordan. VCA is more commonly used in the context of natural and environmental disasters threatening societies. Relevant authorities need to be aware of the significance of refugee education at individual, communal and national levels, as well as the significance of education to refugee well-being.

The purpose of this paper is twofold: first, to estimate the water demand elasticities using a parametric linear programming (LP) model to provide an insight into the accurate and flexible pricing policy of irrigation water in the Jordan Valley; and second, to highlight key risk aspects, related to water demand, which are likely to impact the community.

A parametric LP model was used in this research. Primary and secondary data were collected.

Results revealed that the demand elasticity is high in Spring and Summer than in Fall and Winter, meaning that during Spring and Summer farmers are willing to forgo larger amounts of water than in other months. This is because of areas planted during Spring seasons are much less than those of Autumn and Winter.

The Jordan Valley suffers from water scarcity risk, and consequently the area to be planted is not fully utilized, leading to lower cropping intensities. Responsible authorities in Jordan need to address these issues and propose proper solutions in order to reduce further escalation of this risk and subsequent impact on local communities. Insight into the value of water demand elasticities is essential to support and mitigate policy decision making under risk conditions, concerning investments in water supply systems; investments in the water distribution and irrigation systems; efficient allocation of water with competing sectors; setting water pricing and tariffs; setting cost recovery mechanisms, and the risks encountered under lack of mitigated policy decision making.

This is one of few studies that addresses in detail using a parametric LP model the issue of water scarcity, related risks and subsequent impact on society in Jordan. It is expected to help policy and decision makers better formulate future estimates and demand which subsequently reduce related risks.