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Brochure, flyer, fact-sheetSummary Notes: Water stress and human migration: a global, georeferenced review of empirical research 2018
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No results found.This is a summary of a report which assesses and maps 184 peer-reviewed, empirical research articles selected for their focus on linkages between water stress and human migration. First and most importantly, this literature asserts that migration is universal. Migration is an extremely common social process and is normal in almost every society on earth. Moreover, migration is not a pathological response to environmental change. Environment- influenced migration is rarely (if ever) a resource threat to the regions to which people move. The literature does, however, observe that negative social outcomes can result from narratives that stigmatize migrants and/or cast migrants as a security threat – especially when these narratives are used to justify increased surveillance and monitoring of these people. -
Book (stand-alone)Progress on level of water stress - Global baseline for SDG 6 Indicator 6.4.2 2018
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No results found.Access to safe water and sanitation and sound management of freshwater ecosystems are at the core of sustainable development. This is the aim of Sustainable Development Goal 6 (SDG 6), which includes approaches to water management such as environmental flow requirements, international cooperation, capacity building and stakeholder participation. Indicator 6.4.2 is useful for policymaking as it highlights those regions under high water stress, thereby informing countries on where they need to make efforts to improve water resource usage and promote water saving. Agriculture is by far the largest user of water worldwide, so reducing water use in this sector is particularly important. Agricultural water-savings can take many forms, including more sustainable and efficient food production through sustainable water management practices and technologies, and reducing freshwater withdrawals by growing a smaller amount of water-intensive crops in water-scarce regions. Reducing losses in municipal distribution networks, industrial and energy cooling processes is also important for reducing water stress, as well as using treated wastewater and desalinated water. This report describes the methodology for the assessment of SDG indicator 6.4.2 on the level of water stress, illustrating its development in the pilot phase of the GEMI project, and describing the technical steps needed to apply it. It passes to present the data collection process, and the role of the various national and international stakeholders in the monitoring process. Finally, the report shows the results of the first implementation of the indicator, defining its baseline and proposing key messages for the interpretation of the results. -
No Thumbnail AvailableBook (series)Status of Interactions of Pacific Tuna Fisheries in 1995
Proceeding of the Second FAO Expert Consultation on Interactions of Pacific Tuna Fisheries Shimizu, Japan 23 to 31 January 1995
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No results found.This publication includes forty papers and two abstracts of papers presented at the Second FAO Expert Consultation on Pacific Tuna Fisheries held in Shimizu, Japan, from 23 to 31 January 1995. The topics of the papers include: · reviews of tuna fisheries interactions and their research including methods for their study, · new methods for studying tuna fisheries interactions and examination of their applicability, · case studies on tuna fisheries interactions, · analyses of tuna fisheri es involved in interactions and their management, and · an overview of FAO’s project that co-organized and co-sponsored the Consultation. A supplement of an indexed bibliography of papers on tuna and billfish tagging, which was printed separately, is also included. The objectives of the Consultation were to: · review and integrate the outcome of the studies on tuna fisheries interactions, · summarize the extent of tuna fisheries interactions and unresolved research problems, and · fo rmulate guidelines for research on tuna fisheries interactions. The understanding of tuna fisheries interactions was enhanced significantly by recent studies. However, the Consultation noted that the number of quantified interactions is still small due primarily to difficulties associated with evaluating such interactions. The papers providing supporting information for the conclusions of the Consultation are presented in this publication. Interactions were found to vary in significance depend ing on the biological characteristics of the species involved, the sizes of fish caught, the local and stock-wide rates of exploitation, and the distance among fisheries. In many of the studies presented, the inadequacy of fisheries data was stressed. In addition, the lack of understanding of movements of the fish being studied was noted in several papers. General qualitative guidelines presented in several discussion papers stressed that specifically-designed studies be undertaken to adequately quantify interactions. Well-designed tagging experiments were thought to provide the most reliable information about interactions. Guidelines for the collection of data, biological and ecosystem research, modelling, and alternative methodologies for studying tuna fisheries interactions are also included.
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