By Indranil Seth (auth.), Patrick L. Lawrence (eds.)
This e-book examines the appliance of geotechniques to deal with quite a lot of concerns dealing with city water assets. growing to be populations resulting in urbanization and comparable improvement have bring about difficulties linked to water caliber, hurricane water administration, flood keep an eye on, environmental health and wellbeing, and comparable atmosphere affects. significant towns and different city components are dealing with demanding situations in addressing the consequences of affects to water assets. contemporary options in geotechnologies, together with Geographic details technological know-how (GIS), distant sensing, and different spatial instruments and strategies, supply nice possibilities and strength to help in facing those difficulties. This quantity offers a sequence of case reports that study the applying of recent tools and ways in a number of geotechnologies as applied to raised comprehend and get to the bottom of city water source issues in groups during the international. machine established mapping, spatial research, satellite tv for pc imagery, choice aid platforms, internet dependent functions, aerial images, and different equipment are highlighted by way of their improvement and alertness. The study provided during this quantity will offer for a very good resource of data and studying to help pros, specialists, and scholars with a greater realizing of ways using geotechnologies can be utilized to help city groups to deal with water source challenges.
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Additional info for Geospatial Tools for Urban Water Resources
4a, b). 5 Applications and Significance for Socio-spatial Research Drawing on the strengths of an integrated, spatial approach, we had two primary goals in this chapter. The first was to illustrate a mixed-methods research approach and its applications to water conservation planning, and the second was to reflect on the opportunities and challenges associated with integrating diverse datasets in human-environment research. Reflecting on our methods and finding, we recommend targeted approaches for reducing residential water demand while outlining research needs for integrated socio-spatial analyses that enhance understanding of and planning for human-environment interactions.
Should I support a homeowner association policy to prohibit xeriscaping? Should we adopt a different price structure for water? Should we maintain groundwater stores for the future at the expense of growth? Should we try to negotiate new interstate water agreements and build pipelines to carry water from the Mississippi River? Should we elect officials who promote an economy that is less dependent on growth? Often the ways researchers examine knowledge transfer to the public through outreach and information campaigns are not consistent with the way the public experiences this information in situ.
S. will become drier with precipitation occurring in fewer, more extreme events (Allan and Soden 2008). Winter precipitation in the mountains is less likely to fall as snow and the smaller snow pack will melt earlier in the spring (Barnett et al. 2008). The shift in both supply and demand will challenge water management structures that were built under the assumption that variation in natural systems occurs within a historic range of experience (Milly et al. 2008). As with many water governance structures, public information is an important, but poorly understood policy tool1 (Weiss and Tschirhart 1994; Steyaert and Jiggins 2007; Larson et al.