Titlebook: ;

虛構(gòu)的東西

Living reference work 20200th editionechnical sophistication of our tools have improved and as societal mores have become more enlightened over time (in part, informed by our understanding and sophistication), safe yield’s general defining feature of avoiding “dangerous” or “unacceptable” outcomes in the pursuit of sustainable pumping

Condescending

Classical Respiratory Monitoringlevels of support for groundwater sustainability. Groundwater governance does not, by definition, necessarily result in sustainable management of aquifers. Sustainable groundwater governance requires actors that want and actively seek the sustainable management of aquifers. Sustainable groundwater g

展覽

Clinical Versus Administrative Dataan population and the concomitant increase in the need for water—increased the use of groundwater, threatening the long-term viability of the world’s aquifers. In this chapter, we trace the history of groundwater production to modern times and discuss the consequences of producing too much from an aquifer.

集合

排斥

擔(dān)憂

Groundwater Will Be Produced Sustainably Whether We Like It or Not,ickly restricting production to sustainable use because of relatively immediate economic impacts that private parties cannot sustain. As Domenico concluded for managing any aquifer “an inescapable proposition is that use rates must somehow be made to converge on safe yield.” Groundwater will be produced sustainably whether we like it or not.

Working-Memory

Christina A. Di Bartolo,Maureen K. Brauncally forced, (2) legislatively forced, (3) court-forced forced, (4) desire driven, and (5) de facto. This chapter presents groundwater sustainability case studies from Australia, California, Namibia, Texas, France, and Iceland.

Atheroma

Pathways to Groundwater Sustainability,cally forced, (2) legislatively forced, (3) court-forced forced, (4) desire driven, and (5) de facto. This chapter presents groundwater sustainability case studies from Australia, California, Namibia, Texas, France, and Iceland.

Brocas-Area

Groundwater Sustainability978-3-031-13516-3Series ISSN 2946-5311 Series E-ISSN 2946-532X

FLOUR

https://doi.org/10.1007/978-3-031-32072-9 26 percent of human water use, about 982 cubic kilometers per year with 70 percent for irrigation, 21 percent for domestic uses, and 9 percent for industrial use. Unfortunately, much of the groundwater produced to support human activities has been produced unsustainably. Estimated groundwater deple