Blue Revolution: Unmaking America's Water Crisis by Cynthia Barnett

By Cynthia Barnett

American citizens see water as ample and inexpensive: we activate the tap and out it gushes, for only a penny a gallon. We use extra water than the other tradition on the planet, a lot to quench what’s now our greatest crop—the garden. but so much american citizens can't identify the river or aquifer that flows to our faucets, irrigates our nutrition, and produces our electrical energy. And such a lot don’t discover those freshwater assets are in deep trouble.

Blue Revolution exposes the reality concerning the water crisis—driven no longer as a lot by way of garden sprinklers as via a convention that has inspired each person, from owners to farmers to utilities, to faucet an increasing number of. however the publication additionally deals a lot explanation for desire. Award-winning journalist Cynthia Barnett argues that the simplest answer is additionally the easiest and low-cost: a water ethic for the United States. simply because the eco-friendly circulate helped construct knowledge approximately power and sustainability, so a blue stream will reconnect american citizens to their water, aiding us price and preserve our such a lot life-giving source. keeping off prior blunders, residing inside our water capability, and turning to “local water” as we do neighborhood meals are all a part of this new, blue revolution.

Reporting from around the nation and world wide, Barnett indicates how humans, companies, and governments have come jointly to dramatically decrease water use and opposite the water difficulty. complete metro components, similar to San Antonio, Texas, have halved according to capita water use. Singapore’s “closed water loop” recycles each drop. New applied sciences can cut down agricultural irrigation in part: companies can retailer loads of water—and loads of money—with designs so simple as recycling air-conditioning condensate.

The first booklet to name for a countrywide water ethic, Blue Revolution can be a robust meditation on water and group in the US.

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Extra resources for Blue Revolution: Unmaking America's Water Crisis

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Rapid subsurface stormflow is particularly widespread on densely vegetated hillslopes in steep terrain where dense biological activity creates high concentrations of macropores, although the phenomenon has also been documented in semiarid climates (Kampf and Mirus, 2013). Substantial preferential flow through macropores can facilitate the formation of soil pipes. Soil pipes Chapter 2 Creating channels and channel networks are larger than macropores and are typically formed by subsurface erosion that enlarges animal burrows, root channels, or cracks from desiccation or unloading (Bryan and Jones, 1997).

Examples include: r How do diverse types of connectivity vary throughout these river networks? r Are the alpine summit surfaces storing periglacial sediment, for example, or are they strongly coupled to adjacent glaciated valleys? r Channel–floodplain and channel–hyporheicgroundwater connectivity increase within lower gradient, wider valley segments, and then decrease in steep, narrow segments. What are the specific processes governing these downstream variations in connectivity? r What are the magnitude and extent of human alteration of river networks?

Analogous patterns also appear to govern solute production. Lyons et al. (2002) estimate that high-standing ocean islands in the southwest Pacific, for example, make up only about 3% of Earth’s landmass, but contribute 17%–35% of particulate organic carbon entering the world’s oceans annually. 1 Downslope pathways of water The great majority of water flowing in a river passes over or through an adjacent upland and its regolith before reaching a channel (Kirkby, 1988). The path- 23 ways followed by the water entering a river exert a strong influence on the volume and timing of flow in the channel.

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