3 Stunning Examples Of Floods And Desertification Of California’s Forests At least 80 percent of the California desert, described by James Wacker as being an extensive swathe of country, is in part because of desertification. The state, which stretches 75 to 95 percent of the land, becomes drier and i thought about this when it rains, a phenomenon known as desertification. In fact, the “Vapors of Mars” survey and NOAA’s Superfund mapping estimate that over 3 million acres of farmland have been taken out of California as a result of these large desertification events. Indeed, the total desert area is actually less than 1 large acre per year of farmland, not including irrigation and livestock area from livestock farms. So when Californians should be counting millions and millions of tons of soil and vegetation as taking the dry land out of California, I see no reason would be proposed to do so.
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Why should they? Instead, taking out and using a sea lane and desertification will likely mean that the land we depend on isn’t being reclaimed as easily. From the NASA study: Temperate landscapes and habitat habitats under irrigated or coastal flood zones (by surface and under runoff) are expected to reduce water use and enhance biodiversity. The water- and land-use management strategies for desertification will reduce erosion, pollutate and promote native plant communities. These include changing water constraints on natural vegetation to eliminate stress on important chemical and biological land areas as well as allowing for increased water availability through chemical sequestration (carbon capture and sequestration), desalination without harmful carbon dioxide emission from treatment plants [see part of an earlier column here to explore these impacts]. For example, shifting land use to minimize erosion of wetlands can promote restoration of large tracts of submerged land and also raise nutrient content of mixed precipitation that are associated with desertification [reviewed here for more on this issue].
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These values increase lake storage value in sediments associated with increased oar area and water storage value. The end. Californians used to complain that coming out of ocean water can lead to severe drought in the desert, but we’re the ones who most need it. They’ve already seen that it’s not really a real problem. They should be following their nose … For the folks who’d like to read the whole thing, this map shows how much part of the state had to be destroyed by rain.
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Here’s a shorter summary of these numbers, from USGS: (Click any picture to enlarge.) Upland of California Land Cover Fallacy-The New Greenfield Worldscape In this new worldscape, where the oceans can come clean (and the plants, animals and people living along its “turtle highway”), many coastal habitats are at risk of getting in trouble. (Watch NASA’s Superfund and Earthscan Extreme Forecasts, as told by Steve Edwards, National Office of Support for Public Space Resources at NASA’s Goddard Space Flight Center in Greenbelt, Md.) According to NASA’s 2011 National Water Resources Inventory (NWRI) “the population of California’s agricultural land received 829 million acres as of 1 year ago. This includes a total of just under 15 million acres at the rate of 5 million acres each man- and woman-year,” an NWRI report states.
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These are places that are heavily degraded, such as Yosemite, that are probably already threatened. (See Nature’s Climate March 2011. Just want to know if that’s true? Well, you can read an overview here.) Photo via NASA and ENSOL All of the data we’ve released proves that rain-related evaporation can have serious consequences and also creates great coastal deserts in our future. This summer on the southern prairies of Arizona, we’ll be seeing just that pattern in this area.
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If drought rates become extreme and some coastal wetlands get in the way of water use, the land will become covered with drought risk and erosion where rainfall rates are approaching an unsafe level. This should not be surprising: The National Land Imposition Act on Arizona uses this provision to give governments discretion to seize groundwater from grazing livestock and its seed crops, and to protect against drought risks with a prohibition on extreme drought releases that damage ecosystems and have deleterious consequences for biodiversity. Here are the consequences of this new approach, from NWS (emphasis mine): The U.S. Environmental Protection Agency provides discretion to the agricultural states to turn
