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  • How Decades of Hard-Earned Protections and Restoration Reversed the Collapse of California's Treasured Mono Lake

    An ecosystem restoration project that included a conglomeration of cutting water diversions, protection at different governmental levels, research, and stewardship has resulted in enough water reaching Mono Lake to keep the ecosystem alive and healing.

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  • How a simple rain water management system transformed a semi arid village in Rajasthan, India

    Residents of Lapodiya, India, created a Chauka System to manage rainwater and restore groundwater levels in their community. The system is made of shallow holes and canals that hold rainwater for a few days in the monsoon season allowing the water to seep into the soil over time.

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  • Harvesting Water in Arid Lands

    Water harvesting is collecting free water, such as rain, stormwater, and greywater, to use and finding ways to make it linger longer into the dry season. This can include active strategies like collecting it in tanks or passive strategies like directing it towards rain gardens to water plants. Water harvesting can help prevent the depletion of lakes and rivers and save money.

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  • At Water's Edge: Searching for solutions at the Great Salt Lake's sister lakes across the Great Basin

    As the communities around the Great Salt Lake face overconsumption of its water and climate change effects, they can look to California’s Owens Lake and Mono Lake to see how they manage dust pollution and water levels from the same issues.

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  • Just add water and stir — Owens Lake shows Utahns that even when salty lakes hit their lowest point, they can recover

    To adjust from L.A. regularly draining Owens Lake for its water supply, locals have found that they can recover the dry lake by simply re-adding water to it, which prevents it from creating toxic dust storms. When water is added to the lake, the environment wakes up and becomes home to several plants and animals, specifically millions of birds, which depend on habitats like Owens Lake when traveling around the world.

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  • New technology provides hope for the Great Lakes' polluted waters

    Hypernucleation flotation technology skims water to separate out the harmful algae blooms. That process brings the nutrient levels in the body of water down to a level that other living things can survive in.

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  • How Utah can control dust from the Great Salt Lake — and why it will cost lots of money

    To prevent particulate matter air pollution from the dried-out Owens Lakebed, the Los Angeles Department of Water and Power used a myriad of measures including shallow flooding, tillage, laying gravel, and planting managed vegetation.

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  • Some ships ditch fuel for wind power over pollution concerns

    In France, some members of the shipping industry are using sailing ships run on wind power to deliver cargo in an effort to reduce fuel use, pollution, and carbon emissions.

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  • 'It was critical': Berm raised to help save the Great Salt Lake

    Utah’s Division of Water Resources raised a berm in a causeway that crosses the Great Salt Lake to level out the salinity and protect brine shrimp by limiting the amount of water passing between both sides.

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  • Great Salt Lake managers raise causeway berm in effort to stave off rising salinity

    Engineers with the Division of Water Resources created a new berm in the Great Salt Lake to help protect the lake’s ecosystem and slow the water exchange and reduce rising salinity between the north and south arms of the lake. Initial findings after the berm’s construction have shown a significant decrease in high-salinity waters, as well as improvements in the lake’s brine shrimp population.

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