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  1. Dr. Danielle Hare

    … trends in stream biogeochemical fluxes at Hubbard Brook Experimental Forest and Dr. Solomon and Dr. Stuart Jones in lake productivity patterns across broad-scale landscapes. … research examined how changing stream temperature affects organic carbon cycling and stream ecosystems, and methods to …

    ltumblety - 02/05/2024 - 09:36

  2. Fifty-year-old law proves we can address environmental challenges

    … and excessive nutrient loads fueled runaway algal growth in Lake Erie. Over his long life, Trautman watched as … water pollution – safe recreation, clean drinking water, wholesome food and spiritual and cultural connections with … to be imperfect, and will need to be refined over time to increase their effectiveness and reduce unfair burdens on …

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  3. Road salt: Protecting China’s drivers, but at what cost?

    … due to chloride salt corrosion. Moreover, chloride salts increase the salt concentration of water sources and soil. … the salt can wash into the surrounding soil, as well as lakes and streams, possibly contaminating reservoirs and … It stipulated that the chlorine content of non-chloride organic agents must not exceed 1 per cent. In 2015, some …

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  4. Mohonk Lake is getting warmer and more stagnant with climate change

    Mohonk Lake is getting warmer and more stagnant with climate change … lake. Layers of different temperatures contain different concentrations of nutrients and oxygen; these conditions … Nutrients are also able to mix. This process helps keep the whole lake habitable for a variety of organisms. …

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  5. To Be Equitable, US Urban Green Infrastructure Planning Must Transform

    … in the planning processes. Finally, there is a need to increase the inclusivity of planning as part of a larger … of the Urban Systems Lab. More details and other project publications can be found at www.giequity.org . …

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  6. Gary M. Lovett: Scientist, Mentor, Advocate, & Friend

    … Capital Region, Lovett was shaped by summers at Helderberg Lake in a cabin his parents built by hand. He received a BS … to control nitrogen, and how this regulates forest growth, carbon sequestration, and nitrogen pollution to streams. …

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  7. July: Stay cool

    … This explains why you cool down so much faster in a cool lake than in cool air. Photo by Ali Eminov … This explains why you cool down so much faster in a cool lake than in cool air, and warm up faster in a warm shower … lighter surface water into the rest of the lake, and the whole lake warms from top to bottom. If the lake is deep …

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  8. How Lyme disease became unstoppable

    … year, when oak trees drop vast amounts of acorns to increase their chances of reproduction, rodent populations … it flows into Long Island Sound, with estuary areas and lakes and rivers. And it is wooded, second-generation wooded … north. And as Ostfeld has stated in interviews with other publications, it is likely doing the same for the …

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  9. Soil carbon sequestration as a climate change solution

    Soil carbon sequestration as a climate change solution … recognized (and I thoroughly agree) that soils with lots of organic matter are good for plant growth, retention of water … restore soil organic matter by intensive management to increase soil carbon sequestration.  Unfortunately, the …

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  10. Livestock antibiotics and rising temperatures disrupt soil microbial communities

    … and less microbial diversity overall. Antibiotics alone increased bioavailable carbon and reduced microbial … Rising temperatures alone increased soil respiration and dissolved organic carbon. Increases in these labile carbon pools can …

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