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There is not very much transport of ions or water through the upper layer of the skin, mainly responsible for that is the stratum corneum (SC). Through this layer you will get only with small lipids and also substances which are able to penetrate the lipid layer of the cells like chloroform or DMSO. I think therefore that it is pretty unlikely that you can ...


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I doubt it would be efficient. Your skin is a tight, water proof membrane designed to keep water and ions and other molecules inside while keeping the outside out. The molecules that are absorbed through the skin tend to be hydrophobic organic molecules. Ions, which any dissolved salt in water would become, do not easily pass through cellular membranes or ...


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Too much nitrogen can run off during rain and collect in ponds, leading to eutriphication, find more here: https://en.wikipedia.org/wiki/Eutrophication It's probably also responsible for dead zones: https://en.wikipedia.org/wiki/Dead_zone_%28ecology%29 This is an important question because we've more than doubled the amount of bioavailable nitrogen on ...


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Animal Milk. The ideal environment for Kefir Grains is animal milk. Varieties include cow, goat, sheep, and other similar species. Kefir Grains thrive in animal milk due to the chemical makeup of the liquid. The lactose in animal milk provides the most efficient food source for the Kefir Grains and therefore the most efficient and effective culturing ...


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Up to a certain point, adding nitrogen to soil will increase plant growth. However, too much nitrogen will "burn" plants- stunting root growth and making the plant more susceptible to diseases. Unfortunately, I don't know at exactly what threshold nitrogen becomes "too much"- I suppose it would vary depending on the plants.


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Remi.b's answer is an excellent one, and this should be taken as a supplement to it: It's possible your simulation is correct The Lotka-Volterra equations are what is known as a deterministic model, and it describes the behavior of predator-prey systems (in a somewhat simplified fashion) in large populations. Small populations are subject to what is known ...



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