What are five factors that influence the infiltration capacity of the ground?
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1) Rainfall intensity\n2) Vegetation cover\n3) Soil type\n4) Duration of rain event\n5) Evaporation rate\n6) Degree of urban development (amount of paved surfaces)
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Nutrition (depends on certain soils: mixed compost, clay-like dirt, moss, bark etc.), Sunlight or other warmth, Air, Water, and depth of how far the seeds or roots are planted into the soil. Different plants require different depths when being planted.
597267
Lower pressure will result in more "convection," or vertical movement of moisture.  So in general, the lower the pressure the better chance of precipitation.
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Main ones are: \nalbedo (reflection lowers heating)\nheat capacity (land heats differently than water)\nand #1: direct sunlight (hot) vs. indirect (not as hot).
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It depends on a lot of things. Among them, you should consider the amount of erosion, presence of water, wind, all those weathering factors that could impact the rate at which dirt (I'm guessing) accumulates.
98940
Depends on where it is - temperature, humidity, insects, whether it is open to air, etc.
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aquifers, undergound streams, etc. anything under ground
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the finer, more clay-like the soil the more the soil absorbs water and doesn't drain.  The larger the particle the easier to drain through...no retention.
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The best water retention capacity is\n1) Clay\n2)potting soil\n3)sand\n4) dirt.
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None, unless you put some in it or it rains!
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1. The length of the Railway Track.\n2. Guage Type (Broad Guage, Narrow Guage - i.e the distance between the parallel railway lines)\n3. TimeLines.\n4. Cost. Payment Schedule.\n5. Strength - max. weight of trains that will run on the tracks. Will govern the foundations.\n6. Max Speed with which trains will run on the track.\n7. Maintenance Expectations.
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they improve water holding capacity of sandy soil.\nthey also increase infiltration rates of water through clay soils.\nthey absorb, store and release soluble fertilizer and nutrients.\nso, they are used in farming and gardening (agricultural uses)\nan example is CuSO4.5H2O (pentahydrate copper sulfate)!
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go www.google.ae  use key of civil engineering soil test.  also universities and colledges of civil engineering make the tests.
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I have not found any one source. This requirement entails research based upon need. Such as below soil mean temperatures that will vary to a certain depth which vary in accordance with density of the subsoil. In construction most General Contractors can advise on Frost levels and drainage which are your primary concern (perhaps). In building airports there are charts that provide "prevailing wind" information. Some of these also give ground or surface temperature readings. These are available through Government publications.
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The simple answer is, of course, rain. I suspect, however that you're really supposed to undertake a bigger project, and explain the overall causes of the dust bowl and why normal amounts of rain led to flood condtions.\n\nYou should start by using some of the excellent resources that are on the web that explain how farming practices, weather, migration, and other factors all are interrelated.
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Wet soil, Humid atm, Loamy soil, Proper Sunlight.
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find a mountain, hill, or other land area that is elevated, that collects water.\n\nDig a trench, or path, so the extra water flows through it.\n\nMake sure the path you dig goes into another body of water, like a pond, lake, or other water area.