Soil erosin in Nepal.?
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Does your question is "soil erosion in nepal"?\n\nlet's try this website\nhttp://www.slemishcollege.org.uk/Soil%20Erosion%20in%20Nepal_files/frame.htm
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Mountains... I currently live in southern Colorado and it seldolm rains.  I am studying to be a geologist and find the physics required to create these moutain belts fascinating.
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You can contact Professor Dr Ashraf in the Department of Botany, Univ Agri, Faisalabad 38040, Faisalabad\nwww.uaf.edu.pk
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omg were studying africa now. hold on ill check because i have a map that has all the natural resourses and where there from. yes it is defnelatly cotton
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yes, it is in nepal\n\nview at the link i posted, there is a map
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Try a garden nursery. They will have soil testing kits that have test tubes in them.
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TOTAL SOIL AMOUNT  minus   INORGANIC CONTENT = ORGANIC CONTENT
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idle sod\n\nhttp://www.thisisleicestershire.co.uk/displayNode.jsp?nodeId=132504&command=newPage
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Soil is the collection of natural bodies that form in earthy material on the land surface. The term is popularly applied to the material on the surface of the earth's moon and Mars, a usage acceptable within a portion of the scientific community.\n\nSoil consists of mineral and organic matter, as well as living organisms. Soil, comprising the pedosphere, is positioned at the interface of the lithosphere with the biosphere, atmosphere, and hydrosphere. Pedogenesis produces soil from geologic materials such as granite, limestone, glacial drift, loess and alluvium through a combination of climatic and biogeochemical processes.\n\nSoil is among our most important natural resources because of its position in the landscape and its dynamic, physical, chemical, and biologic functions. Indeed, engineers, agronomists, chemists, geologists, geographers, biologists, microbiologists, sylviculturists, sanitarians, archaeologists, and specialists in regional planning, all depend on, and contribute to, knowledge of soils. While the general concept of soil is well established, the definition of soil varies, according to the perspective of the discipline or occupation using soil as a resource.\n\nThe understanding of soil is incomplete. Despite the duration of mankind's dependence on and curiosity about soil, exploring the diversity and dynamic of this resource continues to yield fresh discoveries and insights. New avenues of soil research are compelled by our need to understand soil in the context of climate change , greenhouse gases , and carbon sequestration.  Our interest in maintaining the planet's biodiversity and in exploring past cultures has also stimulated renewed interest in achieving a more refined understanding of soil.\n\nclick here:http://en.wikipedia.org/wiki/Soil#Soil_classification\n\n\nif you mean Earth,click here:http://en.wikipedia.org/wiki/Earth
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You should address this question to the Food and Nutrition Department at Mysore University.  Call or e-mail them.
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The Deccan Traps \n\nThe typical soil derived from the Deccan trap is the regur or black cotton soil. These soils vary in depth from shallow to deep. It is common in Maharashtra, western parts of Madhya Pradesh, parts of Andhra Pradesh, parts of Gujarat, and some parts of Tamil Nadu. Many black soil areas have a high degree of fertility. They are darker, deeper and richer and are constantly enriched by the additions washed down from the hills.
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Depends what medium is eroding it.\nI think you're looking for the hardness scale.
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The mineral composition of the soil affects whether the it will be red or light colored. We have a lot of clay in NC - orange & red indicates that iron is present. The parent material from which the soil came from has a lot to do with determining the mineral content.\n\nBeach sands can be all different colors because of their parent material. Black sand beaches of Hawaii came from basaltic lava parent material.\n\nOrganic matter can also cause soils to be different colors. Usually the darker the soil the more organic matter.
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Most of what I found was James Doolittle's work.\n\nGround-Penetrating Radar Soil Suitability Map of the Conterminous United States\n\nJames Doolittle's work at USDA
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The soil is very iron-rich. When iron oxidizes, it produces iron oxide which is basically rust and it red in color. :)\n\nAnd interesting side fact, the dawn and dusk sky is blue. (It's reddish on Earth :)
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soil conservation is prevention of soil erosion...\nsoil erosion can b prevented by different ways... the most commonly used way spl in India is plantation... (planting of More trees ... through which the roots of the tree has a firmer grip on the soil and hence prevents erosion) the second way is  a type of trenching in the mountains.. like step cultivation ...\n\ni hav read these around 7-8 yrs back cant rembr all of it .. i hope u got the meaning wot u were looking for... \nhav fun wit ur project...
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Contact:\ndouglas.kneeland@fao.org\n\nNorth American Forest Commission\nhttp://www.fao.org/forestry/foris/webview/forestry2/index.jsp?siteId=6826&sitetreeId=31118&langId=1&geoId=0