what types of organisms are make up soil?
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http://en.wikipedia.org/wiki/Soil_life
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Universal.\nPlants are producer organisms converting sunlight and minerals into food that we can eat. They absorb carbon out of the atmosphere, produce oxygen and as importantly pump water from the ground into the air, making more water available as rain and preventing salt from building up in the soil surface (salination). Plants prevent soil erosion through slowing the impact of rain and wind. They provide wood for fuel, building and paper, they provide homes and food for myriads of other animals, and without plants we would be in a sorry state of affairs. Plants beautify the landscape and make us feel better about our surroundings. Plants are good things,
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There are many variations in potting soil depending on location, manufacturer and purpose of use.  Basically they are composed of loam, sand, humus, fertilizer, sometimes peat moss (the stuff that makes it fluffy) and small amounts of other additives.
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Microfossils are microscopic fossils that cannot be seen with the unaided eye. Macrofossils, on the other hand, would be large enough to be seen.\n\nMicrofossils include but are not limited to the tests (shells) of tiny microorganisms called diatoms, radiolarians, forams, etc. as well as pollen & spores from plants.\n\nDiatomaceous earth is made up of siliceous tests of of diatoms & is mined & used for abrasives, in toothpaste, in insecticides, etc. Sounds yummy, fossilized microorganisms in our toothpaste!\n\nPlant spores & pollen are particularly useful in finding out the types of plants that lived in the past & how they reproduced. Many times this is the only part of the plants that become fossilized. Most of the plants decompose while the waxy coating on the outer parts of the pollen allows it to be well preserved.
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kingdom animalia consits of some phylums. they are\nporifera (sponge)\ncoelentrata (jellyfish)\nplatyhelmintes \nnemathelmintes \nanellida (earthworms, leech)\nmollusca (SHELLS, OYSTERS AND SQUIDS)\narthropoda (crabs, insect, centipide)\nechinodermata (spine skinned animal)\nchordata (animals that have bones)
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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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All soil is made of rock and organic matter, varying in size, uniformity, and composition... so sand is rock or organic matter, at a very small and uniform scale.
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Varied like any one cell organism. Amoeba are in this class. They process varied organic matter so they serve a recycling function. More info at the links given.
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Diatomaceous earths.\nPerlite and Vermiculite (expanded).
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Well, both your teachers are right. :)\n\nAtoms make molecules make cells make tissues make human body.\n\nOther information that you need to know:\n\nA cell is a complex molecule, depending on the type of cell (Eukaryote or Prokaryote; human cells fall in the former category) and humans are complex organisms, therefore their, or, should I say, OUR cells consist of more complex materials than Prokaryotic cells (e.g. of Prokaryotic cells-  Bacteria) In any case, cells contain this thing called the nucleus, and the nucleus is like a 'house' for your genetic material. These genetic material- yes, your DNA, is made up stuff called amino acids, proteins and a sugar called ribose. As you know sugar contains Carbon, Hydrogen and Oxygen. Recognize those? Yes- those are atoms :) And your amino acids are made up of Carbon, Hydrogen, Phosphorus and Nitrogen.\n\nSo to be really technical about it, your body is made up of atoms which then make up cells. It is not wrong to say that in biology, cells make up the basic foundation of the body since Biology looks into the cellular level of the aforementioned subject, and not always at the atomic level.\n\nI hope this answered your question! :)
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amoeba\nand i think cynobacteria \neuglena might be not, but im not sure
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Depends on the soil and what chemical process was used, but mostly plant nutrients. Very helpful website below.
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Animals, plants, and organisms are biotic. Rocks and other inanimate objects are abiotic.
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animal\nplant\nbacteria\nalgae\nmicro-organisms
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There are many different kinds of cells. Eukaryotic (mostly all animal, fungi, and plant cells), Prokaryotic (bacteria), and then there are specialized cells in most organisms. I.E. storage cells, bacteria-fighting cells, hormone producing and recieving cells. I am not sure that there is a set number of different kinds. However, the Prokaryotic and Eukaryotic division is the beginning of differentiation among all cells. It is used to help differentiate different kingdoms of organisms.
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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.
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Autotrophic organisms, for example organisms in kingdom Plantae, are able to manufacture their own food based on basic abiotic factors. Autotrophs can create their own food through photosynthesis or chemosynthesis.\n\nHeterotrohpic organisms, for example organisms in kingdom Animalia, must consume other organisms for food. Heterotrophs can be either carnivorous, herbivorous, or omnivorous.