ORGANIC FARMING (Farming without the addition of artificial chemicals.) Organic farming can be defined by the proactive‚ ecological management strategies that maintain and enhance soil fertility‚ prevent soil erosion‚ promote and enhance biological diversity‚ and minimize risk to human and animal health and natural resources. It can also be defined as Vegetable and livestock production using natural sources of nutrients (such as compost‚ crop residues‚ and manure) and natural methods of crop and
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arbuscular mycorrhizal symbiosis is a symbiotic association between plant roots and fungi. Arbuscular mycorrhizal fungi (AMF) colonize roots and improve plant nutrition. This‚ in general results in a higher yield of the AM crop‚ especially in poor soils. Due to the fact that this is a symbiotic relationship‚ both the fungus and the plant benefit from this interaction. Since the plants are aboveground‚ it is often easier to see the benefits of this association for the plant‚ but the fungus also takes
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Fertilize With Peanut Shells? Plants need a delicate balance of nutrients in the soil to thrive. When a soil is deficient in any one of the nutrients‚ soil amending is necessary. Organic materials‚ or compost‚ added to soil before planting gives the soil the boost in nutrients plants depend upon to grow. Fertilizers added later help maintain the nutrients as the plants use them. Various organic fertilizers enhance the soil‚ including manure‚ blood meal and wood ash. Other organic materials‚ such as peanut
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Weathering Weathering is the breaking down of Earth’s rocks‚ soil and minerals through direct contact with the planet’s atmosphere. Weathering occurs in situ or “with no movement” and thus should not be confused with erosion‚ which involves the movement of rock and minerals by agents such as water‚ ice‚ wind and gravity. In addition‚ weathering is the effect of atmospheric exposure to man-made structures and materials. Two important classification of weathering processes exist – physical and
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1933 in response to a catastrophic event in the Southern Great Plains region know as the “Dust Bowl” or “Dirty Thirties”. In 1869‚ the railroad made its way to the Great Plains and became home to the many early settlers who took advantage of the “free soil” or land tracts offered by the government via the Homestead Act; a bill enacted in hopes to curb slave labor and increase the number of individual farmers who owned and operated their own farms. The settlers of this area met with many challenges.
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preparation of soil‚ sowing‚ adding manure and fertilizers‚ irrigation‚ protection from weeds‚ harvesting‚ and storage. In the step of adding manure and fertilizers‚ it will become soil pollution. As plant requires nutrients for its growth and development which are absorbed through soil. The nutrient supplying sources are manures and fertilizers. Application of manures and fertilizers to the soil is one of the important factors which help in increasing the crop yield and to maintain the soil fertility
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Trophic Categories: 1. Producers 2. Consumers 3. Detritus feeders and decomposers Producers = organisms that capture energy from the sun or from chemical reactions to convert carbon dioxide to organic matter Organic Matter vs. Inorganic Matter -Matter that makes up the bodies of living things generally characterized by the presence of carbon and hydrogen bonds. Most producers are green plants. 1. Autotroph i. Chemosynthetic bacteria ii. Green plants iii. Algae 2. Heterotroph
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lower regions of the Himalayan Mountains‚ stretching from the west of Pakistan to the east of Namche Barwa (crossing six nations). There are many causes for the Himalayan foothills to become an erosional hotspot. One big contributor towards the soil degradation in the area are humans. People have been living in the Himalayas for thousands of years. As the years go by‚ people move around the area‚ destroying the natural flora of the land. Some of these lands might originally be rich in biodiversity
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throughout the year specially when the provided soil is rich in organic fertilizer and with good drainage. It could be harvested as they reached the desired size (Cultural Directions for Phil. Agricultural Crops‚ 2003). Sewage sludge is produced from the treatment of wastewater. It has generally been perceived by the public as a waste which has a little beneficial use and needs to be disposed of in landfills. It can be a source of nutrients for the soil. Using this material as a fertilizer can benefit
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Ground Improvement Factors affecting the selection of techniques Need for Soil Improvement Soft Clay Liquefaction and sinkhole formation Methods for Soil Improvement Ground Reinforcement • Stone Columns • Soil Nails • Micropiles • Jet Grouting • Ground Anchors • Geosynthetics • Fibers • Lime Columns • Vibro-Concrete Column • Mechanically Stabilized Earth • Biotechnical Ground Improvement Ground Treatment • Surface • Soil Cement Compaction • Lime Admixtures • Drainage/Surcharge • Flyash • Electro-osmosis
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