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The basic principle of conservation tillage is to maintain a cover on the soil surface of residues (mulching) or vegetation that helps retain soil and water. The improved soil and water conservation results in the preservation of top soil and soil organic matter. Conservation tillage has two basic advantages:
The higher yields under conservation tillage systems are generally attributed to the increased soil water content resulting from increased infiltration, decreased run-off, and decreased evaporation. Using conservation tillage systems, growers can start using more intensive crop rotations with fewer summer fallow periods or increase crop yields within traditional cropping systems. Converting to more intensive cropping systems, greatly increases the efficiency of use of precipitation with less water loss below the root zone and less potential for nitrate leaching.
Soil erosion, soil degradation and declining soil fertility are widely regarded as major problems threatening the sustainable use ...
Beehive briquetting technology This technique is an adaptation of methods used to produce charcoal for ...
Fertilizing kiwi plants is an important part of their care and ensures a bumper crop and delicious kiwi fruit. The ...
Solar energy has been used for centuries for drying crops, clothes, wood, and crop residues, and heating buildings. But now ...
Polythene film technology (PFT) Polythene (plastic) film technology (PFT) is a method for increasing production of field crops by ...
A trombe wall keeps rooms warm in winter and cool in summer! We demonstrate a simple trombe wall in the ...
Multipurpose trees Multipurpose trees play an important role in mountain farming. Products from a tree can include leaves, fruits, ...
Research and vegetation management on the site is not confined to trees and bushes. A focused effort is being made ...