nitrogen fixation, that makes the soil more fertile.Other microscopic plants also are important in soil development.For example, in highly acidic soils where few bacteria can survive, fungi frequently become the chief decomposers of organic matter....
A. Legumes make the soil more fertile by hosting bacteria in their root nodules. B. Nitrogen fixation makes compounds that plants and bacteria in legumes can metabolize. C. Bacteria living in the roots of legumes make the soil more fertile by producing nitrogen compounds that plants can metaboli...
The Rhizobium bacteria havethe ability to convert the atmospheric nitrogen into a formthat can be used by the plants. Thus, these bacteria help in replenishing nutrients in the soil by providing nitrogen to the plants. The bacteria in turn get their food and shelter from the leguminous plants...
The bacteria that legumes host within their root nodules (small swellings on the root) change nitrogen gas from the atmosphere into nitrogen compounds that plants are able to metabolize, a process, known as nitrogen fixation, that makes the soil more fertile. Other microscopic plants also are im...
Nitrogen fixation by reductively dechlorinating bacteria dechlorination, which should help predict and regulate the environmental function of dechlorinating bacteria in in situ bioremediation of chlorinated pollutants... X Ju,L Zhao,B Sun - 《Environmental Microbiology》 被引量: 25发表: 2010年 Biostim...
The bacteria that legumes host within their root nodules (small swellings on the root) change nitrogen gas from the atmosphere into nitrogen compounds that plants are able to metabolize, a process, known as nitrogen fixation, that makes the soil more fertile. Other microscopic plants also are im...
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nitrogen fixation, that makes the soil more fertile.Other microscopic plants also are important in soil development. For example, in highly acidic soils where few bacteria can survive, fungi frequently become the chief decomposers of organic matter. ...
nitrogen fixation, that makes the soil more fertile.Other microscopic plants also are important in soil development.For example, in highly acidic soils where few bacteria can survive, fungi frequently become the chief decomposers of organic matter....
nitrogen fixation, that makes the soil more fertile.Other microscopic plants also are important in soil development.For example, in highly acidic soils where few bacteria can survive, fungi frequently become the chief decomposers of organic matter....