Effects of Fertilizing in Immature Soil to Broomcorn Millet Root Growing and Its Physiological Ecology
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Effects of Fertilizing in Immature Soil to Broomcorn Millet Root Growing and Its Physiological Ecology
Vol. 20, Issue 3, Pages: 158-161(2006)
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DOI:
CLC:S147.2S516
Published:2006
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ZHANG Yong-qing, MIAO Guo-yuan. Effects of Fertilizing in Immature Soil to Broomcorn Millet Root Growing and Its Physiological Ecology[J]. 2006, 20(3): 158-161.
DOI:
ZHANG Yong-qing, MIAO Guo-yuan. Effects of Fertilizing in Immature Soil to Broomcorn Millet Root Growing and Its Physiological Ecology[J]. 2006, 20(3): 158-161.DOI:
Effects of Fertilizing in Immature Soil to Broomcorn Millet Root Growing and Its Physiological Ecology
The biological responses of broomcorn millet root system to manure
N
P and K fertilizer in immature soil were studied on the experimental farm of Shanxi agricultural university with pot culture.The results indicated that N and P fertilization stimulated its root growing
increased its root weight
root number
root length
total and active root absorbing area
and therefore increased the yield of broomcorn millet.The effects of broomcorn millet root growing were not obvious
if only K fertilizer was used.However
combined P
N and K fertilizer with proper rate significantly enhanced the growing of broomcorn millet root.P fertilizer was not only the key factor to get high yield and high quality in immature soil
but also the original active element to soil fertility.The barren soil can be improved rapidly by using P fertilizer.The effect of N
P
K to broomcorn millet root growing was P> N> K.Manure supply can also promote root growing
especially in its earlier growing.The results also showed the strong root promoted soil microbe to multiply rapidly.As a result
the soil enzyme activities of urease and phosphorylase increased.The results of the interactions of root and soil fastened the root and soil system developing towards mature direction.So broomcorn millet yield in immature soil reached the normal level in the very year.
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Soil Organic Carbon and Moisture Effects of Different Vegetation Restoration Types in the Mu Us Sandy Land
Effects of Conservati on Tillageon Soil Microbial Characters and Soil Enzyme Activities
Study on Changes of Microbial Characters in Greenhouse Soil
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Related Institution
Institute of Soil and Water Conservation, Chinese Academy of Sciences and Ministry of Water Resources, Yangling
College of Soil and Water Conservation Science and Engineering, Institute of Soil and Water Conservation, Northwest A&F University, State Key Laboratory of Soil Erosion and Dryland Farming on the Loess Plateau, Yangling