Ecological Effect of Nitrogen Fertilizer with Split Applicationon Rice Rhizosphere Microbes in Paddy Field
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Ecological Effect of Nitrogen Fertilizer with Split Applicationon Rice Rhizosphere Microbes in Paddy Field
Vol. 20, Issue 4, Pages: 123-126(2006)
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CLC:S154.34S511
Published:2006
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WANG Hua, YANG Jing-ping, XU Wei, et al. Ecological Effect of Nitrogen Fertilizer with Split Applicationon Rice Rhizosphere Microbes in Paddy Field[J]. 2006, 20(4): 123-126.
DOI:
WANG Hua, YANG Jing-ping, XU Wei, et al. Ecological Effect of Nitrogen Fertilizer with Split Applicationon Rice Rhizosphere Microbes in Paddy Field[J]. 2006, 20(4): 123-126.DOI:
Ecological Effect of Nitrogen Fertilizer with Split Applicationon Rice Rhizosphere Microbes in Paddy Field
The ecological effect of nitrogen fertilizer with split application on rice rhizosphere microbes was conducted in paddy field of Fuyang
Zhejiang province
China in 2005. The research rest
lts indicated that the ecological effect of nitrogen on rice rhizosphere microbes is not only affected by rice rhizosphere microbes population but also affected by the growth of the rice. In general
there is a competition on nutrition between the rice and the rice rhizosphere microbes in the rice tillering stage and filling stage. As a result
the activity of rice rhizosphere mi- crobes descends. The microbial biomass C content in rice rhizosphere changed as the rice grows
which differ from enzyme in the rhizosphere. The microbial biomass C
phosphatase
urease
total protein
total phenol content in rice rhizosphere are affected by split N fertilizer application. There is an obvious difference with N and without N treatment in the latest rice growth periods after fulfillment the N fertilizer.
Ecological Effect of Nitrogen Fertilizer with Split Applicationon Rice Rhizosphere Microbes in Paddy Fiel
N Variation in Rice-Soil-Water System Under Different N Application Level in High-yielding Paddy Field and Its Environment Effect
Preliminary Study on Variation Feature of Grassland Soil Organic Matter and Nitrogen in Western Karst Rocky Desertification Region, Guizhou Province
Effect of Nitrogen Fertilizer on Soil Enzymatic Activity and Rhizosphere Microorganisms of Wheat
Effects of Simulated Acid Rain on Nitrogen Transplant and Acidifying Potential in Litchi Orchard Soils
Related Author
SUN Jun-hua
JIN Jie
LIN Shao-xia
LIN Chang-hu
HE Teng-bing
TU Cheng-long
SONG Xiao
GUO Tian-cai
Related Institution
NING Jian-feng,XU Pei-zhi,YANG Shao-hai,ZOU Xian-zhong,LUO Wen-jian,CHEN Yong,SUN Li-li,WEI Lan,WU Jin-long(Soil and Fertilizer Institute,Guangdong Academy of Agricultural Sciences,Guangdong Key Laboratory of Nutrient Cycling and Farmland Conservation,,)
WEI Zong-qiang1,2,LI Ji-jin2,WU Shao-hua1(1.School of Geographic and Oceanographic Science,Nanjing University,Nanjing 210093,2.Institute of Plant Nutrition and Resources,Beijing Academy of Agriculture and Forestry Sciences,)
Collage of Resources and Environment, Southwest University