Bian Xin-min

Nanjing Agricultural University

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Li Zhu

Wuhan Institute of Technology

Mingmin Xu

Jiaxing University

Zhaojiang Meng

Farmland Irrigation Research Institute

Liu Danqiang

Xiaosan Jiang

Nanjing Agricultural University

Fei Ye

Vanderbilt University Medical Center

Liu JinGen

Nanjing Forestry University

ZHANG Jin-huang

Liu Jian

Huang Guoqin

Jiangxi Agricultural University

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Nanjing Agricultural University

Chinese Academy of Sciences

Ministry of Agriculture and Rural Affairs

Yichun University

University of Chinese Academy of Sciences

Institute of Geographic Sciences and Natural Resources Research

Chinese Academy of Agricultural Sciences

Zhejiang University

Jiangsu Academy of Agricultural Sciences

Xi'an Jiaotong University

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土壌窒素分布と微生物群集に及ぼす藁の集中化の影響を研究した。【JST・京大機械翻訳】

Nongye Huanjing Kexue Xuebao (2016)

Mingmin Xu Feng Jin-Xia Chen Weiping Yang Haishui Liu Jian

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The Regional Pattern Changes of Grain Production in Jiangsu Province

Diyu yanjiu yu kaifa (2008)

Bian Xin-min

Investigating the regional pattern changes of grain production has a great importance to grain production distribution and optimization in the new period.Based on the methods of regional difference analysis,the regional pattern changes of grain production in Jiangsu Province since 1980 was discussed.The study showed that grain production in Jiangsu Province experienced a process of rising-stable-degressive.Regional difference of total output enlarged.The study also indicated the existence of spatial differentiation among grain production economic growth and population distribution especially after 1995.The north of Yangzi River,especially the Subei region has been playing a more and more important role in the regional division of grain production,and becoming the kernel area of grain production in Jiangsu Province.Combining with the theory of dissipative structure,this paper analyzed the driving factors of regional pattern changes of grain production and finally put forward some related suggestions.

Division of labour

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Effects of different chill-proof measures on vetiver transplanted at low temperature in winter

Caoye kexue (2005)

Liu JinGen Bian Xin-min

Vetiver is rather sensitive to temperature.Vetiver begins to germinate above 8 ℃,and it would better to be transplanted at 18 ℃ or so,so it is usually difficult to survive when vetiver is transplanted under the condition of low temperature.Applications of several common chill-proof measures aim to seek successful solutions to transplanting vetiver under the condition of low temperature in winter.Research results show that: 1)survival rate of plastics mulching measure is higher than earthing root and low stem up measure and control treatment,and in spring the vetiver with plastics mulching measure germinates and grows earlier than that of earthing root and low stem up measure and control treatment,but there are not significant differences for survival rate in spring between them.2)effect of chill-proof of plastics mulching measure is more stable,but the chill-proof effects of both earthing root and low stem up measure and control treatment fluctuate severely among different transplanting time and appear significant differences.3)The survival rate of vetiver that transplanted in the flat farm field is higher than that of transplanted vetiver on the slope of highway,which suggests that vetiver survival rate in spring is possibly related to soil moisture,soil fertility condition,and non-temperature factors.4)There are not significant differences between tillers of vetiver which are applied different chill-proof measures at the same transplanting time.5)It is acceptable of economy and technology to apply chill-proof measures after vetiver is transplanted at low temperature in winter.

Transplanting

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Effects of burial depth of straw returned to soil on survival rate and emergence behavior of Chilo suppressalis over-wintering larva

Jiangsu nongye xuebao (2012)

Bian Xin-min

To study the effects of straw burial depth of straw returned to soil on survival rate and unearthed behavior of Chilo suppressalis over-wintering larva,five treatments,including four burial depths(5 cm,20 cm,35 cm,50 cm) treatments and straw covered onto the soil surface as control,were set.The correlation between straw burial depth and larvae survival rate was significantly negative,the deeper the depth,the lower the survival rate.The mortality of larvae was over 60% when straw burial depth exceeded 20 cm.The larvae survival rate in the soil with straw returning in spring was lower than that in fall.In straw buried treatments,the longest duration of larvae emergence was 85 d,and peak was at 5∶00-7∶00 and 20∶00-22∶00,while in control,the peak appeared at 12∶00-14∶00.

Chilo suppressalis

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Effects of Continuous Returning Straws to Field and Shifting Different Tillage Methods on Changes of Physical-Chemical Properties of Soil and Yield Components of Rice

T'u Jang T'ung Pao (2011)

Li Zhu Dawei Zhang Bian Xin-min

In order to reduce the environmental pollution which caused by straw burning and improve the use efficiency of returning straws to field,the effects of continuous returning straws to field and different tillage methods on changes of physical-chemical properties of soil and yield composing factors of rice in farmland experiments were investigated.The results showed that deep tillage for two continuous years plus returning straws to field(DSⅡ) and no-tillage with deep tillage each one year plus returning straws to field(NDS) were the most effective way to decrease soil bulk density in all the treatments.No-tillage with shallow plowing each one year plus returning straws to field(NLS) was the most effective way to increase soil organic matter.No-tillage with plowing sums rotary tillage each one year and rotary tillage for continuous two years had the best effects on increasing total nitrogen in soil.Returning straws to field increased available phosphorus content more significantly,but different tillage methods had no effect Returning straws to field could reduce grain number per panicle,1000 grain weight and yields of rice.Grain number per panicle had been reduced by 12.14%,and 1000 grain weight had been reduced by 5.68% and yields had been reduced by 7.68%.

Plough

Panicle

Conventional tillage

Paddy field

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Drive Factors Analyses of Food Production and Natural Disasters in Jiangxi

Nongye xiandaihua yanjiu (2006)

Bian Xin-min

Food production security is a foundation to food security,it's depends on the reasonable disposition of food production factors.The paper seven production factors of food has selected,food production factors in Jiangxi are studied,drive factor analysis show,the consumption of chemical fertilizers,irrigation area,power of agriculture machinery and electricity consumed in rural area are positive first strong drive factor of food production,the total agriculture employed persons and sown area are second strong drive factor of food production,the area of affected is negative second strong drive factor food production.Total food with the guarantee degree of food production factors present high positive correlation(=0.885)from 1978 to 2003 in Jiangxi,this shows that Jiangxi total food is affected put in factors of food production,resource factor sharply decline led to descent of total food in Jingxi from 2000 to2003.Nature disasters factors in Jiangxi are studied,the analysis show,the disasters area of flood and low temperature,disasters area of zero gain of flood and low temperature are first strong drive factor to cause natural disasters.The disasters area of arid and wind-hail,disasters area of zero gain of arid and wind-hail are second strong drive factor to cause natural disasters.

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長期連作と藁還元は土壌生物活性に影響する。【JST・京大機械翻訳】

Yingyong Shengtai Xuebao (2008)

Liu Jianguo Bian Xin-min Yanbin Li Wei Zhang Li Song

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樹枝状菌根に対する植物の応答を予測する:宿主の機能特性の役割【Powered by NICT】

Fungal ecology (2016)

Yang Haishui Xu Jianglai Yi Guo T Koide Roger Dai Yajun

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Promoting development of agriculture in Southern China to meet the challenge to grain security in the new century.

Nanjing Nongye Daxue xuebao (2000)

Bian Xin-min Feng JinXia Weijian Zhang

Southern china

Agricultural Development

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Study on drought tolerance capacity of Vetiveria zizanioides under the condition of high temperature in summer

Caoye kexue (2007)

Bian Xin-min

Drought tolerance capacity of Vetiveria zizanioides is much better under high temperature in summer.It can tolerate drought from 24 to 42 days.Results indicate that with time going on under high temperature growth of aboveground parts is restrained,tillers dropping,height declining, water content of stem and leaf falling,leaf being hurt more severely,and underground growth of V.zizanioides is also restrained,volume of V.zizanioides and root biomass of V.zizanioides almost no longer rising.Drought tolerance capacity of V.zizanioides appeared different under different high temperature,and higher the temperature is,the more severe and obvious V.zizanioides gets hurt,shorter drought tolerance duration becomes,and less probability of recovery becomes.

Drought Tolerance

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