Titlebook: Has Man a Future?; Dialogues with the L Shu Ming Liang,Guy S. Alitto Book 2013 Springer-Verlag Berlin Heidelberg 2013 China.Confucianism.Li

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書目名稱Has Man a Future?影響因子(影響力)學科排名




書目名稱Has Man a Future?網絡公開度




書目名稱Has Man a Future?網絡公開度學科排名




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書目名稱Has Man a Future?被引頻次學科排名




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書目名稱Has Man a Future?年度引用學科排名




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書目名稱Has Man a Future?讀者反饋學科排名

大包裹

2195-1853 ous people in the cultural and political realms.A valuable rLiang Shu-ming (October 18, 1893 – June 23, 1988), was a legendary philosopher, teacher, and leader in the Rural Reconstruction Movement in the late Qing Dynasty and early Republican eras of Chinese history. Liang was also one of the early

maverick

of West Bengal in 2019 to evaluate the nutrient status of surface soil. A total of 45 composite surface soil samples were collected at a depth of 15?cm, and?the actual location of the sampling sites was detected by GPS. The soil fertility parameters such as soil pH, available nitrogen (N), available

–scent

廢止

負擔

Guy S. Alittoro to meso and national levels. The degree of overall transformation in the combinations of crops in space and time has, however, not been studied at national level. Apart from the physical environment, changes in the socio-economic conditions and land tenure have brought change in cropping patterns

avulsion

Guy S. Alittoe change and water pollution. ?t possesses oil-water-atmospheric system challenges to both the too much and the too little N application countries. Soil and climatic factors are the critical drivers of N loss from agricultural systems as they influence major processes like nitrification and denitrif

曲解

劇本

Guy S. Alittoe change and water pollution. ?t possesses oil-water-atmospheric system challenges to both the too much and the too little N application countries. Soil and climatic factors are the critical drivers of N loss from agricultural systems as they influence major processes like nitrification and denitrif

保存

Guy S. Alittorophyll. Plant can take up only the NH. and NO. forms of nitrogen from the soil solution and utilize those forms for their metabolic requirements. In natural ecosystems, organic nitrogen (rather than inorganic nitrogen) is the predominant source of crop nitrogen and comes from decomposition of organ