Research
Representative Research Projects
Name |
PI |
Start Year |
Total Budget(CNY) |
Resource utilization mechanism of agricultural wastes |
Yangchun Xu |
2017 |
23,000,000 |
Genetic and molecular basis of the trait formation of high-efficiency utilization of nutrients for major crops |
Guohua Xu |
2016 |
73,610,000 |
Unraveling the molecular mechanism of nitrogen-gene interactions during root development in rice |
Wei Xuan |
2016 |
1,773,600 |
Mechanism of organic manure replacing chemical nutrients |
Huixin Li |
2016 |
6,500,000 |
Mechanisms of monoculture on carbon and nutrient use efficiency: integrating fauna, geochemical, microbial and plant mechanisms |
Manqiang Liu |
2016 |
4,862,300 |
Transformation of arsenic and chromium in soils and their implications in bioavailability |
Peng Wang |
2016 |
4,000,000 |
Investigation of technology for valuable resource utilization of fermentation products of agricultural wastes and development of relevant novel products |
Qirong Shen Wei Chen |
2016 |
3,060,000 |
Soil microflora characteristics and regulation of high-yield and high-efficiency soils for crops |
Qirong Shen |
2015 |
33,600,000 |
The mechanism of biological transformation and bio-availability of nitrogen and phosphorus under the application of livestock manure |
Shiwei Guo |
2013 |
5,980,000 |
Deep dewatering and utilization of sewage sludge by bioleaching technique and the demonstration of its pilot-scale study |
Lixiang Zhou |
2017 |
2,910,000 |
Regulation and mechanisms of biofilm formation on crop root surface by rhizosphere beneficial microbes |
Qirong Shen |
2014 |
3,120,000 |
Biological mechanisms and control of arsenic species transformation in paddy soils |
Fangjie Zhao |
2014 |
3,080,000 |
Plant root development and nutrient resource utilization |
Wei Xuan |
2019 |
1,300,000 |
Reducing Cd and As uptake by rice in contaminated paddy soils: From biogeochemical processes to improved paddy management |
Fangjie Zhao |
2017 |
2,480,000 |
Elucidation of the mechanisms controlling heavy metal accumulation in rice based on ionomics and genomics approaches |
Fangjie Zhao |
2015 |
2,790,000 |
Integrated management technology of crop wilt disease. |
Qiwei Huang |
2015 |
27,300,000 |
Soil Fertility Cultivation and rational farming System of double cropping in the upland China |
Feng Hu |
2015 |
26,130,000 |
Study and demonstration on genetic improvement of crops with reduction in heavy metal accumulation |
Fangjie Zhao |
2014 |
15,120,000 |
Impacts of climate change on agricultural productivity and risk assessment techniques |
Genxing Pan |
2012 |
3,780,000 |
The breeding of transgenic rice plants with high NUE and PUE |
Xiaorong Fan |
2016 |
1,739,900 |
Priority Academic Program Development of Jiangsu Higher Education Institutions: Agricultural Resources and Environment |
Qirong Shen |
2014 |
20,000,000 |
Jiangsu Collaborative Innovation Center for Solid Organic Waste Resource Utilization |
Qirong Shen |
2017 |
16,000,000 |