Zhao Na----Northwest Institute of Plateau Biology, Chinese Academy of Sciences

Zhao Na Associate Professor

Highest Education: Ph.D

Subject:

E-mail: zhaona@nwipb.cas.cn

Address: No. 23 Xinning road, Chengxi district, Xining city, Qinghai province

Education and Appointments

I was born in December 16, 1980. Doctor. I am Associate Professor in the Northwest Institute of Plateau Biology, Sanjiang source National Park Research Institute, the Chinese academy of sciences. I mainly engaged in the study of grassland ecosystem management and utilization. I am studying the changes of spatial and temporal variation of ecosystem carbon flux under different grazing systems in Qinghai-Tibet plateau alpine pastoral and attempting to explore the internal and external factors affecting the carbon flux change. Meanwhile, I also research the maintaining mechanisms of ecosystem functions in different grazing systems. The 10 academic papers were published and five patents were authorized.

Research Interest

Grassland Ecology

Public Services

Honors

Seleted Publication

Na Zhao，XiaoLing Zhang，LinYong Hu，HongJin Liu，Li Ma，TianWei Xu，XuePing Han，ShengPing Kang，XunGang Wang，XinQuan Zhao,**, ShiXiao Xu,*Cropping practices manipulate soil bacterial structure and functions on the Qinghai–Tibet Plateau. Journal of Plant Physiology. 2022.(4)271.153666.
zhao na, shao xinqing, chen chao, fan jiangwen, wang kun. Mechanisms regulating spatial changes in grassland productivity following nutrient addition in northern China. The Rangeland Journal. 2019.41(1), 83-96
zhao na, wang zhengwen, shao xinqing, wang kun. Diversity components and assembly patterns of plant functional traits determine community spatial stability under resource gradients in a desert steppe. The Rangeland Journal. 2016. 38(5)：511-521
zhao na, shao xinqing, wang kun. Biodiversity Versus Stability: the Biological Effect of Plant Functional Traits on Ecosystem Functioning in Grasslands Dominated by Leymus chinensis，Polish Journal of Ecology, 2016.64(3):339-349.

Supported Projects

1. Response strategies of pasture on the Qinghai-Tibet Plateau to grazing disturbances and indications of their functional traits

2. Development and demonstration of high-density and generous harvesting techniques and equipment for pasture

3. "Integration and Demonstration of Key Technologies for Decompression and Efficiency Enhancement of Ecological Animal Husbandry Industry Chain in Sanjiangyuan District Topic: Forage Processing Technology"

4. "Development and Model Demonstration of Modern Ranch Technology in Qinghai-Tibet Plateau

Topic: Research on key technologies for quality forage supply and precision utilization"

5. "Technology integration and application demonstration of the intelligent ecological animal husbandry in the southern part of Guizhou

Topic: Good pasture silage demonstration and forage quality monitoring platform for forage"

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