Dr. Xue Li | Environmental Science | Women Researcher Award

Dr. Xue Li | Environmental Science | Women Researcher Award 

Dr. Xue Li | Shenyang Agricultural University | China

Dr. Xue Li is an accomplished scholar and lecturer in the field of plant nutrition and soil science, recognized for his contributions to sustainable agriculture, soil fertility, and innovative fertilizer technologies. As a Shenyang Top Talent and active academic at the College of Land and Environment, Shenyang Agricultural University, She has built an impressive academic and research profile that combines teaching, research, and international collaboration. His career reflects excellence in advancing soil-plant systems and integrating modern technological approaches such as spectral imaging, nutrient cycling analysis, and smart agriculture.

Professional Profile

Orcid

Scopus

Summary of Suitability for Women Researcher Award

Dr. Xue Li is an outstanding early-career researcher and lecturer at the College of Land and Environment, Shenyang Agricultural University, recognized as a Shenyang Top Talent. With a strong background in plant nutrition, soil fertility, and sustainable agriculture, she has demonstrated excellence in research, teaching, and academic leadership, making her highly suitable for the Women Researcher Award.

Education

Dr. Xue Li pursued his entire academic journey with dedication and distinction in the field of agricultural and environmental sciences. She completed his undergraduate studies in Agricultural Resources and Environment, followed by a Master’s degree in Plant Nutrition at Shenyang Agricultural University. Building on this foundation, he earned a Ph.D. in Plant Nutrition from the same institution, where his doctoral research focused on nutrient dynamics in soil-plant systems. During this period, he broadened his academic scope through a joint Ph.D. program at the University of Barcelona, Spain, specializing in environmental science and soil biology. This international exposure expanded his expertise and positioned him to contribute to both domestic and global agricultural research.

Experience

Dr. Xue Li professional career is marked by steady advancement and growing academic influence. She began as a research assistant before becoming a lecturer at the College of Land and Environment. Alongside teaching, he supervises innovation projects, engages in provincial education reform, and mentors students in both undergraduate and graduate programs. His teaching portfolio includes courses on resource ecology, plant nutrition, fertilization, and large-scale research methods, as well as specialized graduate instruction on trace elements in soil-plant-animal systems. Internationally, She serves as a collaborative researcher at the Spanish Institute of Nutrition and Food Safety, further strengthening his cross-border academic network.

Research Interests

Dr. Xue Li primary research focuses on plant nutrition, soil fertility, and innovative fertilizer strategies aimed at improving agricultural productivity while ensuring sustainability. His work examines farmland positioning experiments, phosphorus transformation in soil-plant systems, carbon-phosphorus cycling, and efficient nutrient utilization. A key dimension of his research is the application of spectral imaging and smart agriculture technologies to enhance crop nutrient management and soil health monitoring. By bridging experimental research with practical applications, his work contributes to improving food security, ecological balance, and sustainable farming practices.

Awards

Dr. Xue Li scientific excellence has been recognized through more than twenty prestigious awards at national, provincial, and institutional levels. She has been honored as a Shenyang Outstanding Talent and received recognition as a high-contribution author by leading academic publishers. His work has earned him awards for innovation in soil and fertilizer sciences, distinctions for academic presentations and posters at international conferences, and honors for innovation and entrepreneurship in postgraduate competitions. Additionally, She has been acknowledged with national scholarships, study abroad sponsorships, and commendations as an outstanding graduate, model student, and volunteer. Collectively, these awards highlight his academic leadership, research innovation, and community service.

Publication Top Notes

1. Crops use inorganic and labile organic phosphorus from both high- and low-availability layers in no-till compost-amended soils

  • Year:  2024
  • Citation : 4

2. Effects of biochar on enzyme activities during composting of cattle manure

  • Year:  2024

3. Pyrolysis temperature had effects on the physicochemical properties of biochar

  • Year:  2024
  • Citation : 5

4. Changes in P forms and fractions due to the addition of stover and biochar to growing crops in soils amended with stover and its biochar

  • Year:  2024
  • Citation : 3

5. Crop mobilization of retained phosphorus and changes in phosphorus compounds in soils amended with compost

  • Year:  2024

6. Long-term changes in organic and inorganic phosphorus compounds as affected by long-term synthetic fertilisers and pig manure in arable soils

  • Year:  2024
  • Citation : 16

Conclusion

Dr. Xue Li represents the next generation of scientific leaders in agricultural sciences. His career seamlessly integrates high-quality teaching, international research collaboration, and innovative contributions to soil and plant nutrition. His published work has influenced both academic communities and practical farming strategies, while his awards demonstrate recognition across diverse platforms. With his expertise in nutrient cycling, fertilizer innovation, and sustainable agriculture, Dr. Xue Li stands as a highly deserving candidate for recognition in research awards. His dedication to advancing plant-soil science, combined with his consistent record of achievement, underlines his potential to shape the future of sustainable agriculture at both national and global levels.

Mr. Qingchen Zhou | Environmental monitoring | Best Researcher Award

Mr. Qingchen Zhou | Environmental monitoring | Best Researcher Award 

Mr. Qingchen Zhou, Tianjin Agricultural University, China

Zhou Qingchen holds a Bachelor’s degree in Hydrology and Water Resources Engineering from Tianjin Agricultural University (2016–2022) and is currently pursuing a Master’s degree in Civil Engineering and Water Conservancy at the same institution (2022–2025). His research focuses on fluid mechanics, environmental and ecological hydraulics, particularly the spatial and temporal distribution of water environmental factors in urban lakes and their response to hydrodynamic conditions. His master’s thesis, Application Research of Bloom Warning Based on EFDC and Machine Learning Model, reflects his expertise in eutrophication monitoring and hydrodynamic modeling. Zhou has contributed to multiple research projects, including the Development of an Intelligent Platform for Monitoring and Warning of Water Eutrophication, and has published several academic papers on eutrophication, lake hydrodynamics, and turbine cavitation. His work has led to patents related to water environment governance and greenhouse technology. Beyond academics, Zhou has served in the Chinese People’s Liberation Army (2017–2019), earning an Outstanding Soldier Commendation. He has held leadership roles in student organizations, won a Silver Award in the 2024 National Postgraduate Rural Revitalization Case Competition, and gained practical experience as an assistant at the Tianjin River Chief System Affairs Center. He holds a C1 motor vehicle license, a military construction machinery license, and possesses CET-4 level English proficiency.

Professional Profile:

ORCID

Summary of Suitability for Best Researcher Award 

Zhou Qingchen has demonstrated strong academic and research capabilities, particularly in the field of hydrology, environmental hydraulics, and fluid mechanics. His research focuses on the spatial and temporal distribution of water environmental factors in urban lakes and their response to hydrodynamics and environmental factors. This aligns with critical areas of water resource management and environmental sustainability.

📚 Education

🎓 Tianjin Agricultural University (2016.9 – 2022.6)

  • Bachelor’s degree in Hydrology and Water Resources Engineering

🎓 Tianjin Agricultural University (2022.9 – 2025.6, expected)

  • Master’s degree in Civil Engineering and Water Conservancy
  • Research Focus: Fluid Mechanics, Environment & Ecological Hydraulics
  • Thesis: Application Research of Bloom Warning Based on EFDC and Machine Learning Model

💼 Work & Practical Experience

🪖 Border Guard Unit, Northern Theater Command, PLA (2017.9 – 2019.9)

  • Served in the military with Outstanding Soldier Commendation (2018)

🏫 Dalian Army College, PLA (2018.06 – 2018.09)

  • Military professional study

🏢 Tianjin River Chief System Affairs Center (2024.02.21 – 2024.03.21)

  • Affairs Assistant

🎓 Graduate Student Associations

  • Minister of Life Department, 12th Graduate Student Association, Tianjin Agricultural University (2022.11 – 2023.11)
  • Head of Tianjin Branch Center, 13th Guizhou Graduate Student Association (2024.06.13 – Present)

🏆 Awards & Honors

🏅 First-class Scholarship for postgraduate studies
🥈 Silver Award & Personal Style Award – 2024 National Postgraduate Rural Revitalization Case Competition
🎖 Outstanding Soldier Commendation – Recognized for excellent service in 2018
🏅 Cadre of the 12th Outstanding Graduate Student Association – Tianjin Agricultural University
🌟 Outstanding Member of the Communist Youth League – Awarded by the Communist Youth League Guizhou Provincial Committee in Beijing

📜 Research Achievements

🔬 Research Projects

  • Development of Intelligent Platform for Monitoring and Warning of Water Eutrophication

📄 Published Papers

  1. A Study of the Effect of Lake Shape on Hydrodynamics and EutrophicationSustainability 2025, 17, 1720
  2. Research Progress on Eutrophication Response Rules and Bloom Warning MethodsChina Rural Water Resources and Hydropower, 2024 (07)
  3. Review on Cavitation of Low Head Mixed-Flow TurbineJournal of Tianjin Agricultural University, 2024 (04)

📑 Patents

  1. Water Environment Governance Method and Platform Based on Mathematical Model & AI
  2. A Water-Insulated Greenhouse with a Back Wall

🎯 Skills & Certifications

🚗 C1 Motor Vehicle Driving License & Construction Machinery Driving License (Military)
🗣 Languages: English (CET-4) | Mandarin (Second Class)

Publication Top Notes:

A Study of the Effect of Lake Shape on Hydrodynamics and Eutrophication

A review of low head Francis turbine cavitation research

Progress of Research on Eutrophication Response Law and Early Warning Method of Water Bloom in Water Bodies