Prof. Dr. Huiping Dai | Plant Ecology | Best Researcher Award

Shaanxi University of Technology | China

Author Profile

Scopus

  Suitable for this Best Researcher Award

Prof. Huiping Dai, PhD, is an exemplary candidate for the Best Researcher Award in Plant Ecology. As a Professor (Level 3) and Master’s Supervisor at Shaanxi University of Technology, she stands at the forefront of ecological innovation and academic leadership. Her pioneering work in phytoremediation and selenium resource development bridges environmental protection and sustainable agriculture. Prof. Dai’s achievements span over 132 SCI-indexed publications, 3 national patents, and multiple provincial and national research grants. Her commercialized cadmium remediation technology highlights her translational research capability. With extensive service on academic committees and advisory boards, her influence extends well beyond the laboratory, shaping policy, education, and innovation ecosystems in China. As Principal Scientist in multiple high-level talent teams, her leadership has transformed bioremediation practices in contaminated soils. Prof. Dai’s career reflects not just scientific excellence, but societal impact, making her a visionary and worthy recipient of this prestigious recognition.

 Education 

Prof. Huiping Dai earned her PhD in Environmental Science and Engineering with a focus on plant-soil-microbe interactions and ecological restoration. Her academic journey reflects a consistent commitment to interdisciplinary integration, starting from her undergraduate studies in Biology, where she developed a foundation in ecological systems. Her Master’s degree research concentrated on environmental pollution control and green technologies, laying the groundwork for her later breakthroughs in phytoremediation. Throughout her academic path, she engaged in advanced training programs, national research collaborations, and specialized workshops in ecological modeling, selenium bioavailability, and molecular biology. Her education was marked by excellence awards and scholarships, preparing her for a dynamic career in both research and leadership. By integrating traditional ecological wisdom with cutting-edge scientific innovation, Prof. Dai embodies the educational background ideal for transformative environmental research.

   Professional Experience

Prof. Huiping Dai currently serves as Professor and Deputy Director of the Academic Committee at the School of Biological Sciences and Engineering, Shaanxi University of Technology. With over two decades of academic and research experience, she has contributed significantly to the fields of pollution ecology, bioremediation, and selenium resource development. Her leadership includes managing national-level innovation teams like the “Scientist + Engineer” group under Qinchuangyuan and the Qinba Biological Remediation Base. She also serves as Vice President of the Shaanxi Botanical Society and holds several advisory roles for provincial ecological and environmental institutions. Prof. Dai has reviewed for prestigious journals and guided numerous graduate theses. Her professional life is marked by synergy—linking academia, government, and industry to drive environmental innovation. Her real-world impact includes patented technologies and commercial applications, distinguishing her as a research leader and eco-innovator.

 Awards and Recognition

Prof. Huiping Dai has received numerous accolades recognizing her contributions to plant ecology and environmental sustainability. Notable honors include the Shaanxi Provincial Science and Technology Award (First Completion), the Shaanxi “Sanqin Excellent Talent Card”, and the “May Day Women’s Pacemaker” distinction. She is a Principal Scientist under the Sanqin Talent Provincial Innovation Team, part of the Qinchuangyuan’s “Scientist + Engineer” Team, and listed in the Hanzhong City’s “311 Project” Talent Pool. Her team’s innovations have led to the successful commercialization of remediation technologies for cadmium-contaminated soils. She holds three national invention patents and has authored two academic monographs. In academia, she has secured funding for over 16 major projects, including six at the national level. Prof. Dai’s multidisciplinary excellence and leadership in ecological research, policy advising, and public service make her a distinguished figure whose career honors embody the values of this award.

Research skills On Plant Ecology

Prof. Huiping Dai is a leading authority in phytoremediation, plant-microbe synergy, pollution ecology, and selenium-enriched agriculture. Her research explores how plants can be used to clean heavy metal-contaminated soils while extracting valuable nutrients. She is proficient in proteomics, transcriptomics, and plant physiology to identify hyperaccumulators and optimize remediation conditions. Her groundbreaking work in developing green activators for cadmium and selenium uptake has advanced the field from lab to field scale. She collaborates across disciplines—linking botany, microbiology, chemistry, and environmental engineering. Her studies have produced actionable outcomes, including national patents, policy guidance, and product commercialization. As a reviewer for high-impact journals like Journal of Hazardous Materials and Chemosphere, Prof. Dai influences scholarly discourse at an international level. Her research bridges academic innovation and environmental need, aligning perfectly with the global vision for sustainable development.

Publications

Rare Earth complexes with dual functions for detecting Cu²⁺ ions and photocatalytic degradation of organic dyes: Synthesis, performance, and theoretical modeling

• Authors: Yunlong Zhou, Juan Song, Liang Zhang, Yinghua Liu, Bofeng Duan, Huiping Dai

• Journal: Journal of Molecular Structure

• Year: 2025

Effects of polyethylene microplastics on cadmium accumulation in Solanum nigrum L.: A study involving microbial communities and metabolomics profiles

• Authors: Lei Xu, Chufei Yu, Wenjun Xie, Yirong Tang, Yinglu Tao, Shuhe Wei

• Journal: Journal of Hazardous Materials

• Year: 2025

Zwitterionic-based hybrid monoliths for capillary microextraction of polypeptides in dairy products

• Authors: Xiaoyun Lei, Yaping Jiang, Yang Li, Lijuan Wang, Huiping Dai, Xiaohui Ji

• Journal: Food Chemistry

• Year: 2025

Integrated exploration of heavy metal distribution characteristics and risk assessment of typical undeveloped mining area in Southwest China

• Authors: Lei Xu, Wenjun Xie, Huiping Dai, Lichang Zhang, Jingru Xu

• Journal: Applied Ecology and Environmental Research

• Year: 2025

Physio-Biochemical Indexes as Indicators of Cadmium Tolerance in Brassica napus L. Cultivars

• Authors: Yu Qiu, Shuhe Wei, Jie Zhan, Li Zhan, Ziyang Tang

• Journal: Agriculture (Switzerland)

• Year: 2025