Mr. MAIERDIYALI ABUDUSAIMAITI | Zoology | Best Researcher Award
Mr. MAIERDIYALIABUDUSAIMAITI at Peking University, China.
Maierdiyali Abudusaimaiti is a dedicated researcher in zoology, currently pursuing a Ph.D. at Peking University under the guidance of Prof. Zhi Lü. His work focuses on the ecological impact of transportation infrastructure on wildlife, particularly ungulates in the Qinghai-Tibet region. With extensive research experience, multiple peer-reviewed publications, and active participation in national projects, he has made significant contributions to conservation ecology. He has presented his research at international conferences and received numerous academic awards. Proficient in field surveys, data analysis, and ecological modeling, he is committed to advancing wildlife conservation and sustainable transportation planning.
Publication Profile
Academic Background🎓
Maierdiyali Abudusaimaiti is currently a Ph.D. candidate in zoology at Peking University (2020–Present), researching the impact of Qinghai-Tibet transportation infrastructure on ungulate activities. His dissertation explores the ecological consequences of roads and railways on wildlife movement. He completed his Bachelor’s degree in Life Science at Nanjing University (2016–2020), where he studied the effects of tank size on zebrafish behavior and physiology. His academic journey has been marked by a strong research focus on animal ecology, conservation, and the interactions between human infrastructure and wildlife.
Professional Experience 🏆
Maierdiyali is a research assistant at the China Academy of Transportation Sciences (2022–Present), contributing to national projects on ecosystem restoration and ecological risk assessment. His work involves designing experiments, conducting field surveys, analyzing wildlife activity, and assessing transportation impacts. He has participated in major projects like restoration of damaged ecosystems in sensitive areas and risk assessment of permafrost highways in the Qinghai-Tibet Plateau. His expertise includes wildlife monitoring, drone-based surveys, and conservation strategies. His contributions aid policymakers in developing wildlife-friendly infrastructure.
Awards and Honors 🏅
Maierdiyali has received prestigious academic recognitions, including the Academic Innovation Award (2024), National Scholarship (2024), and Pacemaker to Merit Student Award (2024) at Peking University. He also earned the Suzhou Industrial Park Scholarship (2023), Talent Cultivation Award from the China Zoological Society (2019), and multiple National Encouragement Scholarships (2017, 2018). His achievements highlight his excellence in research, innovation, and academic performance, making him a standout contributor in wildlife ecology and conservation science.
Research Focus 🔬
Maierdiyali’s research revolves around the impact of transportation infrastructure on wildlife ecology, particularly on the Qinghai-Tibet Plateau. He investigates how linear infrastructures like highways and railways affect ungulate movement and habitat use. His work combines field monitoring, ecological modeling, and conservation strategies to develop wildlife-friendly transport solutions. He has also explored ways to improve wildlife underpass utilization and mitigate ecological fragmentation. His interdisciplinary research integrates ecology, conservation biology, and transportation planning, contributing to sustainable infrastructure development that minimizes environmental impact.
Publication Top Notes
Year: 2021
Conclusion
Maierdiyali Abudusaimaiti is a highly promising researcher in zoology, specializing in the ecological impact of transportation infrastructure on wildlife. As a Ph.D. candidate at Peking University, his research contributions, extensive fieldwork, and technical expertise make him a strong contender for the Best Researcher Award. His impressive publication record in reputable journals, international conference presentations, and participation in national research projects demonstrate his commitment to advancing wildlife conservation and ecological sustainability. Recognized with numerous academic awards, scholarships, and research grants, he exemplifies academic excellence and innovation. If early-career researchers are considered, he is a highly suitable candidate for this prestigious recognition.