Xiao-LingWang | Agroecology| Excellence in Academia Award
Prof. Xiao-LingWangHenan University of Science and Technology (河南科技大学) ,China
Dr. Xiaoling Wang is a distinguished professor at the College of Agriculture, Henan University of Science and Technology, specializing in agricultural water-saving and plant physiology under drought stress. With a Ph.D. in ecology from Lanzhou University and extensive postdoctoral experience at the Chinese Academy of Sciences, Dr. Wang has authored numerous influential publications and holds several patents in his field. His research significantly advances understanding of plant growth mechanisms and water utilization, particularly under stress conditions. Dr. Wang’s contributions to agricultural science and technology have garnered national recognition and numerous research grants. 📚🌾💧
Academic Qualification
Proff.Xiaoling Wang, born on October 1, 1975, is a distinguished professor at Henan University of Science and Technology. His research focuses on agricultural water saving and plant physiology under drought stress 🌾💧. He earned his Ph.D. in ecology from Lanzhou University in 2005 and has held academic positions since then, including a visiting scholar stint at the University of Connecticut in 2016-2017 🌍📚. He has published extensively on topics like nitrification and cytokinin activity in plants, with numerous articles in high-impact journals 🌿📖. Wang has also led several significant research projects funded by prestigious foundations and holds multiple patents related to plant regrowth 🌱🔬.
Research Focus
Dr.Xiaoling Wang’s research focuses primarily on agricultural water saving and the physiological ecology of plants under drought stress. His work explores mechanisms to improve water efficiency and crop productivity in dryland agriculture, with a specific interest in the role of ammonia-oxidizing bacteria and cytokinins in plant growth and stress response. Wang’s research spans crop cultivation, soil-plant interactions, and ecological engineering, aiming to enhance agricultural sustainability and resilience to environmental stresses.
Publication Top Notes
- “Microplastic pollution and e-waste: Unraveling sources, mechanisms, and impacts across environments” 📄 (2024) – Cited by 1 document
- “Ascription of nosZ gene, pH and copper for mitigating N2O emissions in acidic soils” 📄 (2023) – Cited by 2 documents
- “Enhanced Post-Drought Compensatory Growth and Water Utilization in Maize via Rhizosphere Soil Nitrification by Heterotrophic Ammonia-Oxidizing Bacteria” 📄 (2023) – Cited by 0 documents
- “Effect of inoculation of ammonia oxidizing bacteria on compensatory growth of corn after drought” 📄 (2023) – Cited by 0 documents
- “Unveiling the dual role of heterotrophic ammonia-oxidizing bacteria: enhancing plant regrowth through modulating cytokinin delivery” 📄 (2023) – Cited by 0 documents
- “Increasing Italian ryegrass (Lolium multiflorum Lam.) regrowth via inoculation with an ammonia-oxidizing bacterial strain” 📄 (2023) – Cited by 0 documents
- “Effect of Ammonia-Oxidizing Bacterial Strains That Coexist in Rhizosphere Soil on Italian Ryegrass Regrowth” 📄 (2022) – Cited by 3 documents