Dr Anuar Togaibekov , University of Grenoble Alpes , France
Anuar Togaibekov is a dedicated Ph.D. candidate at the University of Grenoble Alpes, specializing in geophysics and glaciology. With an academic foundation from prestigious institutions, including MIT and Satbayev University, Togaibekov has garnered extensive experience in geophysical research and practical applications. His career spans various roles from geophysicist to researcher, highlighting his expertise in GNSS technology, geophysical surveying, and carbon storage solutions. Togaibekov’s commitment to advancing knowledge in glacier dynamics and geophysical methods is reflected in his impressive publication record and contributions to significant research projects.
Publication Profile
Google Scholar
Education
Anuar Togaibekov holds a Master of Science in Geophysics from the Massachusetts Institute of Technology (MIT), where he focused on oil-production-induced subsidence and uplift. He is currently pursuing a Ph.D. in Geophysics and Glaciology at the University of Grenoble Alpes, studying glacier basal sliding through high-frequency GNSS measurements. Togaibekov’s academic journey began with a Master of Science in Geodesy from Satbayev University, preceded by a Bachelor’s degree in Geodesy and Cartography from the same institution.
Experience
Anuar Togaibekov has diverse experience in geophysical research and application. He worked as a geophysicist at SPC Geoken LLP, conducting comprehensive oil and gas exploration using advanced geophysical methods. His role included data acquisition, interpretation, and quality control. He also contributed to the carbon storage feasibility study at ExxonMobil/National University of Singapore, developing GIS solutions and interactive maps. His practical experience is complemented by his research roles at MIT and the University of Grenoble Alpes, focusing on GNSS technology and glacier dynamics.
Research Focus
Anuar Togaibekov’s research centers on the dynamics of glaciers and advanced geophysical measurements. His Ph.D. thesis investigates glacier basal sliding using high-frequency GNSS data, with a focus on comparing these measurements with other geophysical observables. His past work includes monitoring subsidence from oil production and assessing carbon storage potential in ASEAN regions. Togaibekov’s research aims to enhance understanding of glacier dynamics, improve geophysical measurement techniques, and contribute to sustainable environmental solutions.
Publications
- “Observing and modeling short-term changes in basal friction during rain-induced speed-ups on an Alpine glacier” 🌨️
- “Creep enhancement and sliding in a temperate, hard-bedded alpine glacier” 🏔️
- “Rain-induced transient variations in glacier dynamics characterized by a continuous and dense GPS network at the Glacier d’Argentière” 🌧️
- “Rain-induced surface velocity variations of the Glacier d’Argentière monitored by high temporal resolution GPS observations” ⏱️
- “Short-term surface velocity variations of the Argentière glacier monitored with a high-resolution continuous GNSS network” 📊
- “Annual deformation and sliding in an alpine temperate glacier: observations and implications for ice rheology and seasonal variation” ❄️
- “Three-dimensional surface velocity variations of the Argentière glacier monitored with a high-resolution continuous GNSS network” 🛰️
- “Monitoring of oil-production-induced subsidence and uplift” ⛽
- “CO2 transport and storage feasibility and cost study for ASEAN” 🌍
- “STRATEGIES OF GNSS PROCESSING AND MEASURING UNDER VARIOUS OPERATIONAL CONDITIONS” 🔍
Conclusion
Anuar Togaibekov is a compelling candidate for the Best Researcher Award, demonstrating excellence through his research, education, and professional experience. His significant contributions to understanding glacier dynamics and geophysical measurements, coupled with his practical expertise and strong academic background, make him an exemplary figure in his field. By addressing potential areas for improvement, Togaibekov has the opportunity to further elevate his impact and continue advancing the frontiers of geophysics and glaciology.