Tanisha Ghosh

I am Tanisha Ghosh, and a motivated and eager researcher with a deep love for planetary sciences and glaciological studies. My curiosity with frozen landscapes on our planet and beyond, as well as the dynamic processes that form them, has guided my research profile.

After finishing my Integrated Master’s degree in Water Engineering and Management from Central University of Jharkhand, where I developed a particular interest in glacial formations and how they interact with the climate of the planet, I started my research pursuit to learn more about these astonishing landforms. As for my Mater’s work, I investigated the glaciers and glacial lakes of Chenab Basin, India and its impact on the climatic variations. It gave me an opportunity to work with high profiled scientists from National Remote Sensing Center, ISRO that intrigued me to use this knowledge for further research.

My early research was on understanding glacial dynamics, looking at how ice masses are affected by climate change. After going through the ground-breaking research in the areas of planetary sciences and glaciology throughout my academic career, using this as a starting point, I broadened my research to look for glaciers on Mars among other astronomical worlds. Investigating the ice deposits on Mars has been one of my major research interests. I have a profound interest to contribute our knowledge of the composition and distribution of Martian ice through the study of satellite data and statistical methods, with implications for upcoming human exploration and possible life.

I am motivated to pursue my studies in glaciology and planetary sciences because I want to learn more about the origins and evolution of our solar system by solving the riddles of frozen planets. I hope to further my knowledge of climate dynamics, glacier behavior, and the possible habitability of other celestial planets through my study. I am eager to further research and encourage future generations to seek information about the icy marvels of our galaxy as we launch new space missions and investigate Earth and Mar's changing environment.