John Mohd Wani is an early career researcher focused on cryosphere, particularly snow and permafrost processes. This website hosts my work, blog, and updates. I apply and develop physically-based models GEOtop, GEOframe to bridge the gap between field observations and theoretical understanding, aiming to reduce uncertainty in water resource predictions for high-altitude regions.
PhD Civil Engineering (Permafrost Focus)
IIT Roorkee, India
MTech Water Resources Engineering
NIT Hamirpur, India
BE Civil Engineering
University of Kashmir
I am an early career researcher focused on cryosphere, particularly snow and permafrost processes. My research addresses the fundamental challenge of quantifying and predicting the response of the cryosphere (permafrost, snow) to climate change and its impact on water resources and natural hazards. I apply and develop physically-based models GEOtop, GEOframe to bridge the gap between field observations and theoretical understanding, aiming to reduce uncertainty in water resource predictions for high-altitude regions.
I am actively looking for motivated Master’s students and potential PhD candidates interested in:
If you are interested in writing your thesis on these topics, please reach out!
Contact Me
Abstract Seasonal snowpack is a key component of the mountain cryosphere, acting as a vital natural reservoir that regulates runoff downstream in snowfed basins. In mid- and …
Abstract This paper presents a long-term snow water equivalent dataset in the Po River District, Italy, spanning from 1991 to 2021 at daily time step and 500 m spatial resolution …
Abstract A catastrophic debris flow in the Rishiganga and Dhauliganga rivers in Uttarakhand, India, on 7 February 2021 left a trail of disaster. Around 100–150 people lost their …
Abstract Recent studies have shown the cold and arid trans-Himalayan region comprises significant areas underlain by permafrost. While the information on the permafrost …
Abstract This paper presents a long-term snow water equivalent dataset in the Po River District, Italy, spanning from 1991 to 2021 at daily time step and 500 m spatial resolution …
A short course on setting up physically-based snow models in mountain catchments.
Presented findings on how forest changes impact snow dynamics.
Comphrehensive analysis of 30-year SWE data in the Po River Basin.
We are looking for a motivated Master's student to join a cutting-edge project on snowpack dynamics in the Arctic. Includes a potential paid visit to Finland.
A 30-year analysis reveals profound snow loss in the Po River Basin.
Presenting a daily, 500m resolution snow water equivalent dataset (1991-2021) for the Po River District..
A preliminary assessment of the catastrophic hanging glacier avalanche in Rishiganga, India
Providing the first-ever field-based permafrost characteristics in the Indian Himalayan region.
