Please tell us about yourself
Imagine a desolate wilderness beset by stormy waves, freezing hurricane-force winds, half-inch thick walls of ice and long seasons of darkness. Now, imagine a strikingly beautiful snow-scape where pristine vistas and exotic wildlife can be found in abundance. An ever-shifting, ever-changing place that has sustained pioneering people for millenniums.
All these descriptions can be applied to the Arctic — one of the most enigmatic and surreal regions on Earth.
Intensely beautiful, numbingly cold and extremely challenging, the Arctic has exercised a magnetic pull on the human imagination for eons. More importantly, it also acts as the proverbial ‘canary in the coal mine’ for global warming — the ecologically-fragile frigid zone is warming twice as rapidly as any other region on Earth, something which cannot but have a huge impact on both India and the world.
This is why, way up in Northern Norway, a young Indian scientist has been studying the ecological and geological changes taking place in the Arctic.
As part of an innovative project, the Indian Ministry of Earth Sciences sent two young PhD scholars to study at the Norwegian Polar Institute in Tromso. They have now been conducting their research there for two and half years. Both of them are glaciologists, although the research focus of one is the Arctic and the other is the Antarctic.
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Thethirdpole.net’s first interview is with Ankit Pramanik, whose research focus is on how glaciers melt in the Arctic region, and how that meltwater reaches the sea.
What did you study?
Born and brought up in West Bengal, Ankit grew up in the village of Ganrapota. After completing his Bachelors in Physics from Calcutta University, he joined IIT Madras to pursue his Masters in the same subject.
How did you get interested in this programme?
I did my bachelors and masters in Physics. I was interested in doing my PhD in an area which is related to physics. Glaciers, climate and cryosphere research are areas where the backbone is physics and geophysics. I learned of this collaborative programme between India and Norway when an advertisement came out on the website of the National Centre for Antarctic and Ocean Research. I applied, was called for an interview, and was lucky enough to be accepted for the programme.
Tell us about the topic of your research.
After moving to Tromsø, Ankit underwent field-specific safety and rescue training. He then began going on field expeditions to study the fragile glaciers in Svalbard, more specifically in the Kongsfjord area.
I am doing PhD on glaciers in Svalbard. To be specific, I am working in Kongsfjord area which is close to Ny-Ålesund in North-West Svalbard. Kongsfjord is surrounded by glaciers of different shape and sizes. I am investigating how glaciers interact with different energy fluxes which are responsible for melt and also on how different parts of a glacier gain mass through precipitation. These all are being used to create an energy balance model to understand how much melt water is produced in particular time interval and how much water is added to the fjord. Also my work looks at the mechanism of how melt water is transported through different channels before disappearing into the fjord.
What is the importance of this research?
Glaciers are a source of fresh water. Meltwater from the glaciers ends up into the fjord which contains salt water (sea water). The mixing of fresh water with the sea water of the fjord influences the ecosystem of the fjord – that is where much of the life systems flourish. This information is also of interest to oceanographers who are doing modelling this area to know how much fresh water is mixed in different time of the year.
In general, glaciers are very vulnerable to changing climate. We need to study them to understand the impact of climate change. Apart from sea level rise, they need to be studied to understand the past climate. In the Himalayas many big rivers originate from glaciers and significant percentage of peoples’ life is dependent on these rivers. We also need to study them to understand their impact on hydropower projects, as well as to predict and deal with glacier lake outburst floods.
Does your particular work relate to the Himalayas?
Yes, this study could be applied to glacier research in the Himalayas as well. My present work is to understand the processes that are happening on surface and subsurface of glaciers. Although the climate in Arctic and climate in Himalayas is very different but the basic physics of glaciers is not very different. So, the knowledge (modelling and field work) that I am gaining by working in arctic glaciers would be very useful for research in Himalayas as well.
Has being in Tromso helped you in your research?
Yes, certainly, being in Norwegian Polar Institute in Tromsø helped me a lot in my research. NPI [Norwegian Polar Institute] is working on glaciers in both Arctic and Antarctic for long time. They have experienced logistic personnel as well as scientists. We need to go through safety and rescue training for the glacier field work. Undertaking this training with experienced personnel made me learn better safety training. Working with the scientists during field work as well as modelling helped me to enrich my knowledge in both the areas of this research which is very important in this field.
What do you see yourself doing in the future, now that 2.5 years of your 3 years is over?
I love my work. I would like to continue working on glaciers in Arctic. I also would like to work on Himalayan glaciers. I want to continue and explore this area of research with further study. If opportunity arises, I would like to contribute on the Indian research on both Arctic and Himalayas in future through my work.