#PhDone
Extremely thrilled to share that I have passed my PhD exam yesterday🎉…So grateful to my supervisors, jury members, institutions, colleagues, friends and families for all the support, guidance and motivation over the years to achieve it. First in the entire family🎓
In our recent field-visit to the Hintereisferner glacier in the Ötztal Alps we collected water samples, LiDAR data, videos, photos from trail-cameras and launched citizen science initiative to engage local community. @freshwaterflows#BISCA@unibirmingham#TheBigThaw
Extremely delighted to share the third paper of my PhD thesis on 'Tree-Ring based May-June streamflow reconstruction of Zemu River in the Eastern Himalaya' published in the #J_Hydrology_Reg_Stud.📰
https://t.co/pfECF72kjA
#TreeRings#Streamflow#ZemuRiver#Himalaya#PhD
Extremely pleased to share the second chapter of my PhD is now published in #Dendrochronologia https://t.co/8yrK73fgia. In this study, we aimed to understand how tree growth evolves as a function of elevation in the context of climate change in Turtmann River Basin, Switzerland.
#PhDone
I’m extremely honored to be awarded the #PhD from @unil. A very special achievement because it’s the #FIRST PhD in the entire family. So grateful to my Supervisors, collaborators, and loved ones for their enormous guidance, support, and motivation.
https://t.co/UTOjXqcXjy
Scientists: climate change decisive in 2023’s deadly lake outburst in Sikkim.
A new international study, published 30 Jan in SCIENCE, confirms disaster’s link to dirty energy.
The study finds that thawing permafrost due to temperature rise caused a massive moraine collapse into South Lhonak Lake.
The collapse released a 20-meter-high ‘tsunami-like’ wave; releasing the equivalent of 20,000 Olympic swimming pools’ worth of water downstream.
The flood triggered 45 landslides, damaged the Teesta III dam, and caused severe sediment erosion. Heavy rain worsened the impact.
55 people lost their lives. 70 remain missing.
The scientists confirm this lake remains highly vulnerable to future GLOFs.
The study’s lead author,
Ashim Sattar, from IIT Bhubaneshwar, calls for urgent action, including “early warning systems, strengthened regulatory frameworks, and community education, to mitigate these risks.”
ICIMOD cryosphere lead and study co-author Mohd. Farooq Azam “This research paper exemplifies global collaboration among Earth scientists, using cutting-edge satellite imagery and modelling techniques to unravel the complexities of cryospheric hazards.”
Climate change is amplifying glacial hazards. We need stronger regional cooperation and urgent action to protect vulnerable
mountain communities.
Read the full press release here: https://t.co/0Z4Ok1qiVQ
#SikkimGLOF #SikkimFloods
In a new Science study, researchers detail the drivers, causes, and impacts of the catastrophic 2023 Sikkim glacial lake outburst flood (GLOF).
The results stress the urgent need to enhance GLOF hazard assessments and improve prediction and early warning systems. https://t.co/Hp1x1OF8GL
The best birthday gift 🎂 🎁
So pleased to share our latest paper on drivers, causes and impacts of the devastating South Lhonak GLOF on October 03, 2023 in Sikkim led by @GlacierHazards published in @ScienceMagazine https://t.co/yzgbrxeSXW #GLOF#Sikkim#Himalaya#Research
& so many interesting talks from a wide range of interdisciplinary projects presented by the Canadian, Inuit and UK researchers and lots of discussion on potential future research opportunities and collaboration.
#PhDone
Extremely thrilled to share that I have passed my PhD exam yesterday🎉…So grateful to my supervisors, jury members, institutions, colleagues, friends and families for all the support, guidance and motivation over the years to achieve it. First in the entire family🎓