Product
Help
Pricing
About
Jobs
Log in
Get started
Author
Add to collection
Arpita Munsi
Observed name:
A. Munsi
Institutions:
National Atmospheric Research Laboratory,
India Meteorological Department
Observed institutions:
National Atmospheric Research Laboratory,
Government of India,
India Meteorological Department,
Department of Space,
Indian Institute of Space Science and Technology
ORCID:
0000-0002-7178-2228
Observed ORCID:
0000-0002-7178-2228
OpenAlex ID:
A5064641850
Rapidly intensified, long duration North Indian Ocean tropical cyclones: Mesoscale downscaling and validation
2021
·
Arpita Munsi
, Amit Kesarkar
, et al.
·
Atmospheric Research
·
28
PDF
Impact of Assimilation of Satellite Retrieved Ocean Surface Winds on the Tropical Cyclone Simulations Over the North Indian Ocean
2021
·
Jyoti Bhate
, Arpita Munsi
, et al.
·
Earth and Space Science
·
23
PDF
Large-scale dynamics of western disturbances caused extreme precipitation on 24–27 January 2017 over Jammu and Kashmir, India
2019
·
J. A. Para
, Amit Kesarkar
, et al.
·
Modeling Earth Systems and Environment
·
13
Atmosphere-upper-ocean interactions during three rare cases of rapidly intensified tropical cyclones over North Indian Oceans
2022
·
A. Munsi
, A. P. Kesarkar
, et al.
·
Journal of Oceanography
·
8
Simulated dynamics and thermodynamics processes leading to the rapid intensification of rare tropical cyclones over the North Indian Oceans
2022
·
Arpita Munsi
, Amit Kesarkar
, et al.
·
Journal of Earth System Science
·
7
Observations and mesoscale forecasts of the life cycle of rapidly intensifying super cyclonic storm Amphan (2020)
2022
·
Jyoti Bhate
, Amit Kesarkar
, et al.
·
Meteorology and Atmospheric Physics
·
6
Sensitivity of simulation of rapidly intensified tropical cyclones to local planetary boundary layer scheme
2024
·
Arpita Munsi
, Amit P. Kesarkar
, et al.
·
Modeling Earth Systems and Environment
·
3
Helicity: A Possible Indicator of Negative Feedback Initiation of Tropical Cyclone–Ocean Interaction
2024
·
A. Munsi
, A. P. Kesarkar
, et al.
·
Earth and Space Science
·
3
PDF
Helicity evolution during the life cycle of tropical cyclones formed over the north Indian Ocean
2022
·
A. Munsi
, A.P. Kesarkar
, et al.
·
Advances in Space Research
·
3
PDF
Comparative case studies of environmental factors and vortex features in developing and non-developing tropical disturbances over the Bay of Bengal
2025
·
Arpita Munsi
, Amit P. Kesarkar
·
Atmospheric Research
Show more works
View as search
Works count:
10
Citation count:
94
H-index:
6
I10-index:
3
Year
Topic
Type
