A study on the features of monsoon circulation and extreme rainfall events using ST radar and complementary datasets

Bibliographic Details
Main Authors: K Mohankumar, Dr., Xavier, Anu
Format: Thesis
Language:English
Published: Cochin University of Science and Technology 2021
Subjects:
Extreme rainfall events in India
North Atlantic Oscillation
Climate Prediction Centre
Dynamical and thermodynamical instability
Monsoon features from ST radar
Upper tropospheric link to an extreme event
Oceanic Nino Index
North Atlantic
North Atlantic oscillation
Online Access:http://purl.org/cusat/dyuthi/5676
id ftcochinuniv:oai:dyuthi.cusat.ac.in:cusat/dyuthi/5676
record_format openpolar
spelling ftcochinuniv:oai:dyuthi.cusat.ac.in:cusat/dyuthi/5676 2023-05-15T17:28:37+02:00 A study on the features of monsoon circulation and extreme rainfall events using ST radar and complementary datasets K Mohankumar, Dr. Xavier, Anu 2021-08-06 http://purl.org/cusat/dyuthi/5676 en eng Cochin University of Science and Technology http://purl.org/cusat/dyuthi/5676 Extreme rainfall events in India North Atlantic Oscillation Climate Prediction Centre Dynamical and thermodynamical instability Monsoon features from ST radar Upper tropospheric link to an extreme event Oceanic Nino Index Thesis 2021 ftcochinuniv 2023-03-20T19:09:33Z Thesis North Atlantic North Atlantic oscillation Dyuthi - Digital Repository of Cochin University of Science and Technology (India)
institution Open Polar
collection Dyuthi - Digital Repository of Cochin University of Science and Technology (India)
op_collection_id ftcochinuniv
language English
topic Extreme rainfall events in India
North Atlantic Oscillation
Climate Prediction Centre
Dynamical and thermodynamical instability
Monsoon features from ST radar
Upper tropospheric link to an extreme event
Oceanic Nino Index
spellingShingle Extreme rainfall events in India
North Atlantic Oscillation
Climate Prediction Centre
Dynamical and thermodynamical instability
Monsoon features from ST radar
Upper tropospheric link to an extreme event
Oceanic Nino Index
K Mohankumar, Dr.
Xavier, Anu
A study on the features of monsoon circulation and extreme rainfall events using ST radar and complementary datasets
topic_facet Extreme rainfall events in India
North Atlantic Oscillation
Climate Prediction Centre
Dynamical and thermodynamical instability
Monsoon features from ST radar
Upper tropospheric link to an extreme event
Oceanic Nino Index
format Thesis
author K Mohankumar, Dr.
Xavier, Anu
author_facet K Mohankumar, Dr.
Xavier, Anu
author_sort K Mohankumar, Dr.
title A study on the features of monsoon circulation and extreme rainfall events using ST radar and complementary datasets
title_short A study on the features of monsoon circulation and extreme rainfall events using ST radar and complementary datasets
title_full A study on the features of monsoon circulation and extreme rainfall events using ST radar and complementary datasets
title_fullStr A study on the features of monsoon circulation and extreme rainfall events using ST radar and complementary datasets
title_full_unstemmed A study on the features of monsoon circulation and extreme rainfall events using ST radar and complementary datasets
title_sort study on the features of monsoon circulation and extreme rainfall events using st radar and complementary datasets
publisher Cochin University of Science and Technology
publishDate 2021
url http://purl.org/cusat/dyuthi/5676
genre North Atlantic
North Atlantic oscillation
genre_facet North Atlantic
North Atlantic oscillation
op_relation http://purl.org/cusat/dyuthi/5676
_version_ 1766121388561661952

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