IIOSC - 2025

IIOSC - 2025

International Indian Ocean Science Conference - 2025

Celebrating 10 years of the Second International Indian Ocean Expedition

01-05 December 2025
INCOIS, Hyderabad, India.

Summary of Abstract Submission



Abstract Submission No.ABS-05-0079
Title of AbstractHigh Impact Weather Events over the Indian Subcontinent: Meteorological Diagnosis and Socio-Ecological Consequences
AuthorsLt Cdr Pallavi Khandelwal*
OrganisationIndian Navy, SNOM
AddressSNOM INS GARUDA NAVAL BASE KOCHI
kochi, kerala, India
Pincode: 682004
E-mail: snomnet@gmail.com
CountryIndia
PresentationOral
AbstractThe increasing frequency and intensity of extreme weather events⿿such as tropical cyclones, heavy rainfall episodes, prolonged droughts, and heatwaves⿿are observed manifestations of a warming climate and evolving atmospheric dynamics. These events not only challenge the limits of forecasting systems but also lead to disruptions across natural ecosystems and human settlements. Rapid intensification of cyclones, unseasonal rainfall, and shifting monsoon patterns have led to habitat loss, change in ecosystem, and increased vulnerability of agricultural and coastal communities. This study aims to examine selected extreme weather events over the Indian subcontinent, with a focus on their synoptic/ mesoscale characteristics and correlate them with observed ecological degradation and socio-economic impacts. The paper highlights the importance of high-resolution Numerical Weather Prediction (NWP), ensemble forecasting, and improved early warning dissemination in mitigating the consequences of such events. Emphasis is placed on the role of meteorological services in not just predicting extreme phenomena, but also in supporting coordination for disaster managements and climate adaptation strategies. The findings highlight an integrated approach where meteorology informs both ecological resilience and human preparedness.
Are you part of IIOE-2 endorsed projectno
KeywordsImportance of high-resolution Numerical Weather Prediction (NWP), ensemble forecasting, and improved early warning dissemination in mitigating the consequences of high impact weather events.
For Awardsno