Lecture 1 - Introduction to climate hazards and disasters
Lecture 2 - Climate change and vulnerability of India
Lecture 3 - Hazard versus disaster and Risk versus vulnerability
Lecture 4 - Summary: Climate hazards, disasters and vulnerability
Lecture 5 - Learning Exercise: Mapping climate vulnerability profile
Lecture 6 - Hydroclimatic measurements and data
Lecture 7 - Extreme rainfall and temperature indices
Lecture 8 - Geospatial data analysis for disaster mitigation
Lecture 9 - Summary Hydroclimatic and geospatial data processing
Lecture 10 - Hands on Downloading and processing gridded rainfall and temperature data
Lecture 11 - Floods: Types, characteristics, causes and drivers
Lecture 12 - Deriving flood characteristics and frequency analysis
Lecture 13 - Trend analysis of flood characteristics
Lecture 14 - Summary: Statistical techniques for flood assessment
Lecture 15 - Hands-on: Flood frequency and trend analysis
Lecture 16 - Flood frequency analysis Distribution fitting
Lecture 17 - Compound and concurrent floods
Lecture 18 - Bivariate flood frequency analysis using copula
Lecture 19 - Summary Univariate and bivariate flood frequency analysis
Lecture 20 - Hands on Flood Frequency Analysis - Univariate and Bivariate
Lecture 21 - Urban flood modelling
Lecture 22 - Flood hazard and risk mapping
Lecture 23 - Flood mitigation and nature-based solutions
Lecture 24 - Summary: Flood risk assessment and mitigation
Lecture 25 - Hands-on: Urban flood risk assessment
Lecture 26 - Droughts Types, characteristics, causes and drivers
Lecture 27 - Estimation of drought indices
Lecture 28 - Assessment of drought characteristics
Lecture 29 - Summary Drought estimation and assessment
Lecture 30 - Hands on Assessment of drought characteristics
Lecture 31 - Drought severity and frequency analysis
Lecture 32 - Drought propagation and transition
Lecture 33 - Drought mitigation and nature-based solutions
Lecture 34 - Summary: Drought severity and mitigation
Lecture 35 - Hands-on: Drought propagation and transition
Lecture 36 - Heat waves Causes and drivers
Lecture 37 - Estimation of heat stress
Lecture 38 - Urban heat island
Lecture 39 - Summary Heat waves and heat stress
Lecture 40 - Hands on Assessment of heat wave and stress
Lecture 41 - Cold waves Causes and drivers
Lecture 42 - Compound climate extremes
Lecture 43 - Heat and cold wave mitigation approaches
Lecture 44 - Summary Compound climate extremes
Lecture 45 - Hands on Assessment of compound climate extremes
Lecture 46 - Science meets policy and disaster mitigation
Lecture 47 - Disaster risk reduction and economics of disasters
Lecture 48 - Emergency and humanitarian response in disasters
Lecture 49 - Summary: Disaster management and risk reduction
Lecture 50 - Learning Exercise: Formulating a heat action plan
Lecture 51 - Study of disaster management frameworks
Lecture 52 - The Disaster Management Act 2005 India Overview
Lecture 53 - The Disaster Management Act 2005 India Key Aspects
Lecture 54 - The Disaster Management Act 2005 India Way forward
Lecture 55 - Learning Exercise: Formulating a flood emergency action plan
Lecture 56 - Role of big data in climate hazards and disaster modelling
Lecture 57 - Role of climate change in modulating future occurrences of climate hazards
Lecture 58 - Accounting non stationarity in modelling climate hazards
Lecture 59 - Course Summary Climate hazards and risk assessment
Lecture 60 - Course Summary Disaster mitigation and management
