1.1. Culture, Climate Change Adaptation and Disaster Risk Reduction

Welcome to the course disaster recovery and build back better, today we are going to talk about culture, climate change adaptation and disaster risk reduction. And we see about the relationship between disasters and climate change. Much of the scientific literature often does not relate that these two are interrelated because disasters they often triggered with an event, but whereas the climate change, it has a long-run mechanism into it.

This chunk introduces the core topics of the lecture: disaster recovery, culture, climate change adaptation, and disaster risk reduction. It highlights the often neglected relationship between disasters and climate change. Disasters, such as hurricanes or floods, can occur suddenly due to environmental events. In contrast, climate change is a gradual process that alters weather patterns over a long period. Understanding how these two elements interact is crucial for effective disaster risk management.

Think about a sudden thunderstorm that floods a town. While this disaster is immediate and event-triggered, climate change acts like a slow and persistent pressure that alters the overall weather, making such storms more frequent and severe over time. This relationship is essential for preparing communities for future risks.

When we say about from the CRED report 2015, this is what the map you get the EM-DAT has recorded about 240 climate-related disasters per year before 2000. When compared to the 341 per year so that there is a 44% of increase.

This chunk presents data on the increase of climate-related disasters, drawing from a report by CRED from 2015. It shows a significant increase in recorded disasters from an average of 240 per year before 2000 to 341 per year afterward, indicating a 44% rise. This statistic illustrates the growing impact of climate change and highlights the urgency for better disaster risk reduction strategies.

Imagine that your local community used to experience about two major floods every year, but now they see four or five. This change can overwhelm local resources and require better preparedness and response systems to protect lives and properties.

If you look at the classification of the disasters, It is just a geophysical disaster which we are talking about the earthquake or the tsunami or these are most of the landslides,...and they are very less. But whereas here it is going almost these are climatically whether it is a hydrological or meteorological aspects so this is where the climate-induced.

This chunk classifies disasters into two main categories: geophysical and climatic. Geophysical disasters include earthquakes and tsunamis, which occur less frequently and are often less predictable. In contrast, climatic disasters such as floods and storms are increasing and are often linked to climate change. This reclassification is crucial because it emphasizes the need for different strategies in managing each type of disaster.

Think of geophysical disasters like a sudden power outage during a thunderstorm, while climatic disasters are like ongoing issues with water management as rainfall patterns change due to climate effects. Different strategies are needed for each situation.

There have been various studies which actually address that climate-induced disaster is on higher end. And there is a need that we need to integrate that climate change and the disaster risk and how we have to work in hand-in-hand to work with it.

This chunk stresses the necessity of integrating climate change adaptation with disaster risk reduction (DRR). Studies indicate that disasters caused by climate change are becoming more prevalent. Hence, policies must harmonize climate adaptation strategies with disaster risk management to create resilient communities that can withstand future disasters.

Consider a community that builds levees to protect against flooding. This is a form of disaster risk reduction. Now, if the same community also plants trees along the riverbanks to absorb water and reduce flooding risk in the long term, they are effectively combining disaster risk reduction with climate change adaptation.

Disaster risk reduction has been conceptualized when we have the concept and practice of reducing disaster risks through a systematic effort to analyse and manage the casual factors of disasters...

This chunk outlines the framework of disaster risk management (DRM), which includes disaster risk reduction as a key component. It involves assessing risks and factors that lead to disasters, engaging various stakeholders (from governments to local communities), and implementing actions to mitigate these risks. Understanding this framework is important in developing effective strategies for managing disasters.

Imagine a wildfire threat in a rural area. The risk assessment process might involve identifying areas at high risk, community education to prevent fires, and setting up early warning systems. This organized approach ensures that everyone knows their role in reducing risk.

For instance in India when we talk about climate change adaptation, there are national action plan on climate change which is from the Prime Ministers Council on climate change...

This chunk discusses India's national action plan on climate change, which aims to address various environmental challenges through structured missions targeting energy efficiency, sustainable agriculture, and ecosystem preservation. This structured approach seeks to promote sustainable development alongside dealing with climate change.

Consider a school implementing multiple programs to enhance student learning – one for math, another for reading. Similarly, India's action plan addresses different environmental sectors to ensure comprehensive resilience against climate change.

Not only by conceptually but in terms of practice both regional level, sub-national level, national, and international level.

This chunk emphasizes the importance of integrating disaster risk reduction (DRR) and climate change adaptation (CCA) across various levels of governance and practice. Effective strategies need to span local, national, and international arenas to ensure communities are well-prepared and less vulnerable to disasters. This cross-level integration fosters collaboration and sharing of best practices.

Think of a sports team where players at all levels, from youth leagues to professional teams, work together to improve skills and strategies. Just as this teamwork enhances performance, collaboration across different government levels improves disaster preparedness.

So this particular aspect has not been laid so far. And before getting into any further discussion, I think we need to understand what are the major differences and challenges for integrating DRR and CCA.

This chunk introduces the challenges in integrating disaster risk reduction (DRR) and climate change adaptation (CCA). Key issues include differences in time frames and scales between DRR (which often operates on shorter time scales) and CCA (which considers longer-term changes). Identifying these challenges helps in framing effective strategies for integration.

Consider two teams working on a project, one focused on immediate tasks (like firefighting) and the other planning for future growth (like urban development). If they don’t coordinate their efforts, they may not effectively cover both immediate and long-term needs.

--