2.2. Classification of Disasters

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 which are more related to the geophysical aspects of it, 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.

Disasters can be classified into different types. Geophysical disasters, like earthquakes and tsunamis, occur due to Earth's internal processes. These types of disasters are relatively rare compared to climatic disasters, which include hydrological (like floods) and meteorological (like hurricanes) events. The frequency and impact of climatic disasters have been increasing, highlighting the need to focus on this category.

Imagine a large oak tree. The geophysical events are like storms that occasionally pass through, causing damage but not very often. Conversely, climate-related disasters are like the gradual changes in the seasons that can affect the tree throughout the year. Over time, while storms may be rare, prolonged droughts or heavy rains can continually affect the tree's health.

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.

Research indicates that climate-induced disasters are becoming more prevalent, emphasizing the importance of creating strategies that connect climate change adaptation with disaster risk reduction. This interconnection means that solutions to one issue can impact outcomes in the other, making it crucial to develop cohesive approaches to manage them together.

Think of a team sport, like basketball. Individual players (climate change and disaster risk) need to work together as a cohesive unit to win the game (reduce disaster impact). If one player is not aware of the other's plan or is not coordinated, the team will struggle and may lose, just like disjointed approaches to climate and disaster management can lead to greater risks.

Similarly, the conceptual approach of the SREX report, where SREX which talks about putting the disaster risk in the center, and how the settlements are exposed and vulnerability component and also the long-run weather and climatic events put these settlements into vulnerable conditions.

The SREX report highlights that disaster risk must be central to planning. It explains how certain areas (settlements) are vulnerable to long-term climatic changes and extreme weather. Understanding these vulnerabilities is essential for developing effective disaster risk management strategies.

Consider a coastal town that is frequently affected by hurricanes. The SREX report suggests assessing the town's buildings and infrastructure, which are vulnerable to hurricanes, much like a doctor diagnosing health risks by examining a patient’s history and lifestyle before prescribing a treatment.

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

Disaster risk reduction (DRR) focuses on a systematic approach to identifying and managing factors that contribute to disasters. This involves understanding the causes and vulnerabilities of disasters to implement preventative measures effectively.

Think of DRR as a preventive health check-up. Just like a doctor scans for potential health issues to prevent illness, communities need to analyze and address vulnerabilities to avoid disasters. Regular check-ups can lead to early intervention before a major health crisis occurs.

And the main important point here is linking the CCA climate change adaptation, and the disaster risk reduction is one of the important crucial steps to achieve sustainable development.

Linking climate change adaptation (CCA) with disaster risk reduction (DRR) is vital for sustainable development. Both areas complement each other, and integrating them can lead to more resilient communities that can adapt to changes while minimizing the risks of disasters.

Picture a well-grown garden that has both flowers (climate adaptation) and vegetables (disaster risk management). Each element supports the other—healthy flowers can attract pollinators to help vegetables grow, just as effective strategies in one area can enhance outcomes in the other.

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