Tropical cyclones and their often devastating impacts are common in many coastal areas across the world. Many techniques and dataset have been designed to gather information helping to manage natural disasters using satellite remote sensing and spatial analysis. With a multitude of techniques and potential data types, it is very challenging to select the most appropriate processing techniques and datasets for managing cyclone disasters. This review provides guidance to select the most appropriate datasets and processing techniques for tropical cyclone disaster management. It reviews commonly used remote sensing and spatial analysis approaches and their applications for impacts assessment and recovery, risk assessment and risk modelling. The study recommends the post-classification change detection approach through object-based image analysis using optical imagery up to 30 m resolution for cyclone impact assessment and recovery. Spatial multi-criteria decision making approach using analytical hierarchy process (AHP) is suggested for cyclone risk assessment. However, it is difficult to recommend how many risk assessment criteria should be processed as it depends on study context. The study suggests the geographic information system (GIS) based storm surge model to use as a basic input in the cyclone risk modelling process due to its simplicity. Digital elevation model (DEM) accuracy is a vital factor for risk assessment and modelling. The study recommends DEM spatial resolution up to 30 m, but higher spatial resolution DEMs always performs better. This review also evaluates the challenges and future efforts of the approaches and datasets.

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Imizamo Yethu, in Cape Town, is one of the many informal settlements in South Africa's post‐Apartheid urban landscape. Residents live in abject poverty and are potentially vulnerable to a range of environmental hazards, of which fire hazard is one of the most common. A major fire, on the 8 February 2004, caused significant damage to housing and infrastructure, resulting in widespread homelessness and loss of personal possessions. Despite this, there was minimal loss of life and few major injuries. The community re‐grouped after the fire and Imizamo Yethu has remained viable as a community to the present day. Contemporary geographical research on hazards emphasises aspects of community vulnerability and resilience. The present paper identifies and examines factors that enhance community resilience in the informal settlement of Imizamo Yethu, particularly in response and recovery to fire events. A survey completed in the aftermath of the 2004 fire found that social networks, some formal community institutions that foster community participation and the resourcefulness of individuals were the most important factors underpinning resilience.