This publication covers a range of disaster risk management (DRM) themes, from community participation in DRM data collection to risk mapping and from urban waste management to hazard accumulation in urban risk traps.
In African cities, orienting risk management towards a developmental agenda can
confront the root causes of poverty and risk. Transition to an integrated approach has
the most chance of success when it combines interventions working on the risk culture
Small- and medium-sized cities and towns in sub-Saharan Africa are growing fast and accumulating risks. Local governments seek to build the resilience of their city in conditions of complex interdependent urban systems and gaps in data and information.
This document provides a summary of the historic climate at Karonga and how it is projected to change into the future due to anthropogenic climate change.
Karonga has a sub-tropical climate which is relatively dry. The rainy season runs from November/December to April the following year, and the dry season from June to October. The temperatures are warmest during October and November (just before the rainy season starts).
The inhabitants of African towns and cities face a range of hazards, which can best be described as representing a ‘spectrum of risk’ from events that can cause death, illness or injury, and impoverishment.
The ability to rapidly mine large climate datasets as multi-disciplinary processes evolve in a particular context is becoming increasing critical. It is a significant obstacle to multi-disciplinary processes when new climate information cannot be generated timeously. The absence of this capacit
This paper examines the availability of data on disaster losses in urban areas in sub-Saharan Africa (SSA) and what this data tells us.
The purpose of this background paper is to describe recent trends in African urban centres, review potential future trajectories of these, and examine their possible implications for risk accumulation and risk reduction.