Community-based organisation and action can contribute greatly to disaster risk reduction, and interlinked to this, to building resilience to the impacts of climate change.
Publications
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In recent years, lives and property worth millions of dollars have been destroyed in fire disasters in secondary schools around the world. Cases of fire disasters in Nigerian secondary schools have been experienced in the last decade with increasing frequency and severity.
Urban flooding cannot be avoided entirely and in all areas, particularly in coastal cities. Therefore adaptation to the growing risk is necessary. Geographical Information Systems (GIS) based knowledge on risk informs location-based approach to adaptation to climate risk.
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.
Community-based organisation and action can contribute greatly to disaster risk reduction, and interlinked to this, to building resilience to the impacts of 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).
On estime à 11,2 milliards de tonnes le volume déchets solides collectés dans le monde entier chaque année.
An estimated 11.2 billion tons of solid waste are collected worldwide every year.
This report addresses Solid Waste Management (SWM) in Dakar (Senegal). It focuses on man-made hazards of poor Solid Waste Management, consequent loss to health and associated secondary hazards.
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.