The Sendai Framework for Disaster Risk Reduction (DRR) is a non-legally binding agreement designed to reduce existing levels of risk and prevent emerging risks. While references to conflict were deleted from the final text, Sendai addresses issues parallel to those that would need to be addressed in a prevention and sustaining peace agenda.

The Framework, if properly implemented, would tackle three sets of factors that increase both disaster and conflict risks:

This Climate-Fragility profile is envisaged as a first component of a Climate-Fragility Risk Assessment process. It summarizes the key challenges the Lake Chad region is experiencing as a consequence of the interplay between climate change and fragility.

Landscape character assessment (LCA) methods have been used in the past few decades to analyze, classify, and map landscape types, using objective and subjective approaches, with the aid of both quantitative and qualitative data. This paper addresses and critically evaluates the compromises and ways in which contemporary LCA methodologies employ (or profess they employ) objective versus subjective and quantitative versus qualitative data and analytical tools, in their conceptualization and implementation.

Despite a comprehensive regulatory framework on land matters, compulsory land acquisition in Tanzania has been associated with complaints and delays in compensation payments an indication that good governance principles might not be under serious consideration.

This study used in-situ GPS data to validate the accuracy of horizontal coordinates and orientation of linear features of orthophoto and line map for Bahir Dar city. GPS data is processed using GAMIT/GLOBK and Lieca GeoOfice (LGO) in a least square sense with a tie to local and regional GPS reference stations to predict horizontal coordinates at five checkpoints. Real-Time-Kinematic GPS measurement technique is used to collect the coordinates of road centerline to test the accuracy associated with the orientation of the photogrammetric line map.

Artisanal and small-scale mining affects the quality and components of the environment in the Batouri area in different ways. Activities interfere with air, soil, water, fauna and forest resources. This study seeks to assess the impacts of mining on the environment using a combination of spatial analysis, questionnaires administration and Leopold’s grid of impact assessment. The impacts of mining on physical environment include air pollution by emission of dusts and fumes from engines, soil and subsoil degradation by earthworks and release of wastewater containing chemicals from companies.