Critical analysis of participatory disaster resilience programming in Jamaica. Drawing on ethnographic fieldwork conducted with Jamaica's national disaster management agency, argues that resilience operates through an affective economy of fear, hope, and confidence that enacts an immunitary biopolitics.
Jamaica's water supply sector is recognized as the largest electricity consumer in the island's public sector. This paper evaluates whether replacing high-cost groundwater abstraction with surface water treatment and distribution is a viable option to minimize electricity consumption in the water sector.
Through a genealogy of Jamaican disaster management, shows how participatory and mitigation techniques were deterritorialized from marginalized experiences of disaster and reterritorialized into mitigation policies through the confluence of local disaster events and the global emergence of sustainable development and resilience theory.
Hundreds of thousands are likely to have died, millions are in need, their homes having been lost. Many wait for medical care. Safe water is in short supply and the rainy season starts in May. Could it have been different in Haiti? Would good planning have eased the pain of the shocks?
Considers the potential contribution of traditional construction techniques and materials to rebuilding in Port-au-Prince and other areas in Haiti that were devastated by the 2010 earthquake. Based on different examples of housing that collapsed or was damaged by the earthquake, it shows how traditional construction systems often demonstrated better resilience to earthquakes than buildings constructed with modern materials.
La Via Campesina asserts that sustainable, small-scale farming is more efficient at conserving and increasing biodiversity and forests than industrial agriculture.
Landslides pose a serious physical and environmental threat to vulnerable communities living in areas of unplanned housing on steep slopes in the Caribbean. Some of these communities have, in the past, had to be relocated, at costs of millions of dollars, because of major slides triggered by tropical storm rainfall. Even so, evidence shows that: (1) risk reduction is a marginal activity; (2) there has been minimal uptake of hazard maps and vulnerability assessments and (3) there is little on-the-ground delivery of construction for risk reduction. This article directly addresses these issues by developing a low-cost approach to the identification of the potential pore pressure changes that trigger such slides.
A benefit-cost analysis was performed on varying levels of standard buildings codes for Haiti and Puerto Rico. It was found that in the two areas studied, the expected loss of life was reduced the most by use of high seismic building code levels, but lower levels of seismic building code were more cost-effective when considering only building damages and the costs for code implementation.
The case of Haiti's devastating earthquake and the reactions it has elicited sharply illustrate an array of seemingly dichotomous ways of understanding obligations of "international assistance and cooperation," which are taken up by authors in this issue.
In many of the lesser developed areas of the world, regional development planning is increasingly important for meeting the needs of current and future inhabitants. Illustrates how matrix assessment methodology was applied to produce a landslide-susceptibility map for the Commonwealth of Dominica, an island nation in the eastern Caribbean, and how with a follow up study the relative landslide-susceptibility mapping was validated. A second Caribbean application on Jamaica demonstrates how this methodology can be applied in a more geologically complex setting.
