Nuclear power and uranium mining: current global perspectives and emerging public health risks.

Despite the Fukushima power plant accident (2011), development of next-generation nuclear reactors and rapid expansion of uranium mining in low-income countries are likely to improve prospects for the nuclear industry. Trends in the nuclear energy industry have given rise to new public health challenges. Driven by high power demands, electricity production from nuclear plants has continually risen. Africa and Asia have emerged as major sources of uranium due in part to the poorly enforced labor laws resulting in low operating costs, plus less stringent regulatory frameworks. There is ample evidence of the industry transgressing environmental regulations as well as unethical practices that pose serious threats to public health. Anticipated safety issues associated with new reactors need to be addressed before promoting them as a viable alternative. This article provides recommendations for multilateral institutional collaboration on public health surveillance plus capacity building for young researchers.

A preliminary approach to quantifying the overall environmental risks posed by development projects during environmental impact assessment.

Environmental impact assessment (EIA) is used globally to manage the impacts of development projects on the environment, so there is an imperative to demonstrate that it can effectively identify risky projects. However, despite the widespread use of quantitative predictive risk models in areas such as toxicology, ecosystem modelling and water quality, the use of predictive risk tools to assess the overall expected environmental impacts of major construction and development proposals is comparatively rare. A risk-based approach has many potential advantages, including improved prediction and attribution of cause and effect; sensitivity analysis; continual learning; and optimal resource allocation. In this paper we investigate the feasibility of using a Bayesian belief network (BBN) to quantify the likelihood and consequence of non-compliance of new projects based on the occurrence probabilities of a set of expert-defined features. The BBN incorporates expert knowledge and continually improves its predictions based on new data as it is collected. We use simulation to explore the trade-off between the number of data points and the prediction accuracy of the BBN, and find that the BBN could predict risk with 90% accuracy using approximately 1000 data points. Although a further pilot test with real project data is required, our results suggest that a BBN is a promising method to monitor overall risks posed by development within an existing EIA process given a modest investment in data collection.

Conservation priorities in a biodiversity hotspot: analysis of narrow endemic plant species in New Caledonia.

New Caledonia is a global biodiversity hotspot facing extreme environmental degradation. Given the urgent need for conservation prioritisation, we have made a first-pass quantitative assessment of the distribution of Narrow Endemic Species (NES) in the flora to identify species and sites that are potentially important for conservation action. We assessed the distributional status of all angiosperm and gymnosperm species using data from taxonomic descriptions and herbarium samples. We characterised species as being NES if they occurred in 3 or fewer locations. In total, 635 of the 2930 assessed species were classed as NES, of which only 150 have been subjected to the IUCN conservation assessment. As the distributional patterns of un-assessed species from one or two locations correspond well with assessed species which have been classified as Critically Endangered or Endangered respectively, we suggest that our distributional data can be used to prioritise species for IUCN assessment. We also used the distributional data to produce a map of "Hotspots of Plant Narrow Endemism" (HPNE). Combined, we used these data to evaluate the coincidence of NES with mining activities (a major source of threat on New Caledonia) and also areas of conservation protection. This is to identify species and locations in most urgent need of further conservation assessment and subsequent action. Finally, we grouped the NES based on the environments they occurred in and modelled the habitat distribution of these groups with a Maximum Entropy Species Distribution Model (MaxEnt). The NES were separable into three different groups based primarily on geological differences. The distribution of the habitat types for each group coincide partially with the HPNE described above and also indicates some areas which have high habitat suitability but few recorded NES. Some of these areas may represent under-sampled hotspots of narrow endemism and are priorities for further field work.

Injustiça ambiental e saúde no Brasil: o mapa de conflitos / Environmental injustice and health in Brazil: the map of conflicts

Destacam a metodologia de trabalho e traçam perspectivas, lançam luz sobre a prevalência do Racismo Ambiental nos conflitos do Mapa e enfatizam a disputa por territórios ocupados por Indígenas e Comunidades Tradicionais como causa de muitos conflitos. Mineração, siderurgia e energia são outros temas em destaque, assim como o agronegócio e os impactos do modelo de desenvolvimento sobre as cidades. A ferramenta e a metodologia também são analisadas. As alternativas para o futuro são também alvo de mapeamento

Labor de Andrés Manuel del Río en México: profesor en el Real Seminario de Minería e innovador tecnológico en minas y ferrerías / No disponible

El trabajo analiza la formación científica y tecnológica de Andrés del Río en Europa, y su desempeño profesional en Nueva España a fines del siglo XVIII y principios del XIX: Se estudia su práctica científica en el Real Seminario de Minería de la ciudad de México como una forma de cultura, y por lo tanto se examina la "practica científica" de Andrés del Río y sus objetivos desde una perspectiva historicista y cultural. Del Río contribuyó a forjar una cultura científica como parte del imaginario colectivo del nuevo país de residencia. Pero serían los encargos de desaguar las minas de Morán en el distrito minero de Real del Monte y el establecimiento de una ferrería en la sierra de Coalcomán, en el antiguo Obispado de Michoacán, las que dejaron ver sus dotes de tecnólogo y la pericia en el diseño, proyección y ejecución de dos obras de ingeniería, una hidraúlica y la otra industrial, las primeras de su género en el nuevo continente

This article analyzes the scientific and technological training of Andrés del Río in europe and, his professional activities in New Spain at the end of the eighteenth and the begining of the nineteenth century. I study his scientific practice at Mexico City´s Royal Mining Seminary as a form of culture; therefore, this research examines the "scientific practice" and goals of Andrés del Río from a historicist and cultural perspective. Del Río contributed to forge a scientific culture that became part of the collective imaginary in his new country of residence. However his direction in the draining of the Morán mines in the mining district of Real del Monte and the establishment of the ferrería (pre-industrial iron smelter) of Guadalupe in the Coalcomán highlands, in the former Michoacán Bishopric, allowed him to show his abilities as a technician and his skill in the design, projection and execution of two engineering projects (one hydraulic, the other industrial)- the first of their genre in the New World

Double standards: the multinational asbestos industry and asbestos-related disease in South Africa.

This study documents and contrasts the development of knowledge about asbestos-related disease (ARD) in South Africa and the United Kingdom. It also contributes to the globalization debate by exploring corporate decision-making in a multinational industry. Between the 1930s and 1960s, the leading U.K. asbestos companies developed a sophisticated knowledge of ARD, though in South Africa, where the leading companies such as Turner & Newall and Cape Asbestos owned mines, there was little attempt to apply this knowledge. Asbestos mines (and their environments) in South Africa were uniquely dusty and ARD was rife. Social and political factors in South Africa, especially apartheid, allowed these companies to apply double standards, even after 1960 when the much more serious hazard of mesothelioma was identified. This shows the need for greater regulation of multinationals. Because of the lack of such regulation in the early 1960s, an opportunity was lost to prevent the current high morbidity and mortality of ARD both in South Africa and worldwide.