Putting affected people at the centre of humanitarian action: an argument for the principle of humanitarian subsidiarity

The humanitarian system has grown organically over the course of a generation to become a complex system bound by a common primary mandate. Its guiding principles provide it with a unique identity and separate humanitarian actors from other aid-related stakeholders. However, all of the evidence suggests that humanitarian actors will extend their reach and engage in new and unprecedented ways with an expanded mandate in years to come. Now, more than ever, they are challenged to retain the moral high ground and to put disaster-affected people at the centre of humanitarian action. Consequently, this paper proposes that the humanitarian system introduce a new principle: humanitarian subsidiarity. It moves the conception of subsidiarity beyond meanings ascribed by the Catholic Church and the European Union and links it instead to the attributes of agency, accountability, and trust to find accommodation with the core humanitarian principles of humanity, impartiality, neutrality, and independence.     

Hydrogeochemical processes controlling the high fluoride concentration in groundwater: a case study at the Boden block area,Orissa, India

The present investigation reports the assessment of hydrochemical/geochemical processes controlling the concentration of fluoride in groundwater of a village in India (Boden block, Orissa). Boden block is one of the severely affected fluoride-contaminated areas in the state of Orissa (India). The sampling and subsequent analysis of water samples of the study area was carried out following standard prescribed methods. The results of the analysis indicate that 36.60% groundwater F⁻ concentration exceeds the limit prescribed by the World Health Organization for drinking water. The rock interaction with groundwater containing high concentration of HCO₃⁻ and Na⁺ at a higher pH value of the medium could be one of the important reasons for the release of F⁻ from the aquatic matrix into groundwater. Geochemical classification of groundwater based on Chadha rectangular diagram shows that most of the groundwater samples having fluoride concentration more than 1.5 mg L⁻¹ belongs to the Na-K-HCO₃ type. The saturation index values evaluated for the groundwater of the study area indicated that it is oversaturated with respect to calcite, whereas the same is undersaturated with respect to fluorite content. The deficiency of calcium ion concentration in the groundwater from calcite precipitation favors fluorite dissolution leading to excess of fluoride concentration. The risk index was calculated as a function of fluoride level in drinking water and morbidity of fluorosis categorizes high risk for villages of Amera and Karlakote panchayat of Boden block.     

Environmental and occupational exposure of metals and female reproductive health

Environmental Science and Pollution Research - Untainted environment promotes health, but the last few decades experienced steep upsurge in environmental contaminants posing detrimental...