A platform providing information and methodologies for inclusive entrepreneurs to achieve Sustainable Development Goal number 6 - ensuring availability and sustainable management of water and sanitation for all. Businesses can offer sustainable water solutions via the goods, services and technologies they provide, and through innovative collaboration models.
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Poor sanitation remains a major public health concern linked to several important health outcomes; emerging evidence indicates a link to childhood stunting. In India over half of the population defecates in the open; the prevalence of stunting remains very high. Recently published data on levels of stunting in 112 districts of India provide an opportunity to explore the relationship between levels of open defecation and stunting within this population.
SPEARS, D. ; GHOSH, A. ; CUMMING, O. (2013): Open Defecation and Childhood Stunting in India. An Ecological Analysis of New Data from 112 Districts. In: PLOS ONE: Volume 9 URL [Accessed: 10.06.2018] PDFWater quality, sanitation, handwashing and nutritional interventions can independently reduce enteric infections and growth faltering. There is little evidence that directly compares the effects of these individual and combined interventions on diarrhoea and growth when delivered to infants and young children. The objective of the WASH Benefits study is to help fill this knowledge gap.
ARNOLD, B.F. ; NULL, C. ; LUBY, S. ; UNICOMB, L. ; STEWART, C. ; DEWEY, K. ; AHMED, T. ; ASHRAF, S. ; CHRISTENSEN, G. ; CLASEN, T. ; DENTZ, H.N. ; FERNALD, L.C.H. ; HAQUE, R. ; HUBBARD, A. ; KARIGER, P. ; LEONTSINI, E. ; LIN, A. ; NJENGA, S.M. ; PICKERING, A.J. ; RAM, P.K. ; TOFAIL, F. ; WINCH, P. ; COLFORD, J.M. (2013): Cluster-Randomised Controlled Trials of Individual and Combined Water, Sanitation, Hygiene and Nutritional Interventions in Rural Bangladesh and Kenya. The WASH Benefits Study Design Rationale. In: BMJ Open.: URL [Accessed: 09.06.2018] PDFThis paper is part of the Special Issue Arctic Monitoring and Assessment Program. The Arctic Monitoring and Assessment Programme (AMAP) is tasked with monitoring the levels of contaminants present in the Arctic environment and people as well as assessing their effects on a continuous basis, and reporting these results regularly. Most of the presented data have been collected over the last 20 years and are from all eight Arctic countries. Levels of contaminants appear to be declining in some of the monitored Arctic populations, but it is not consistent across the Arctic. Most Arctic populations continue to experience elevated levels of these contaminants compared to other populations monitored globally.
GIBSON, J., ADLARD, B., OLAFSDOTTIR, K., MANNING SANDANGER, T. and OYVIND ODLAND, J. (2016): Levels and trends of contaminants in humans of the Arctic. In: International Journal of Circumpolar Health: Volume 75 , 10. URL [Accessed: 07.06.2018] PDFThis assessment report presents the results of the 2016 AMAP Assessment of Chemicals of Emerging Arctic Concern which was conducted between 2014 and 2016 by an international group of experts. The report updates the AMAP POPs assessments delivered in 1998, 2002 and 2009, specifically with respect to information on chemicals newly identified in the Arctic environment.
The 2015 Human Health Assessment Report follows three previous AMAP assessments on human health (AMAP 1998, 2003, 2009) and represents the current knowledge base after 25 years of focused study. This report includes new knowledge, updates and fills information gaps identified in past reports, and focuses attention on the most recent integrated scientific knowledge related to environmental contaminants and human health. It does not update information concerning the levels and effects of radioactivity and UV-radiation; these topics were addressed in the first comprehensive AMAP Assessment Report (AMAP 1998). The AMAP 2015 collects and discuss all the data from the relevant cohorts and surveys carried out in Inuits groups of Alaska, Canada and Greenland. It describes the projects, the results as the levels of contaminants found in the areas, the health that these contaminants can cause, future risks, and risk communication.
The Circumpolar Health Observatory (CircHOB) is an international collaborative health information system, involved in systematic, standardized, and consistent data collection and analysis. In addition to aggregating online and print resources, CircHOB is population-based, and produces data for all northern regions in all circumpolar countries. CircHOB’s purpose is to monitor trends and patterns in health status, health determinants, and health care, provides qualitative and quantitative evidence for planning and evaluation of health programs and services. It is on-going and sustainable with periodic updates.
This document provides updates on the SDGs as well as assessment of the MDGs
WHO <UNICEF (2015): Progress on Sanitation and Drinking Water. 2015 Update and MDG Assessment. Geneva : URL [Accessed: 07.06.2018]This paper discusses the health impacts of climate changes on arctic residents. Stating that it is crucial to understand, collect and organize information indicative of the changes taking place and their potential impacts, the article proposes a series of community indicators to support the development of monitoring and decision-making ability within northern regions and communities.
BERNER J., FURGAL, CH. (2005): Human Health. In: Arctic Climate Impact Assessment: URL [Accessed: 07.06.2018]This first review on the occurrence and environmental profile of PPCPs in the Arctic identified the presence of 110 related substances in the Arctic environment based on the reports from scientific publications, national and regional assessments and surveys, as well as academic research studies (i.e., PhD theses).
PPCP residues were reported in virtually all environmental compartments from coastal seawater to high trophic level biota. For Arctic environments, domestic and municipal wastes as well as sewage are identified as primary release sources. However, the absence of modern waste water treatment plants (WWTPs), even in larger settlements in the Arctic, is resulting in relatively high release rates for selected PPCPs into the receiving Arctic (mainly) aquatic environment.
This website provides detailed insights into the integrity management approach and contains all integrity risks and tools as well as relevant guidance and publications related to the IM Toolbox.
http://www.waterintegritynetwork.net/imtoolbox/ [Accessed: 07.06.2018]This report is based on available reports, published case studies and peer reviewed research articles from Arctic and Antarctic sites. Descriptions of contaminated sites in Svalbard are based on available reports, the Norwegian Environment Agency’s database on contaminated ground sites in Norway, peer reviewed research articles and personal communication with the pollution advisers at the Governor of Svalbard.
This report should be considered as a starting point for further investigations into local pollution issues in Svalbard. The report also provides initial guidance on how to approach remediation of polluted sites in Svalbard.
This review presents data on morbidity rates among people, domestic animals and wildlife in the Russian Arctic, focusing on the potential climate related emergence of such diseases as tick-borne encephalitis, tularemia, brucellosis, leptospirosis, rabies, and anthrax.
REVICH, B., TOKAREVICH, N., PARKINSON, A. J. (2012): Climate change and zoonotic infections in the Russian Arctic. In: International Journal of Circumpolar Health: Volume 71 URL [Accessed: 07.06.2018] PDFThe goals of this report are to provide an update to the first AHDR (2004) in terms of an assessment of the state of Arctic human development; to highlight the major trends and changes unfolding related to the various issues and thematic areas of human development in the Arctic over the past decade; and, based on this as- sessment, to identify policy relevant conclusions and key gaps in knowledge, new and emerging Arctic success stories, and important AHDR-II follow-up activities.
UN-Water Global Analysis and Assessment of Sanitation and Drinking-Water. Glaas 2017 reprot
WHO (2017): Financing Universal Water, Sanitation and Hygiene under the Sustainable Development Goals. URL [Accessed: 07.06.2018]