Waterborne Diseases
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Bacterial Contamination of Drinking Water Sources in Rural Villages Of
Gwimbi et al. Environmental Health and Preventive Medicine (2019) 24:33 Environmental Health and https://doi.org/10.1186/s12199-019-0790-z Preventive Medicine RESEARCH ARTICLE Open Access Bacterial contamination of drinking water sources in rural villages of Mohale Basin, Lesotho: exposures through neighbourhood sanitation and hygiene practices Patrick Gwimbi* , Maeti George and Motena Ramphalile Abstract Background: Bacterial contamination of drinking water is a major public health problem in rural areas of sub- Saharan Africa. Unimproved water sources are a major reservoir of Escherichia coli (E. coli) causing severe diarrhoea in humans. This study assessed E. coli counts in drinking water from different sources and their relationship with water source protection status and neighbourhood sanitation and hygiene practices in rural villages of Mohale Basin in Lesotho. Methods: Thirty drinking water sources were purposively sampled and their water analysed for E. coli counts. The types of water sources, their protection status and neighbourhood sanitation and hygiene practices in their proximity were also assessed. E. coli counts in water samples were compared to water source protection status, neighbourhood sanitation, hygiene practices, livestock faeces and latrine proximity to water sources. Results: E. coli counts were found in all water samples and ranged from less than 30 colony-forming units (cfu)/100 ml to 4800 cfu/100 ml in protected sources to 43,500,000 cfu/100 ml in unprotected sources. A significant association between E. coli counts in drinking water samples and lack of water source protection, high prevalence of open defecation (59%, n = 100), unhygienic practices, livestock faeces and latrine detections in proximity to water sources was found in the study (P <0.05). -
Global SDG Baseline for WASH in Health Care Facilities Practical Steps to Achieve Universal WASH in Health Care Facilities
Global SDG baseline for WASH in health care facilities Practical steps to achieve universal WASH in health care facilities Questions and Answers What is meant by WASH in health care facilities? The term “WASH in health care facilities” refers to the provision of water, sanitation, health care waste, hygiene and environmental cleaning infrastructure and services across all parts of a facility. “Health care facilities” encompass all formally-recognized facilities that provide health care, including primary (health posts and clinics), secondary, and tertiary (district or national hospitals), public and private (including faith-run), and temporary structures designed for emergency contexts (e.g., cholera treatment centers). They may be located in urban or rural areas. Why is WASH in health care facilities so important? WASH services are fundamental to providing quality care. Without such services, health goals, especially those for reducing maternal and neonatal mortality, reducing the spread of antimicrobial resistance and preventing and containing disease outbreaks will be not met. WASH is also critical to the experience of care. Services such as functional and accessible toilets with menstrual hygiene facilities and safe drinking-water support patient and staff dignity and fulfill basic human rights. With a renewed focus on primary health care services through the Astana Declaration and a renewed focus on preventing early childhood deaths through the Every Child Alive Campaign the opportunity to address WASH in health systems strengthening has never been greater. What are the current global estimates for WASH in health care facilities? The WHO and UNICEF Joint Monitoring Programme (JMP) 2019 SDG baseline report establishes national, regional and global baseline estimates that contribute towards global monitoring of SDG 6, universal access to WASH. -
People's Republic of Bangladesh Country Overview
People's Republic of Bangladesh Country Overview Summary Bangladesh has made remarkable progress in advancing access to water and sanitation services by increasing access to drinking water to 98%1 and reducing open defecation practices to almost zero in 2019 (1.5%2). In 2018 74.8% of the population had a handwashing station with water and soap on their premises3. The major WASH challenge Bangladesh is now facing is to improve practices and quality of WASH services i.e., predominantly water quality and safe disposal of human excreta to fully realize health and wellbeing outcomes for the poorest. In achieving this, the sector also has to overcome climate change impacts affecting the sustainability and continuity and quality of WASH services. According to the SDG Financing Strategy 2017 of General Economic Division, Bangladesh will require additional 11.80 billion dollars to achieve SDG-6 (constant 2015-16 prices) out of which 9.34 billion dollars is required for SDG 6.1 and SDG 6.24. The financial requirement for fiscal year 2017-2018 for SDG 6.1 & SDG 6.2 was 1.31 billion US dollars. Allocation was US$ 0.80 billion dollar and the gap was 0.51 billion US$5. About half of the WASH sector budget allocation for SDG-6 is from the public-sector funds, with private sector contributing 30% and development assistance making up the balance (20%). Government has also expanded the Annual Development Programme (ADP)6 Budget allocations to the sector from US$ 563 million in fiscal year 2017-18 to US$ 1.44 billion in 20018-19. -
Menstrual Hygiene Management TOOLKIT
Menstrual Hygiene Management TOOLKIT May 2015 About SPLASH: SPLASH (Schools Promoting Learning Achievement through Sanitation and Hygiene) is a comprehensive school-based water supply, sanitation, and hygiene (WASH) project funded by USAID/Zambia through field support. SPLASH is implemented through the WASHplus project, which supports healthy households and communities by creating and delivering interventions that lead to improvements in WASH and household air pollution (HAP). This five-year project (2010-2015), funded through USAID’s Bureau for Global Health (AID-OAA-A-10-00040) and led by FHI 360 in partnership with CARE and Winrock International, uses at-scale programming approaches to reduce diarrheal diseases and acute respiratory infections, the two top killers of children under age 5 globally. Recommended Citation: SPLASH, 2015. Menstrual Hygiene Management Toolkit. Washington D.C., USA. USAID/WASHplus Project. Contact Information: Justin Lupele Sandra Callier SPLASH Chief of Party WASHplus Project Director Plot 2473 Farmers’ Village, ZNFU Complex 1825 Connecticut Avenue, NW Tiyende Pamodzi Rd, Off Nangwenya Rd Washington, DC 20009-5721 Showgrounds Areas Office tel.: 202-884-8960 P.O. Box 51439 Ridgeway [email protected] Lusaka, Zambia Cell: 0971252490 [email protected] This toolkit is made possible by the generous support of the American people through the United States Agency for International Development (USAID) Bureau for Global Health under terms of Cooperative Agreement No. AID-OAA-A-10-00040. The contents are the responsibility of FHI 360, and do not necessarily reflect the views of USAID or the United States Government. May 2015 ACKNOWLEDGMENT WASHplus/SPLASH is indebted to USAID/Zambia for its financial and technical support to the SPLASH project and the Ministry of Education Science, Vocational Training and Early Education (MESVTEE), Eastern Province for supporting the development of this publication. -
Water, Sanitation, and Hygiene Practices and Challenges During the COVID-19 Pandemic: a Cross-Sectional Study in Rural Odisha, India
Am. J. Trop. Med. Hyg., 104(6), 2021, pp. 2264–2274 doi:10.4269/ajtmh.21-0087 Copyright © 2021 by The American Society of Tropical Medicine and Hygiene Water, Sanitation, and Hygiene Practices and Challenges during the COVID-19 Pandemic: A Cross-Sectional Study in Rural Odisha, India Valerie Bauza,1* Gloria D. Sclar,1,2 Alokananda Bisoyi,3 Fiona Majorin,4 Apurva Ghugey,5 and Thomas Clasen1 1Gangarosa Department of Environmental Health, Rollins School of Public Health, Emory University, Atlanta, Georgia; 2Department of Psychology, University of Zurich, ¨ Zurich, ¨ Switzerland; 3Independent Consultant, Berhampur, Odisha, India; 4London School of Hygiene and Tropical Medicine, London, United Kingdom; 5Gram Vikas, Bhubaneswar, Odisha, India Abstract. Water, sanitation, and hygiene (WASH) practices emerged as a critical component to controlling and preventing the spread of the COVID-19 pandemic. We conducted 131 semistructured phone interviews with households in rural Odisha, India, to understand behavior changes made in WASH practices as a result of the pandemic and challenges that would prevent best practices. Interviews were conducted from May through July 2020 with 73 heads of household, 37 caregivers of children < 5 years old, and 21 members of village water and sanitation committees in villages with community-level piped water and high levels of latrine ownership. The majority of respondents (86%, N = 104) reported a change in their handwashing practice due to COVID-19, typically describing an increase in handwashing frequency, more thorough washing method, and/or use of soap. These improved handwashing practices remained in place a few months after the pandemic began and were often described as a new consistent practice after additional daily actions (such as returning home), suggesting new habit formation. -
World Bank Document
WATER AND SANITATION PROGRAM: RESEARCH BRIEF Public Disclosure Authorized Scaling Up Rural Sanitation Investing in the Next Generation: Growing Tall and Smart with Toilets Stopping Open Defecation Improves Children’s Height in Cambodia November 2013 Key Messages Public Disclosure Authorized • The period between 2005 and 2010 witnessed a significant reduction in the number of households openly defecating and an increase in average child height. The improvement in sanitation access likely played a substantial role in increasing average child height over these five years. • Good toilets make good neighbors. The research in Cambodia found that open defecation not only affects one’s own health, but it also affects the health of one’s neighbors. The extent of open defecation in a community is more important for a child’s development than whether the Public Disclosure Authorized child’s household itself openly defecates. INTRODUCTION • Given the importance of the extent of open defecation in Open defecation within a community harms the physical a community, sanitation policies would best prioritize and cognitive development of children, even children living in collective community-wide behavior change to stop households that use toilets themselves. Frequently digesting open defecation; incentives, policies, and targets that feces due to poor sanitation can cause diarrhea, malnutrition, encourage collective behavior change are needed. and stunted growth-and thus impact negatively on a child’s cognitive development (Box 1). Experiencing these health haz- • Poor households with severe cash constraints are ards at young ages can ultimately limit one’s earning potential best supported through programs that focus on later in life. collective outcomes, complemented by targeted household support. -
TUTORIAL in BIOSTATISTICS: the Self-Controlled Case Series Method
STATISTICS IN MEDICINE Statist. Med. 2005; 0:1–31 Prepared using simauth.cls [Version: 2002/09/18 v1.11] TUTORIAL IN BIOSTATISTICS: The self-controlled case series method Heather J. Whitaker1, C. Paddy Farrington1, Bart Spiessens2 and Patrick Musonda1 1 Department of Statistics, The Open University, Milton Keynes, MK7 6AA, UK. 2 GlaxoSmithKline Biologicals, Rue de l’Institut 89, B-1330 Rixensart, Belgium. SUMMARY The self-controlled case series method was developed to investigate associations between acute outcomes and transient exposures, using only data on cases, that is, on individuals who have experienced the outcome of interest. Inference is within individuals, and hence fixed covariates effects are implicitly controlled for within a proportional incidence framework. We describe the origins, assumptions, limitations, and uses of the method. The rationale for the model and the derivation of the likelihood are explained in detail using a worked example on vaccine safety. Code for fitting the model in the statistical package STATA is described. Two further vaccine safety data sets are used to illustrate a range of modelling issues and extensions of the basic model. Some brief pointers on the design of case series studies are provided. The data sets, STATA code, and further implementation details in SAS, GENSTAT and GLIM are available from an associated website. key words: case series; conditional likelihood; control; epidemiology; modelling; proportional incidence Copyright c 2005 John Wiley & Sons, Ltd. 1. Introduction The self-controlled case series method, or case series method for short, provides an alternative to more established cohort or case-control methods for investigating the association between a time-varying exposure and an outcome event. -
Car Washing Poster
WHEN YOU’RE WASHING YOUR CAR IN THE DRIVEWAY, YOU’RE NOT JUST WASHING YOUR CAR IN THE DRIVEWAY. Storm drains run directly into lakes, rivers or marine waters. When you wash your car in your drive way, the soap can go down the storm drain and pollute our waters. Don’t feed soap to the storm drain. Wash your car right. Keep your waters clean. A message from the Washington Departments of Ecology, Health, Washington Parks & Recreation Commission, Washington Conservation Commission, Puget Sound Partnership, WSU Extension Service, U.S. Environmental Protection Agency and Thurston County Stream Team. When you’re washing We all need clean water. your car in the We drink it, fish in it, play in it. We enjoy all it adds to our lives. In fact, we need it to driveway, you’re not survive. Fish and wildlife do, too. More than 60 percent of water pollution just washing your car comes from things like cars leaking oil, fer- tilizers and pesticides from farms and gar- in the driveway. dens, failing septic tanks, pet waste, and fuel spills from recreational boaters. Clean water is important to all of us. It's up to all of us to make it hap- All these small, dispersed sources add up pen. In recent years sources of water pollution like industrial wastes to a big pollution problem. But each of us from factories have been greatly reduced. Now, most water pollution can do small things to help clean up our comes from things like cars leaking oil, fertilizers from farms and gar- waters too—and that adds up to a pollution dens, and failing septic tanks. -
Water, Sanitation and Hygiene (WASH)
July 2018 About Water, Sanitation and UNICEF The United Nations Children’s Fund (UNICEF) Hygiene (WASH) works in more than 190 countries and territories to put children first. UNICEF WASH and Children has helped save more Globally, 2.3 billion people lack access to basic children’s lives than sanitation services and 844 million people lack any other humanitarian organization, by providing access to clean drinking water. The lack of health care and immuni these basic necessities isn’t just inconvenient zations, safe water and — it’s lethal. sanitation, nutrition, education, emergency relief Over 800 children die every day — about 1 and more. UNICEF USA supports UNICEF’s work every 2 minutes — from diarrhea due to unsafe through fundraising, drinking water, poor sanitation, or poor advocacy and education in hygiene. Suffering and death from diseases the United States. Together, like pneumonia, trachoma, scabies, skin we are working toward the and eye infections, cholera and dysentery day when no children die from preventable causes could be prevented by scaling up access and every child has a safe to adequate water supply and sanitation and healthy childhood. facilities and eliminating open defecation. For more information, visit unicefusa.org. Ensuring access to water and sanitation in UNICEF has helped schools can also help reduce the number of increase school children who miss out on their education — enrollment in Malawi through the provision especially girls. Scaling up access to WASH of safe drinking water. also supports efforts to protect vulnerable © UNICEF/UN040976/RICH children from violence, exploitation and abuse, since women and girls bear the heaviest Today, UNICEF has WASH programs in 113 burden in water collection, often undertaking countries to promote the survival, protection long, unsafe journeys to collect water. -
The Impacts of Beach Pollution Polluted Beach Water Makes Swimmers Sick and Hurts Coastal Economies
TESTING THE WATERS 24TH EDITION The Impacts of Beach Pollution Polluted beach water makes swimmers sick and hurts coastal economies. Illnesses associated with polluted beach water include stomach flu, skin rashes, pinkeye, respiratory infections, meningitis, and hepatitis. In addition to the health effects of polluted beach water, there may be deep financial impacts as well. Economists have estimated that a typical swimming day is worth approximately $35 for each beach visitor, so the economic loss for each day on which a beach is closed or under advisory for water quality problems can be quite significant. HEALTH RISKS Sensitive populations such as children, the elderly, or those with a weakened immune system are particularly at risk Diseases Caused by Pathogens in Bathing Waters for long-term effects. For example, research has shown that Polluted waters may contain disease-causing organisms children under the age of nine have more reports of diarrhea called pathogens. The most common types of pathogens— and vomiting from exposure to waterborne pathogens bacteria, viruses, and protozoa—are those associated with than any other age group, with at least a twofold increase human and animal waste. For instance, giardiasis is caused occurring over the summer swimming months.2 There is by the protozoan Giardia lambia, North America’s leading usually a delay of several days to two weeks between contact 1 reported intestinal parasite. Swimmers in sewage-polluted with contaminated water and expression of symptoms, and water can contract any illness that is spread by fecal contact, most people who get sick from swimming are not aware of including stomach flu, respiratory infection, and ear and the link. -
And Waterborne Infections Or Sexually Transmitted Infections Among Finnish International T Travellers, 1995–2015
Travel Medicine and Infectious Disease 25 (2018) 35–41 Contents lists available at ScienceDirect Travel Medicine and Infectious Disease journal homepage: www.elsevier.com/locate/tmaid Destination specific risks of acquisition of notifiable food- and waterborne infections or sexually transmitted infections among Finnish international T travellers, 1995–2015 ∗ Viktor Zöldia,b, , Jussi Sanea, Anu Kantelec,d, Ruska Rimhanen-Finnea, Saara Salmenlinnaa, Outi Lyytikäinena a Department of Health Security, National Institute for Health and Welfare (THL), Helsinki, Finland b European Programme for Intervention Epidemiology Training (EPIET), European Centre for Disease Prevention and Control (ECDC), Stockholm, Sweden c Infectious Diseases, University of Helsinki, Helsinki University Hospital, Helsinki, Finland d Unit of Infectious Diseases, Karolinska Institutet, Solna, Stockholm, Sweden ARTICLE INFO ABSTRACT Keywords: Background: Overnight international travels made by Finns more than doubled during 1995–2015. To estimate Travel risks and observe trends of travel-related notifiable sexually transmitted and food- and water-borne infections Communicable diseases (STIs and FWIs) among travellers, we analysed national reports of gonorrhoea, syphilis, hepatitis A, shigellosis, Sexually transmitted diseases campylobacteriosis and salmonellosis cases and related them to travel statistics. Foodborne diseases Method: Cases notified as travel-related to the Finnish infectious diseases register were used as numerators and Waterborne diseases overnight stays of Statistics Finland surveys as denominator. We calculated overall risks (per 100,000 travellers) and assessed trends (using regression model) in various geographic regions. Results: Of all travel-related cases during 1995–2015, 2304 were STIs and 70,929 FWIs. During 2012–2015, Asia-Oceania showed highest risk estimates for gonorrhoea (11.0; 95%CI, 9.5–13), syphilis (1.4; 0.93–2.1), salmonellosis (157; 151–164), and campylobacteriosis (135; 129–141), and Africa for hepatitis A (4.5; 2.5–7.9), and shigellosis (35; 28–43). -
Water, Sanitation and Hygiene in Health Care Facilities: Driving Transformational Change for Women and Girls Wateraid/ James Kiyimba Wateraid
Water, sanitation and hygiene in health care facilities: driving transformational change for women and girls WaterAid/ James Kiyimba WaterAid/ 1 Water, sanitation and hygiene in health care facilities: driving transformational change for women and girls Access to clean water, sanitation and hygiene (WASH) in healthcare facilities is a fundamental component of Universal Health Coverage (UHC) and underpins the delivery of safe, quality health services for all, especially women and girls. As the main users of health services and the primary caregivers for family members in many countries around the world, the burden of poor WASH in healthcare facilities falls disproportionately on women. Improving access to WASH in healthcare settings, designed with gender considerations, can contribute to sustainable improvements in the quality of healthcare services, supporting core aspects of UHC including equity and dignity, and ultimately, to positive health and empowerment outcomes for women and their families. Despite being a fundamental component of health systems, WASH services are too often neglected and under-prioritised by governments and development partners. In 2018, the United Nations Secretary General issued a Global Call to Action to elevate the importance of, and prioritize action on, WASH in healthcare facilities. This is in line with the SDGs WaterAid/ James Kiyimba WaterAid/ on health (SDG 3) and clean water and sanitation (SDG 6), and supports a long-term vision that all healthcare facilities provide quality care in a safe, clean environment