Community Health Clubs in Africa: Difference between revisions
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[[Wikipedia:Welcoming committee/Welcome to Wikipedia|Welcome to Wikipedia]], Bvv002! Thank you for [[Special:Contributions/Bvv002|your contributions]]. I am [[User:EMsmile|EMsmile]], and I am a part of a group of people wishing to improve [[sanitation]]-related articles on Wikipedia (which also includes topics around [[water supply]] and [[public health]]). If you have any questions about editing on Wikipedia, please feel free to leave me a message on [[User talk:EMsmile|my talk page]]. |
[[Wikipedia:Welcoming committee/Welcome to Wikipedia|Welcome to Wikipedia]], Bvv002! Thank you for [[Special:Contributions/Bvv002|your contributions]]. I am [[User:EMsmile|EMsmile]], and I am a part of a group of people wishing to improve [[sanitation]]-related articles on Wikipedia (which also includes topics around [[water supply]] and [[public health]]). If you have any questions about editing on Wikipedia, please feel free to leave me a message on [[User talk:EMsmile|my talk page]]. |
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I noticed that you added your name to the Outreach Dashboard of the Sanitation Wikipedia project [https://outreachdashboard.wmflabs.org/courses/SuSanA/Sustainable_Sanitation_Alliance_Wikipedia_Initiative__Sept_2017_and_beyond_(Sept_2017_onwards)/students here]. That's great, thank you! |
I noticed that you added your name to the Outreach Dashboard of the Sanitation Wikipedia project [https://outreachdashboard.wmflabs.org/courses/SuSanA/Sustainable_Sanitation_Alliance_Wikipedia_Initiative__Sept_2017_and_beyond_(Sept_2017_onwards)/students here]. That's great, thank you! |
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After running our first [[Wikipedia:Meetup/Sustainable_Sanitation_Alliance_Edit-a-thon_for_World_Water_Day_March_2017_@_SuSanA_Platform_Worldwide#Event_information|SuSanA Wikipedia Edit-a-thon for World Water Day]] in March 2017, we are now doing something similar but better for [[World Toilet Day]]. This drive is taking place during the two months prior to 19 November 2017. We've put together an outline of how we see this working here in our [[Wikipedia:Meetup/Sanitation Wikipedia/2|Meetup page]]. This time we are focussing on a select few number of articles (we have chosen 70). Also we are focussing mainly on improving their readability scores and their leads. Can you help? Then please start editing and improving any number of those 70 articles which are listed [[Wikipedia:Meetup/Sanitation Wikipedia/2#Sanitation articles to choose from for this drive|here]]. And please get in touch with us on the talk page of that meetup page because it is always more fun to feel part of a team effort! |
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I am [[User:EMsmile|EMsmile]], and I am a part of a group of people wishing to improve [[sanitation]]-related articles on Wikipedia (which also includes topics around [[water supply]] and [[public health]]). If you have any questions about this work, please feel free to leave me a message on [[User talk:EMsmile|my talk page]]. |
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Revision as of 22:01, 9 October 2017
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Community Health Clubs (CHCs) also known as Community Hygiene Clubs are voluntary community based organisations dedicated to improving health through the promotion of hygiene[1]. CHCs are formed at village level and have no po The concept was developed by Dr Juliet Waterkeyn, Africa AHEAD.
The WP:LEAD should provide a three to four paragraph summary or overview in basic language. The lead should contain only one image
Nomenclature or definitions
Background
The idea of CHCs was first developed in Kenya where Dr Juliet Waterkeyn spent a lot of time developing illustrations for training materials for the Kenya Water for Health Organisation (KWAHO) and spent a significant amount of time observing the living conditions and habits of rural communities. After observing the practices of women in rural households, it became evident that a lack of ownership was the cause for slow community development. The concept of CHC was developed to gather communities and communally discuss hygiene and improving the health of children [2].
Overview / explanations / current practice
Community Health Workers (CHW) as well as Environmental Health Technicians (EHT) are often used to help run the clubs. They receive a 1 week training about the organisation of the Community Health Clubs and are given the training materials and taught how to use it [3].
There are two types of CHCs, Classic and Lite. The difference between the two is based on the length of the training of the CHWs as well as the number of dialogue sessions that they have been trained in.
CHCs attract an average of 75 members, which includes an elected six member committee, a chairperson, a secretary and a Community Health Worker (CHW) facilitator, who is responsible for leading the dialogue sessions and motivating the club members to adopt better hygiene practices [4]. The Classic CHCs have a training session of 6 months where the club meets weekly to discuss one of the 20 - 24 dialogue sessions on health and hygiene. Lite CHCs have a training session of 3 months and discuss a total of 8 dialogue sessions concentrating only on WASH topics [5]. After each session members are given homework and are encouraged to complete it before the next session. Each member is given a membership card when they join the club and the CHW is responsible for signing off the dialogue sessions attended by each member [3]. A certificate of completion is awarded to club members that complete all dialogue sessions during the graduation ceremony [6].
Health Aspects
There are four main stages that have been identified that CHCs go through [4]:
Stage 1: Health Promotion
This stage is the entry point, where members meet weekly for a two-hour session at a venue of choice. During these sessions visual aid cards are used to engage members in discussions and debates on topics encouraging health and hygiene promotion. Various participatory activities take place that entertain and encourage members to get involved in the decision making process on improving daily hygiene habits. Additionally, it is recommended that each week members make small changes in their own homes before the next meeting. These recommended practices rarely require financial expenditure and are solely habit changing [4].
Stage 2: Safe Drinking Water and Sanitation
Once club members begin to understand the transmission of germs, effort is made to protect oneself. When a majority of the members become convinced, it is through positive peer pressure that makes sanitation a priority and club members help each other with meeting their new hygiene standards. Latrines and wells are dug, hand washing facilities are build without any support from outside funds. The maintenance of water facilities is the responsibility of the CHC committee, who are in charge for the use and sustainability of the WASH facilities in the village [4].
Stage 3: Food Agriculture and Nutrition (FAN)
Members then shift their focus on child survival and a balanced diet after all high-risk habits have been replaced by safe hygiene practices and when basic safe water and sanitation facilities available. As a result communal nutrition gardens are started by CHC members where produce is organised to maintain a balanced diet all year round. Additionally these gardens also help to support vulnerable families in the community [4].
Stage 4: Empowerment of Women
The importance of the CHC meetings can result into the construction of permanent meeting shelter, which can also be used for play school for toddlers. Other clubs start income generating projects such as soap making, whilst others create saving and loan schemes and so enable members to buy the necessary products needed to keep maintain hygiene standards. As most CHCs have more female members (citation needed), the clubs themselves end up becoming a safetly net for mothers [4].
Critics
History
(particularly who first coined the term, how the use has changed in time)
Society and culture
(might include regulations if applicable)
Examples
(e.g. of NGOs/governments/academics who use this term and noting any variety in usage)
References
(preference given to reputable sources, literature reviews; not blogs or discussion forums)
- ^ "Africa AHEAD | Applied Health Education & Development". africaahead.com. Retrieved 2016-02-11.
- ^ "VISION | Africa AHEAD". africaahead.com. Retrieved 2016-08-03.
- ^ a b Waterkeyn, Cairncross, Juliet, Sandy (31 May 2005). "Creating demand for sanitation and hygiene through Community Health Clubs: A cost-effective intervention in two districts in Zimbabwe". Social Science & Medicine. 61 (9). doi:10.1016/j.socscimed.2005.04.012. Retrieved 2005 – via Elsevier Science Direct.
{{cite journal}}
: Check date values in:|access-date=
(help)CS1 maint: multiple names: authors list (link) - ^ a b c d e f http://www.africaahead.org/wp-content/uploads/2015/05/2014..Africa-AHEAD-Strategic-Plan.pdf
- ^ http://www.africaahead.org/wp-content/uploads/2013/10/2014-15-Annual-Report-final.pdf
- ^ "Africa AHEAD".
See also
(only if the terms are not anyway cross-referenced in the article)
External links
(should only link to very important websites)
++++++++++++++
A vermidigester (also called wormdigester) is an aerobic reactor where vermicomposting occurs. It can be addapted to all types of vermicomposting as domestic vermicomposting, urban vermicomposting, farm vermicomposting and agroindustrial vermicomposting.
The system is constructed according to environmental engineering principles and procedures. One particular characteristic is that the top surface area is normally higher than the bottom surface area, as this increases pressure in the bottom and an increase in vermicompost release. However, other models cold not have this geometry.
Definition and basic principles
In all vermidigesters, the organic wastes are treated in treatment compartments. Consonant their typology, the treatment compartments may have a static configuration or a dynamic configuration. The great majority of vermidigesters have static compartments, as the dynamic compartments are fundamentally characteristic of the systems used in urban small scale vermicomposting. In this particular case, the systems are called vermicomposters, and vertical vermiculture systems, consisting these ones by stackable vertical boxes.
Relatively to the systems with syatic compartments, these may to be divided in compartment with a semipyramid configuration and compartments with uniform configuration, being the section for the deposition of the vermicompost open or closed. In the static configuration, the different wastes streams are treated in a single compartment, as this is subdivided by modules, being the vermicompost separated from the earthworms after deposition into a specific and independent compartment. In contrary, the systems with dynamic configuration, earthworms are separated from the vermicompost, using 3 to 5 vertical stackble compartments.
Process
The vermicomposting process that occurs in vermidigesters in slightly different when compared with traditional beds or conventional wormeries. The structure increases pressure inside the wall but also in the bottom. In result, the vermicompost produced over the process will fall more easily and more often when compared with traditional and conventional vermicomposting process. The entirely process is characterized as a vertical process, when earthworms work in the upper centimeters of materials. Pressure inside in the walls of the vermidigester is created since the vermicompost and waste in decomposition work like a fluid. In this case, since each material has a proper bulk density, each material will develop a proper pressure. Total pressure inside the vermidigester is dependent of the depth of each level.
Types
Vermidigesters should all have a lid, preventing the entry of natural or artificial light, and also rainwater. The bottom of the treatment section of a vermidigester consists of bars with 3 and 20 mm thick, with 30 to 100 mm space between each one. Other alternative to the previous bars is to apply a mesh with square ir circular holes with 8 to 12 mm gap. Several boxes are placed in the bottom of the system for the deposition of the vermicompost under the bars/mesh or, alternatively, it should be deposited in an appropriate section or waterproofed soil. Some systems may have a leachate holding compartment under the vermicompost compartment.
Sizing and Design
Vermidigesters are sized according to the organic waste production per person per unit of time. Is well known that Eisenia fetida and Eisenia andrei earthworms ingest per day half of their own weight per day.[1][2] Each person produces near 500 g day−1 of organic food waste. On a typical household family of 4 persons, this should be a total waste production of near 2.0 kg day−1. Besides, an ideal treatment capacity is 2.5 kg m−2.day. According to this:
Earthworm density = treatment capacity * 2
Surface area required = organic waste production/treatment capacity
Mass of eaethworms required = Earthworm density * surface area required
Daily total vermicompost produced = organic waste production * 0.6
Maintenance
Vermicompost, as worm castings, will fall to the bottom of the system, by gravity of using mechanical processes. In general, domestic vermidigesters, doesn't require special mechanical processes since the organic loading of waste is not higher than 1–2 kg day−1. However, when the organic waste production increases - on farms, gardens of bigger families, a mechanic process should be installed in the vermidigester. This is particular important since 60% of the organic waste ingested by an earthwrorm is converted into wormcasts.[3][4]
Environmental beneffits
This section is empty. You can help by adding to it. (February 2017) |
See also
References
- ^ LOURENÇO, N.(2010). Vermicompostagem, Gestão de Resíduos Orgânicos – Princípios, Processos e Aplicações. ISBN 9789899685512 FUTURAMB, 1.ª Ed. 404 pp.)
- ^ LOURENÇO, N. (2014). Manual de Vermicompostagem e Vermicultura para a Agricultura Orgânica. ISBN 9789897230479. Publindústria, 1.ª Ed. 260 pp)
- ^ LOURENÇO, N.(2010). Vermicompostagem, Gestão de Resíduos Orgânicos – Princípios, Processos e Aplicações. ISBN 9789899685512 FUTURAMB, 1.ª Ed. 404 pp.)
- ^ LOURENÇO, N. (2014). Manual de Vermicompostagem e Vermicultura para a Agricultura Orgânica. ISBN 9789897230479. Publindústria, 1.ª Ed. 260 pp.)
Welcome to Sanitation Wikipedia!
Welcome to Wikipedia, Bvv002! Thank you for your contributions. I am EMsmile, and I am a part of a group of people wishing to improve sanitation-related articles on Wikipedia (which also includes topics around water supply and public health). If you have any questions about editing on Wikipedia, please feel free to leave me a message on my talk page.
I noticed that you added your name to the Outreach Dashboard of the Sanitation Wikipedia project here. That's great, thank you! After running our first SuSanA Wikipedia Edit-a-thon for World Water Day in March 2017, we are now doing something similar but better for World Toilet Day. This drive is taking place during the two months prior to 19 November 2017. We've put together an outline of how we see this working here in our Meetup page. This time we are focussing on a select few number of articles (we have chosen 70). Also we are focussing mainly on improving their readability scores and their leads. Can you help? Then please start editing and improving any number of those 70 articles which are listed here. And please get in touch with us on the talk page of that meetup page because it is always more fun to feel part of a team effort!
I am EMsmile, and I am a part of a group of people wishing to improve sanitation-related articles on Wikipedia (which also includes topics around water supply and public health). If you have any questions about this work, please feel free to leave me a message on my talk page.
Here are some pages about Wikipedia editing that you might find helpful:
- Quick introduction to Wikipedia
- The five pillars of Wikipedia
- How to edit a page
- Ten Simple Rules for Editing Wikipedia
- Identifying reliable sources for medicine-related articles
- How to editi medical articles
- Manual of Style for sanitation-related articles
Please sign your name using four tildes (~~~~) when you post on talk pages. This will automatically produce your username and the date.
Also if you are interested in improving sanitation-related articles, you may want to join WikiProject Sanitation.
I hope you enjoy editing here and being a Wikipedian! Again welcome to Wikipedia!
Added welcome notes to talk pages
Editors to be approached later
User_talk:Almawateraid Dannyboi886
Snippet on hygiene promotion
Hygiene promotion is a planned approach of enabling people to take action and change their behaviors towards prevention and reduction of incidents relating to water, sanitation and hygiene (WASH) diseases. Hygiene promotion should aim to draw on the affected population’s knowledge, practices and resources, as well as on the current WASH evidence base to determine how public health can best be protected.[1]
Hygiene promotion is a participatory way of involving people to be accountable and take charge of WASH services and infrastructure. The three key factors are; a mutual sharing of information and knowledge, the mobilization of affected communities and the provision of essential materials and facilities.[1]
References
Water country profiles
Still need to go through all those that Alma worked on with the new terms of "basic water" etc.: https://en.wikipedia.org/wiki/Special:Contributions/Almawateraid
Access data updated with WASHwatch data and references fixed:[2]
List by country:
- Water supply and sanitation in Afghanistan
- Water supply and sanitation in Algeria
- Water supply and sanitation in Argentina
- Water supply and sanitation in Australia
- Water supply and sanitation in Bangladesh - done
- Water supply and sanitation in Belgium
- Water supply and sanitation in Benin
- Water supply and sanitation in Bolivia - done
- Water supply and sanitation in Brazil - done
- Water supply and sanitation in Burkina Faso
- Water supply and sanitation in Cambodia
- Water supply and sanitation in Canada
- Water supply and sanitation in Chile
- Water supply and sanitation in China - done
- Water supply and sanitation in Colombia
- Water supply and sanitation in Costa Rica
- Water supply and sanitation in Cuba
- Water supply and sanitation in Denmark
- Water supply and sanitation in the Dominican Republic
- Water supply and sanitation in Ecuador
- Water supply and sanitation in Egypt
- Water supply and sanitation in El Salvador
- Water supply and sanitation in England and Wales
- Water supply and sanitation in Ethiopia
- Water supply and sanitation in France
- Water supply and sanitation in Germany
- Water supply and sanitation in Ghana
- Water supply and sanitation in Gibraltar
- Water supply and sanitation in Greece
- Water supply and sanitation in Guatemala
- Water supply and sanitation in Guyana
- Water supply and sanitation in Haiti
- Water supply and sanitation in Honduras
- Water supply and sanitation in Hong Kong
- Water supply and sanitation in India - updated
- Water supply and sanitation in Indonesia
- Water supply and sanitation in Iran
- Water supply and sanitation in Iraq
- Water supply and sanitation in the Republic of Ireland
- Water supply and sanitation in Israel - updated
- Water supply and sanitation in Italy
- Water supply and sanitation in Jamaica
- Water supply and sanitation in Japan
- Water supply and sanitation in Jordan
- Water supply and sanitation in Kenya - done
- Water supply and sanitation in Lebanon
- Water supply and sanitation in Malaysia
- Water supply and sanitation in Mexico
- Water supply and sanitation in Morocco
- Water supply and sanitation in Mozambique
- Water supply and sanitation in Namibia
- Water supply and sanitation in the Netherlands
- Water supply and sanitation in New Zealand - n/a
- Water supply and sanitation in Nicaragua
- Water supply and sanitation in Nigeria
- Water supply and sanitation in Pakistan
- Water supply and sanitation in the Palestinian territories
- Water supply and sanitation in Panama
- Water supply and sanitation in Paraguay
- Water supply and sanitation in Peru
- Water supply and sanitation in the Philippines - done
- Water supply and sanitation in Portugal
- Water supply and sanitation in Russia
- Water supply and sanitation in Rwanda
- Water supply and sanitation in Saudi Arabia
- Water supply and sanitation in Scotland
- Water supply and sanitation in Senegal
- Water supply and sanitation in Sierra Leone
- Water supply and sanitation in Singapore
- Water supply and sanitation in South Africa - updated
- Water supply and sanitation in South Sudan
- Water supply and sanitation in Spain - updated
- Water supply and sanitation in Syria
- Water supply and sanitation in Tanzania
- Water supply and sanitation in Trinidad and Tobago
- Water supply and sanitation in Tunisia
- Water supply and sanitation in Turkey
- Water supply and sanitation in Uganda - done
- Water supply and sanitation in the United Kingdom - done
- Water supply and sanitation in the United States
- Water supply and sanitation in Uruguay
- Water supply and sanitation in Venezuela - done
- Water supply and sanitation in Vietnam - done
- Water supply and sanitation in Yemen - done
- Water supply and sanitation in Zambia - updated
- Water supply and sanitation in Zimbabwe
Article numbers:
1-10 are "top priority"; 11-69 are "high priority" |
Title | View rates
(average daily views from Aug 2016 to Aug 2017) |
Flesch score of entire article (aim for > 70) | Flesch score of lead only
(aim for > 70) |
---|---|---|---|---|
1 | Swachh Bharat Abhiyan | 3883 | 27 | 35 |
2 | Sustainable Development Goals | 2596 | 25 | 35 |
3 | Toilet | 1190 | 53 | 46 |
4 | Hygiene | 1032 | 40 | 38 |
5 | Sanitation | 913 | 31 | 24 |
6 | Open defecation | 632 | 34 | 35 |
7 | Wastewater | 523 | 35 | 25 |
8 | Reclaimed water | 315 | 34 | 37 |
9 | WASH | 166 | 32 | 20 |
10 | World Toilet Day (Note a) | 121 | 36 | 48 |
11 | Water pollution | 5004 | 35 | 27 |
12 | Gastroenteritis | 3771 | 35 | 49 |
13 | Cholera | 3612 | 43 | 57 |
14 | Diarrhea | 2758 | 38 | 54 |
15 | Sewage treatment | 1773 | 36 | 38 |
16 | Malnutrition | 1429 | 39 | 40 |
17 | Feces | 1292 | 50 | 36 |
18 | Schistosomiasis | 1260 | 40 | 50 |
19 | Menstrual cup | 1155 | 49 | 49 |
20 | Urine | 1103 | 44 | 33 |
21 | Public health | 1074 | 21 | 8 |
22 | Drinking water | 1069 | 44 | 56 |
23 | Compost | 1054 | 39 | 35 |
24 | Waterborne diseases | 977 | 33 | 30 |
25 | Emergency management | 942 | 21 | -32 |
26 | Human feces | 796 | 44 | 48 |
27 | Wastewater treatment | 784 | 20 | 41 |
28 | Composting toilet | 760 | 38 | 35 |
29 | Antimicrobial resistance | 671 | 22 | 22 |
30 | Ascariasis | 623 | 48 | 52 |
31 | Sewage | 608 | 38 | 39 |
32 | Helminths | 601 | 41 | 40 |
33 | Greywater | 418 | 35 | 38 |
34 | Hand washing | 410 | 43 | 43 |
35 | Public toilet | 371 | 48 | 43 |
36 | History of water supply and sanitation | 370 | 46 | 34 |
37 | Pit latrine | 368 | 59 | 68 |
38 | Manual scavenging | 342 | 37 | 33 |
39 | Human waste | 336 | 48 | 45 |
40 | Stunted growth | 330 | 42 | 44 |
41 | Fecal–oral route | 292 | 42 | 16 |
42 | Child mortality | 264 | 46 | 58 |
43 | Helminthiasis | 261 | 30 | 21 |
44 | Groundwater pollution | 255 | 28 | 30 |
45 | Malnutrition in children | 254 | 32 | 24 |
46 | Social marketing | 245 | 37 | 17 |
47 | Neglected tropical diseases | 192 | 34 | 36 |
48 | World Water Day (Note a) | 153 | 36 | 44 |
49 | Blackwater (waste) | 139 | 42 | 35 |
50 | Dry toilet | 113 | 41 | 58 |
51 | Vacuum truck | 111 | 58 | 61 |
52 | Urine-diverting dry toilet | 107 | 40 | 38 |
53 | Fecal sludge management | 81 | 42 | 26 |
54 | Reuse of excreta | 80 | 39 | 41 |
55 | Menstrual hygiene day | 77 | 40 | 47 |
56 | Behavior change (public health) | 75 | 27 | 39 |
57 | Mass deworming | 61 | 36 | 37 |
58 | Community-led total sanitation | 60 | 36 | 32 |
59 | Improved sanitation | 56 | 31 | 42 |
60 | Human right to water and sanitation | 54 | 42 | 34 |
61 | Global Handwashing Day | 49 | 35 | 54 |
62 | Septic tank | 36 | 37 | 44 |
63 | Omni Processor | 26 | 46 | 41 |
64 | Decentralized wastewater system | 23 | 25 | 16 |
65 | Emergency sanitation | 22 | 37 | 21 |
66 | Vermifilter | 20 | 24 | 12 |
67 | Self-supply of water and sanitation | 17 | 38 | 33 |
68 | Sustainable sanitation | 13 | 17 | 19 |
69 | Container-based sanitation | 7 | 36 | 27 |
Average | 37 | 36 | ||
Sum | 50575 |
- ^ a b Project., Sphere (2011-01-01). The Sphere Project : humanitarian charter and minimum standards in humanitarian response. The Sphere Project. ISBN 9781908176004. OCLC 783645500.
- ^ WHO/UNICEF (2015) Progress on sanitation and drinking water - 2015 update and MDG assessment, Joint Monitoring Programme for Water Supply and Sanitation