burundi1BUJUMBURA, 10 April 2009 (IRIN) – At least 3,000 people, many of then returnees, have lived for years in an informal settlement on the outskirts of the capital, Bujumbura, with only two pit latrines between them, no clean water and no medical cards to help them access medical care.

That they have survived for as long as 15 years in difficult conditions without help from the government or any aid agency attests to the fact that thousands of people can fall through the cracks in a country like Burundi, emerging from decades of civil war.

Hidden behind villas and commercial buildings in a Bujumbura suburb is Sabe, home to 500 families.

“Some of us returned from Rwanda in 1993 after the election of Melchior Ndadaye [Burundi's first democratically elected president], others from Tanzania and [Democratic Republic of] Congo,” Olive Bararusesa, one of the site leaders, told IRIN.

She said others were internally displaced from various provinces of Burundi.

Marc Ngendakumana, an internally displaced person (IDP) from northern Kanyanza province and living at Sabe site, said: “Living in a residential area as a destitute is like [living with] a pin in the foot, it is a painful experience.”

Most of the huts in Sabe are grass-thatched, mud-walled structures, with patches of iron sheets.

“When it rains, we spend sleepless nights with our children because of the leaks,” Bararusesa said.

With the March-April rainy season, several houses have collapsed, leaving residents homeless. Most of the homes are tiny, about 4 sqm, and often get flooded because they are in a swampy area.

Flying toilets

As the site has only two latrines, many residents relieve themselves in the bush during the day.

“At night, we use plastic bags to dispose of our waste and in the morning, we throw them into the nearby bush,” Marc Ngendankumana, a Sabe resident said.

Lack of clean water aggravates the situation, with residents using muddy and stagnant water for domestic purposes and even for drinking. Some of the residents hang around the roads with jerry cans, hoping to get water from passing motorists. Others struggle to fetch water from a nearby well used to water tree nurseries.

As a result, residents are at risk of waterborne diseases.

“Round worms and cholera are among the diseases threatening us,” Bararusesa said.

Immaculée Nahayo, Minister for National Solidarity, said on 4 April the ministry was willing to supply the Sabe residents with water but lacked water tanks.

Regarding access to healthcare, Ngendakumana said only children under five and pregnant women benefited from free medical care.

“As we have been abandoned for years, we do not have cards entitling us to get medical care,” he said.

Read More – IRIN

1 – Trop Med Int Health. 2009 Feb;14(2):220-7.
Aedes aegypti in Jamaica, West Indies: container productivity profiles to inform control strategies.
Chadee DD, Huntley S, Focks DA, Chen AA.

Department of Life Sciences, University of the West Indies, St. Augustine, Trinidad, West Indies. dave.chadee@sta.uwi.edu

OBJECTIVE: To describe the Aedes aegypti container profile in the three parishes of Portland, St. Anns and St. Catherine, Jamaica.

METHOD: Traditional stegomyia and pupae per person indices. RESULTS: A total of 8855 containers were inspected. A. aegypti were breeding in 19.2% of the 4728 containers in Portland, in 6.7% of the 2639 containers in St. Ann, and in 27.2% of the 1488 containers in Tryhall Heights, St. Catherine. Container types differed between Portland (P > 0.02) on one hand and St. Ann and Tryhall Heights, St. Catherine on the other hand: there were with no vases or potted plants with water saucers in St. Ann and St. Catherine. A. aegypti were breeding in more containers in St. Catherine (38%) (38% in wet season and 21% in the dry season) than in Portland (19%) or St. Ann (6%), both of which had more containers but A. aegypti breeding in fewer: 17.7% and 11.2% in the wet and 20.4% and 3.5% in the dry seasons respectively. The daily production of adult mosquitoes in the three study sites was 1.51, 1.29 and 0.66 adult female mosquitoes per person in Portland, St. Ann and St. Catherine during the dry season and 1.12, 0.23 and 1.04 female mosquitoes per person in the wet season respectively.

CONCLUSION: All three communities are at risk for dengue outbreaks and vector control should concentrate on reducing the mosquito populations from the most productive containers before a new dengue virus serotype is introduced into Jamaica.

2 – Ann Trop Med Parasitol. 2009 Mar;103(2):149-57.
The socio-demographic, environmental and reservoir factors associated with leptospirosis in an urban area of north-eastern Brazil.

Oliveira DS, Guimarães MJ, Portugal JL, Medeiros Z.

In an ecological study based on the 18 microregions that form the city of Recife, the capital of the Brazilian state of Pernambuco, associations between socio-demographic, environmental and reservoir factors and the incidence of leptospirosis in the city were investigated. Incidence over a 5-year period (2001-2005) and 14 variables were analysed, using central trend and dispersion measurements, Pearson’s correlation and multiple linear regression. Variables relating to education, income, housing type, sewage system, rubbish collection and hydrographic factors were found to be significantly correlated with leptospirosis incidence (P<0.05 for each). Just two variables – the proportion of heads of households with incomes less than or equal to the legal minimum (U.S.$83.55/month), and the proportion of households from which rubbish was dumped in skips, lakes, rivers or the sea or on vacant land – explained 60% (P=0.017) of the differences in disease risk observed between the various areas of the city.

Rainwater Harvesting Seen as Solution for Drought and Flood Control

NAIROBI – Bitter irony: in recent years Nairobi has experienced severe flooding and widespread water shortages, due to poor urban planning and collapsing infrastructure systems that are failing to support the Kenyan capital’s expanding population.

Large parts of the city are not properly served by water and sanitation infrastructure, particularly crowded areas like the Eastlands estates of Umoja, Makongeni and Doholm but also wealthier enclaves such as Karen and Langata.

At the same time, the rapid expansion of the city has led to sealing off of large surface areas, increasing the speed and volume of storm water run-off. Furious flooding exposes and damages water pipelines and chokes drainage channels with debris, spilling raw sewage into the streets.

David Mburu, chair of the Kenya Rainwater Association, says because there is too much surface cover, rain water is prevented from percolating into the ground. Some city residents who have opted for boreholes as an alternative to the intermittent water supply are now experiencing inadequate yields.

Mburu says there is a need to encourage both the harvesting of rainwater from buildings and directing run-off water into system of drains that would recharge the groundwater levels.

“Not all this water should be harvested and stored since we also need to recharge our groundwater levels by encouraging use of construction material that allows for seeping of run-off water into the ground or leaving as much surface that allows infiltration of water as possible,” he says.

Peris Otachi, a resident of Kayole Estate, lost a brother in the 2001 floods, the worst experienced in Nairobi in recent years. “Flooding in Nairobi has become an annual ritual which unfortunately is never addressed by the city council or the government despite causing deaths and massive destruction.”

Eleven people were killed by floods in Nairobi in 2001; while police cannot confirm the exact numbers, at least 21 more people have been drowned in flood waters since then. Otachi, whose younger brother’s body was only found on the banks of the Nairobi River four days later, is now among residents who strongly believe that the floods can be controlled and the rainwater made better use of.

“It all starts with demystifying the rainwater harvesting technology,” says Mr Stephen Mutoro.”Let the people know it is within their reach to do it and its for their benefit in that they would reduce their water bills and access adequate water for non-potable use.” Mutoro is the Executive Secretary of the Kenya Water and Sanitation Network (KWSN), a water consumers’ lobby group based in Nairobi.

“We need to create methods to capture rainwater as surface water is inadequate to meet demand in congested, over-paved metropolitan cities,” says Professor Shaukat Abdulrazak, executive secretary of the National Council of Science and Technology.

A government statutory institute, the Council supports simple but effective rainwater harvesting methods as a solution to the over-paved city verandahs and streets. These include the installation of gutters to capture the roof water and setting up of underground storage tanks, especially by those putting up new homes and buildings.

How to get the process under way is a matter of some debate. Officials from the newly-created Nairobi Metropolitan Development (NMD) ministry, a new management structure for the greater Nairobi area, say rain water harvesting is to be enhanced to address the twin issue of flooding and water scarcity in the city of three million people, 75 percent of whom live in water-scarce slum and low income areas.

“We want to enhance effective rain water harvesting under an investment framework for water and sewerage services in the proposed metropolitan area in addition to managing metropolis’s water resource management capacity,” NMD minister Mutula Kilonzo promised during the launch of the draft on the proposed metropolis by President Kibaki in January 2008.

The minister said that the government would seek the enactment of a legal framework to regulate rainwater harvesting, but some stakeholders in the water sector have expressed reservations over proposals contained in the NMD’s establishing document, Nairobi Metro 2030, a 423 billion dollar blueprint on the future expansion and improvement of Nairobi city and its environs.

It’s not a question of denying the need for new regulations. Some existing legislation is an impediment to the implementation of the technology.

Mburu from the Rainwater Association points to current city bylaws as an example. “They have not incorporated rainwater harvesting and the existing infrastructure does not support the kind of technology we are talking about. But maybe within a given time frame the law may be changed for example to make it a requirement that all buildings provide for groundwater storage, gutters and roof storage.”

But the KWSN’s Mutoro says managing the problem of urban flooding in Kenya need not wait for a new legal framework, which experience has shown could take a long time. Instead, he urges campaigns to woo people to embrace the technology should be intensified.

“The government can make recommendations on the kind of roofing that is needed for every new house coming up in the city and give owners of the existing houses specified time within which they install rain water harvesting facilities but making it mandatory may not be the best way forward,” Mutoro suggests.

Let the city dwellers see the advantages of harvesting rainwater, he says “and when they compare the amount of money they are likely to save through using the stored rain water with that which they are paying the Nairobi Water and Sewerage Company for treated water every month there is no doubt they will embrace this technology.”

However, he says tax rebates on materials for setting up a rainwater harvesting system may be necessary when one considers the low income bracket water consumers.

Early in 2008, President Kibaki and former finance minister Amos Kimunya promised Kenyans the National Water Harvesting and Storage Policy Bill would be passed by Parliament before the end of the year.

But a crowded legislative agenda, dominated by debate and passage of crucial governance laws as recommended by two commissions appointed to investigate the bungled 2007 general election and post-election violence dragged on and by the time the legislators were breaking for their recess in December, the proposed Bill had not been tabled in Parliament. It is hoped that the new Bill would be brought to Parliament once the next session commences sometime in June.

Water and Irrigation assistant minister Mwangi Kiunjuri says the soonest the Bill can be brought to Parliament is August 2009.

“Parliament has proceeded on recess and the parliamentary year is over. And when we come back we will embark on budget debate, so the earliest it may come is August or thereafter,” Kiunjuri said.

Until new systems are put in place, the city will be suffering unnecessarily. The United Nations Environmental Programme (UNEP) estimates that Nairobi has a potential to harvest almost ten million cubic meters of water each year, if rainwater harvesting measures were in place in all the city’s rooftops, roads, open grounds and forest-covered areas.

A survey report by UNEP, “Potential for Rain Water Harvesting in Ten African Cities”, shows that Kenya’s capital has the potential to supply the water needs of between six and 10 million people “with 60 litres a day if rainwater were efficiently and effectively harvested.”

“The rainfall contribution is more than adequate to meet the needs of the current population several times over and Kenya for example, would not be categorized as a ‘water stressed country’ if rainwater harvesting is considered,” the UNEP survey report adds.

Source – 2009 IPS News

PUDUCHERRY: A community-based study in the Union Territory, the first of its kind, has revealed that about six per cent of the general population in the region are ‘known’ diabetics. The study includes both Type 1 and Type 2 diabetics, with the bulk being of the second category.

The study conducted by the Pondicherry Institute of Medical Sciences (PIMS) estimated that there were 48,876 known diabetics living in Puducherry, which has a total population of 10 lakh.

Associate Professor, Department of Community Medicine, PIMS, Anil Jacob Purty, said, “We undertook the study to estimate the prevalence of known diabetics in Muthialpet. It was conducted from 2002 to 2007. The data was then used to extrapolate the number of persons diagnosed with diabetes in Puducherry region.”

The Urban Health Centre area that was surveyed covered a population living in 12 square kilometre area between Salai Street and Thidal Street along the East Coast Road. A total of 2,677 families resided in the area, accounting for 11,835 persons.

Home visits were carried out to identify persons diagnosed with diabetes and taking treatment in the private and public health sectors. Laboratory reports and prescriptions/drugs taken for treatment at least for the last six months, were verified to confirm identity, Dr. Purty added. Researchers found that 684 individuals — 317 men and 367 women — in the study area were aware they had been diagnosed with diabetes. The youngest diabetic was a six-month-old girl child who was on treatment for Type 1 diabetes, he stated.

Based on this data, the age-sex specific prevalence was extrapolated using the 2001 Census date for Puducherry. “The number of diabetics living in a small area was surprising. There are persons who remain undiagnosed,” he said. In people aged above 20 years, the prevalence of known diabetics was 8.2 per cent, he added.

One of the critical findings of the study was that at least 30 per cent of the immediate family members of known diabetics were at high risk of diabetes, stressing the need for intervention and physical activity, the professor said. “We used the Indian Diabetes Risk Score developed by the Madras Diabetes Research Foundation, Chennai, to identify persons who were at high risk of diabetes. This group should be further screened for blood glucose level. We have already started the testing process. It is likely that 10 to 20 per cent of them will be diabetic,” he said.

Results of the study have been published in the International Journal of Diabetes in Developing Countries in the March 2009 edition.

Source – The Hindu

Slum cooker protects environment, helps poor

NAIROBI, April 3 (Reuters) – Kenya’s huge and squalid slums don’t have much of anything, except mountains of trash that fill rivers and muddy streets, breeding disease.

Now Kenyan designers have built a cooker that uses the trash as fuel to feed the poor, provide hot water and destroy toxic waste, as well as curbing the destruction of woodlands.

After nine years of development, the prototype “Community Cooker” is close to being rolled out in overcrowded refugee camps as well as slums around the country where the filth encourages diseases including cholera.

Invented by Nairobi architect Jim Archer, the cooker combines simplicity with the capacity to confront several environmental challenges simultaneously. The design was highly commended at the World Architecture Festival in Barcelona last year.

The prototype is working in Nairobi’s Kibera slum, said to be the biggest in Africa, where around 800,000 people live.

Potatoes, rice and tea cook on some of the eight hotplates above a roaring, spitting furnace. A joint of meat roasts in an oven that can also be used for bread.

Behind the black-painted corrugated iron cooking area, rubbish collected by local youths dries on racks before being pushed into the furnace.

Technicians have spent three years modifying the firebox to produce enough heat to destroy toxins in the rubbish, particularly plastics, although they are striving to get the temperature higher still.

The stove is one of several projects giving hope amid endemic violence, crime and disease in the huge slums. In another part of Kibera, a group of 35 youths have developed a farm on a former rubbish dump, feeding themselves and selling cucumbers, pumpkins and tomatoes.

HEALTH HAZARDS

The health hazards posed by garbage assault the eye as soon as you enter Kibera.

The slum looks as if it is literally built on trash, with waste including excrement filling the rough mud streets and streams, so only fetid pools remain.

Small rubbish fires stutter on the roadsides, spreading acrid smoke near kiosks selling food.

Pigs and goats forage in the waste and children play by filthy streams and drink from water pipes covered in garbage.

Slums like Kibera, home to 60 percent of Nairobi’s population, receive no garbage collection or other services from city authorities.

Many inhabitants struggle to afford the kerosene for their own stoves, so Archer’s idea was to clear at least some of the waste, while providing hot water for bathing and communal cooking facilities.

While the prototype cooker, in Kibera’s Laini Saba village, has been dogged by local squabbles, drought and design problems, it proved the idea worked. A tall chimney carries the once-choking fumes away and initial emissions tests have been favourable, Archer’s firm says.

Now the Kenyan Red Cross is preparing to install similar cookers in the Dadaab and Kakuma refugee camps near the Somali border, where cholera has already broken out this year, and at least one European aid organisation is looking at wide deployment.

Juma Ochieng of the Red Cross told Reuters the Community Cooker had benefits for health, sanitation and conservation, and would create employment for young people working to build and maintain the stoves.

Residents of Kibera, scene of bloodshed in last year’s Kenyan election crisis and home to many criminal gangs, agree.

“It employs the youth….They would be stealing if they were not here …They would have been in trouble if we didn’t have this cooker,” said James Mokaya, 56, a member of the community that runs the prototype.

The Kibera stove cost more than $10,000 to build as a prototype but both Ndede and Mumo Musuva, an architect working for Archer’s practice, estimate each would cost $5-6,000 once produced in larger numbers. This compares with $50 million for industrial incinerators in Europe.

SLOWING DEFORESTATION

The Red Cross’s Ochieng says the cookers will also reduce the risk of deadly slum fires from kerosene stoves in densely populated slums.

“As the Red Cross we are looking at taking them countrywide very soon,” he said. He thinks 8-10 will be built by the end of this year and at least a 100 over the next five years, depending on donor funding.

Henry Ndede, of the Kenya regional office for the United Nations Environment Programme (UNEP), which provided funds to set up the Kibera cooker, says more work needs to be done to improve materials used in it and raise the temperature still higher to ensure the destruction of carcinogens in plastic.

The stove reaches around 650 Celsius (1,200 Fahrenheit) at present. Ndede says 1,000 degrees is needed but is happy that the prototype has proven rubbish can be turned into energy.

“It is an ideal item for densely populated areas like slums and refugee camps,” he said. “Every city in this country has a slum area with highly combustible material with high calorific value.”

He said the cooker would also relieve serious pressure on forest areas. The Dadaab camp houses 250,000 people although it was built for 80,000. Surrounding woodland has been cut down to provide cooking fuel.

“In Dadaab you have to go more than 50 km (30 miles) to fetch firewood. It takes you two weeks on donkey-back,” he said. (Additional reporting by Ruth Njeng’ere; Editing by Sara Ledwith)

Source – Reuters

MICROCREDIT: Sierra Leone youth group gets loan to run public shower

Youth cooperative, the Water Sie Boys, runs a public shower for slum-dwellers in Kroo bay slum, home to 13,000 people in the centre of the capital Freetown. Water Sie Boys received US$ 9,000 (€ 6,800) to set up
the community shower from the government Youth Employment Secretariat (YES). Set up in 2008, YES, supported by the UN Development Programme (UNDP), has established a fund of US$ 700,000 (€ 527,000) to distribute grants and micro-finance loans to youth groups.

“If you want a shower, you pay 3 US cents (100 Leones) and you can take five minutes, or we will give you a bucket of water. People need soap so we started to make it [soap] too”, says Sidiki Mansark who set up Water Sie Boys. “We are 20 working here – but I want to increase the number. We get by – every now and then we have to put in $1.50 to sustain our business. We want to expand it to other zones in the slum. We could employ 40 people because we always have enough customers”.

Related web sites:

* UNDP Sierra Leone -Youth Employment and Empowerment Programme
[http://www.irc.nl/url/32071]
* ILO – Youth Employment [http://www.irc.nl/url/32070]
* WaterPartners International – WaterCredit Initiative
[http://www.irc.nl/url/32077]

Related publications: Publications on microfinance in IRCDOC
[http://www.irc.nl/url/32072].

Source: 24 Mar 2009 ; IRIN

The 8th International Conference on Urban Health, which will take place in Nairobi, Kenya, October 19-23, is now accepting abstract submissions.

All abstracts must be submitted online at http://www.icuh2009.org/abstracts.htm. Authors may submit an unlimited number of abstracts.

We invite you to submit your recent research and other scientifically relevant urban health work for consideration for the conference.

Please keep in mind that the deadline for submission of abstracts is May 30th.

We look forward to seeing you at the upcoming conference!

Andrew T. Quinn
Coordinator
Journal of Urban Health
International Society for Urban Health
The New York Academy of Medicine
1216 Fifth Avenue
New York, NY 10029
Phone: 212-822-7387
Fax: 212-876-6220
Email: aquinn@nyam.org

This 511 page DHS report, Zambia Demographic and Health Survey 2007 (pdf, full-text) was just released. Below are excerpts from the sections on Drinking Water and Household Sanitation

P. 22 – 2.4.1 Drinking Water

Increasing access to improved drinking water is one of the Millennium Development Goals that Zambia and other nations worldwide have adopted (United Nations General Assembly, 2001). Table 2.6 includes a number of indicators that are useful in monitoring household access to improved drinking water (WHO and UNICEF, 2005). The source of drinking water is an indicator of whether it is suitable for drinking. Sources that are likely to provide water suitable for drinking are identified as improved sources in Table 2.6. They include a piped source within the dwelling or plot, public tap, tube well or borehole, and protected well or spring.1 Lack of ready access to water may limit the quantity of suitable drinking water that is available to a household, even if the water is obtained from an improved source. Water that must be fetched from a source that is not immediately accessible to the household may be contaminated during transport or storage. Another factor in considering the accessibility of water sources is that the burden of fetching water often falls disproportionately on female members of the household. Finally, home water treatment can be effective in improving the quality of household drinking water.

The table shows that only 41 percent of the households have access to improved sources of water. Households in urban areas are more likely to have access to improved sources of water than those in rural areas (83 percent compared with 19 percent). More than half of the households (56 percent) draw their water from an unimproved source. Almost half of the households in urban areas (49 percent) have water on their premises, while about one in every ten households (8 percent) in rural areas have water on their premises. Overall, 23 percent of the households take 30 or more minutes to obtain water; 8 percent in urban areas compared with 30 percent in the rural areas.

It can also be observed that adult females collect drinking water more often than adult males (66 and 7 percent, respectively). Results also show that both male and female children below age 15 are involved in collecting drinking water. Most of the households (65 percent) do not treat their water, while only 34 percent use an appropriate method to treat their water. Bleach, chlorine or Clorin use and boiling are the most common methods used by households for water treatment (27 and 15 percent, respectively). Treating drinking water with Clorin, a locally produced solution of 0.5% sodium hypochlorite, is promoted throughout Zambia to make the water safer to drink. Table 2.7 shows that 91 percent of Zambians have heard of Clorin. The sources of where Clorin messages are heard differ by urban and rural residence. Forty percent of respondents living in urban areas have heard Clorin messages on the radio, compared with only 17 percent in rural areas. Respondents living in rural areas are informed of Clorin primarily at health facilities (38 percent). Overall, 13 percent of respondents use Clorin, of which 24 percent are in urban areas and 8 percent are in rural areas.

P. 24 – Household Sanitation

Ensuring adequate sanitation facilities is another of the Millennium Development Goals that Zambia shares with other countries. A household is classified as having an improved toilet if the toilet is used only by members of one household (i.e., it is not shared) and if the facility used by the household separates the waste from human contact (WHO/UNICEF Joint Monitoring Programme for Water Supply and Sanitation, 2004).

Table 2.8 shows that almost four in ten households in Zambia (39 percent) use pit latrines that are open or have no slab: 27 percent in urban areas and 45 percent in rural areas. Flush toilets are mainly found in urban areas and are used by 26 percent of households, compared with 1 percent in rural areas. Overall, 25 percent of households in Zambia have no toilet facilities. This problem is more common in rural areas (37 percent) than in urban areas (2 percent).

State of the World’s Cities 2008/2009 – Harmonious Cities. (pdf, 25MB). UN-HABITAT, 2008.

“…….Half of humanity now lives in cities, and within two decades, nearly 60 per cent of the world’s people will be urban dwellers. Urban growth is most rapid in the developing world, where cities gain an average of 5 million residents every month. As cities grow in size and population, harmony among the spatial, social and environmental aspects of a city and between their inhabitants becomes of paramount importance. This harmony hinges on two key pillars: equity and sustainability. “

“……Cities embody some of society’s most pressing challenges, from pollution and disease to unemployment and lack of adequate shelter. But cities are also venues where rapid, dramatic change is not just possible but expected. Thus they present real opportunities for increasing energy efficiency, reducing disparities in development and improving living conditions in general. National and local governments can promote harmonious urbanization by supporting pro-poor, inclusive and equitable urban development and by strengthening urban governance structures and processes. History demonstrates that integrated urban policy can be a solid path towards development.”

The data and analysis contained in this report are intended to improve our understanding of how cities function and what we, as a global community, can do to increase their liveability and unity. In that spirit, I commend this report to policymakers, mayors, citizens’ groups and all those concerned with the welfare of our urbanizing world………..”…. Ban Ki-moon, Secretary-General, United Nations

Contents

Part 1: SPATIAL HARMONY

1.1. The Spatial Distribution of the World’s Cities.

1.2. Urban Growth Patterns

1.3. Which Cities are Growing and Why

1.4. Shrinking Cities.

Part 2: SOCIAL HARMONY

2.1. Why Urban Inequality Matters

2.2. Urban Inequalities: Regional Trends .

2.3. Education, Employment and City Size .

2.4. Slums: The Good, the Bad and the Ugly

2.5. Slum Cities and Cities with Slums. .

Part 3: ENVIRONMENTAL HARMONY

3.1. Urban Environmental Risks and Burdens

3.2. Cities and Climate Change

3.3. Cities at Risk from Rising Sea Levels .

3.4. Energy Consumption in Cities

3.5. Urban Energy Consumption at the Household Level

3.6. Urban Mobility. . 174

Part 4: PLANNING FOR HARMONIOUS CITIES

4.1. Inclusive Urban Planning for Harmonious Urban Development.

4.2. Building Bridges: Social Capital and Urban Harmony

4.3. Unifying the Divided City.

4.4. Addressing Rural-Urban Disparities for Harmonious Regional Development

4.5. Metropolitan Governance: Governing in a City of Cities.

WaterAid has produced a low cost toilet technology flipbook that lets you find out about the advantages and disadvantages of a range of latrine technologies. The resource is based on the 2004 publication called Low cost toilet options, which was put together by Social Marketing for Urban Sanitation, a research project funded by DFID, to help house owners in low-income urban communities choose an appropriate low-cost toilet. The drawings were produced by WEDC, Water Engineering Development Centre.

The flipbook allows you to mix and match the three toilet components: superstructure, slab and pit or vault. For each correct combination total costs are calculated. Both pit latrine and ecosan models are used. WaterAid plans to plans to update the flipbook.

Link to flipbook: http://www.wateraid.org/uk/what_we_do/sustainable_technologies/7323.asp