Upload
geovanny-santamaria
View
241
Download
0
Tags:
Embed Size (px)
DESCRIPTION
safe water access
Citation preview
Safe Water Access for
Rural Communities in
Ecuador
REPORT Nº1
March, 01-2012
Safe Water Access for rural communities in Ecuador.
March 1, 2012
Geovanny Santamaria. [email protected]
El Universo E-756 y Shyris – Quito-Ecuador
1. BACKGROUND
MAP (Medical Assistance Program) International is a Faith based non-profit
non-government organization whose vision is to have a world in which
individuals, families and communities have the hope and capacity to build
conditions that promote Total Health. The mission of MAP International is to
promote Total Health of people living in the world’s poorest communities by
partnering to provide essential medicines, prevent and mitigate disease,
disaster and other health threats, and to promote community health
development (known within MAP as the 3P strategy). MAP’s definition of
Total Health is ‘Communities taking ongoing, comprehensive action to
improve their health and wellbeing’.
Nearly 40 % of the 14 million inhabitants of Ecuador live under the level of
poverty. Within these populations there is an immediate risk of diseases
related to poverty. Improving water delivery, sanitation, and hygiene
(WSSH) are critical to health, development and survival (CDC, 2011). If the
water is filtered and purified, it can make a significant difference in reducing
the disease burden that could be as high as 75 % of the disease load that the
community encounters. This has a clear impact on reducing mother and child
mortality rates. This project proposes the introduction and use of a special
water filter that has proven capabilities and a long life. The project will be
launched in twenty-two needy communities in rural regions where MAP
International is working in Ecuador.
2. OBJECTIVES
2.1 Improving Health and Accomplishing Positive Changes with regard to
the use of safe water, improved hygiene and sanitation in 22 rural
communities in Ecuador through the installation of 350 Sawyer filters. Also,
the use of training, monitoring and continued guidance and education by
MAPEC and local health care promoters will be a major objective.
2.2 Researching, Testing and Documenting the Performance of the Filter in
rural communities of Ecuador.
COAST
ANDES
AMAZON
Safe Water Access for rural communities in Ecuador.
March 1, 2012
Geovanny Santamaria. [email protected]
El Universo E-756 y Shyris – Quito-Ecuador
3. ACTIVITIES CARRIED OUT NOVEMBER TO FEBRUARY - 2012
Through this project, the lives of 2,1001 people (CENSUS, 2010) will be
dramatically changed. They will experience better health and education
about sanitation, both of which will have resounding positive effects that
touch on almost every other aspect of their lives. The 6 communities from
the Pilot Project of 2010 plus another 16 new communities will make up this
project. Of these 22 communities, 10 are located in the Amazon Region, 6 in
the Andes Region, and 6 in the Coastal Region of Ecuador.
The activities carried out during these three months are related to the following:
Introduction and Placement of Filters:
The introduction of the filters in the selected communities is continuing in
the order that was established. The first meeting was held with the directors
of the community to understand the water situation and the problems it
causes in families. Then, the benefits of using filters and the potential
availability for selected families were explained. Each community discussed
with their families the possible delivery of selected filters, and the
responsibilities and commitments they would have upon receiving the filter.
Some of the commitments were to participate in training sessions, allow a
visit to monitor the use of the filter and be part
of gathering information and measuring their
impact on health.
Map International competed this phase during
December and January and met with the
selected families to explain the operation and
benefits of using the filter. The role of the
health promoter is key for the coordination and
organization in every community and in the
explanation, clarification and guidance in local
language communities such as the Quechua
communities. As part of the co-responsibility,
each family had to buy a bucket or container for the filter installation. It is
important to note that one person was named in charge of making the hole
in the containers because it was considered dangerous for children to drill
the bucket at home. With one person in charge, we were sure that an adult
1 *The average size of Ecuadorian families per National Census is 5.2 and higher in rural areas where it is
approximately 6.0, multiplied by 450 filters, equalling a total of 2,700 people.
Above: Introduction of the
filters in Ebano Community
in the coastal area
“…I never imagined
that it was so
simple to use the
filter and have
safe water so
fast.”
-Rosa, 47 yrs. Ébano
Community (costal region)
Safe Water Access for rural communities in Ecuador.
March 1, 2012
Geovanny Santamaria. [email protected]
El Universo E-756 y Shyris – Quito-Ecuador
monitored the assembly. It was preferred to assemble all filters in each
family meeting with either the person in charge or a health promoter to also
provide solutions in cases of malfunction of the filters.
Since the subject of education is an important component
in this phase, we identified priority issues for health
education. Six major issues were identified in most
communities on the coast, in the mountains and in the
Amazon areas. The families expressed great interest in
learning about the issues presented in the accompanying
graph.
Defining the issues with the benefiting families allows the timely
organization of educational methods. For tracking and monitoring,
depending on the number of filters implemented, some communities chose
a group coordinator, other communities a local health worker, and still other
communities used water committees to fulfill the task of identifying these
issues.
In relation to the delivery of the 350 filters that Map - Ecuador received, 300
filters have been delivered. An estimated 1,552 people are benefiting from
the safe water access through the use of the Sawyer filters. It is expected
that 100% of the filters be implemented and in use this month.
Communities, regions and filters currently using the Sawyer filters:
According to reports from the families, it appears that
the majority of the filters are used by one family
permanently. This occurs mostly in the communities
where the majority of the families possess a filter. In
communities where only a few families have a filter,
the neighboring families have expressed interest in the
filters, its benefits and the availability to share the
water is high. When questioned, the families that have
the filter say they are in agreement with sharing the filter and sharing the
water that comes from the filter. Their explanation is that everybody needs
Region Community Filters People
Coast 2 100 520
Andes 1 190 980
Amazon 1 10 52
Currently, 1,552
people are
benefiting from
safe water
through the
Sawyer filters.
Training Needs:
Safe Water Access for rural communities in Ecuador.
March 1, 2012
Geovanny Santamaria. [email protected]
El Universo E-756 y Shyris – Quito-Ecuador
clean water and “…if my neighbor does not have a filter, I must share my
filtered water…”
Baseline Application
In order to understand how safe water access is improving health and
wellbeing, it was necessary to create and apply a baseline. The results widen
our understanding of the reality of the families in relation to water and in
taking effective actions in order to change the situation.
Two application instruments were created, a checklist to understand the
level of family vulnerability in relation to safe water access and
environmental sanitation. The second instrument was a survey to
understand the illness incident rate, level of medical expenses and types of
treatments used. In continuation, this report shows the principle results of
the baseline that was applied during the month of January.
INCIDENTS OF ILLNESS
A total of 45% of the benefiting families, a total of 150 families, shared
information with us through the
survey. The best representation of
the incidents of illness is presented in
these results from the Amazon
region. The main illnesses of the
families in the last three months
were stomach pain, illness related to
the cold (cough, sore throat, cold
symptoms), diarrhea, fevers and skin
problems. According to the
accompanying graph the children
suffer the most from diarrhea,
stomach problems and fever. Poor
diet, poor sanitary conditions and
consumption of contaminated water
were directly related to these
illnesses whose consequences are most felt by the children. For example,
the analysis of the diarrhea and stomach problems incidences that occurred
at least twice monthly were more linked to the consumption of unsafe
water.
In teenagers the incidence of illness was less. In adults stomach problems
and body aches were the most common, probably due to poor diet and
excessive work factors that deteriorate health. The analysis also indicated
“…everyone needs
clean water, if my
neighbor does not
have a filter, I
must share my
filtered water…”
Carlos, 52 yrs,
Tambayacu
Community (Amazon)
Safe Water Access for rural communities in Ecuador.
March 1, 2012
Geovanny Santamaria. [email protected]
El Universo E-756 y Shyris – Quito-Ecuador
that the problems with diarrhea were presented mostly in the men. In the
women skin problems and cold symptoms were the most frequent. The rest
of the illnesses appeared in a similar pattern.
TREATMENTS USED
In relation to the most commonly used
treatments, the results of the Apatug
community in the Andes region are
presented here. Natural medicines
along with modern are the most
commonly used treatments. Among
the reasons for choosing these
methods are the understanding of the
plants and home remedies to treat
stomach problems, such as diarrhea,
parasites and infections. The families
use three methods: natural medicine,
purchased medicine and, for children
under five years old, a medical center.
The distance and lack of money are the
factors that explain the low use of local
health services. Self-medication is the preferred method for the illnesses
related to the cold weather, probably due to the easy access to local stores
and city pharmacies that have been used for a long time and recommended
by other people. A smaller percentage of people indicated that they have
not had any illnesses in the family and because of this have not used any
treatments.
MEDICAL EXPENSES PER ILLNESS
The presence of family illness does not only cause worry, pain and suffering,
but it also affects the family’s economy. The results of the analysis show
that 45% of the interviewed families spend more than $40 per month for
medical treatments. This expense represents approximately 20% of the
family’s monthly salary. Earlier studies have demonstrated that the average
salary of a rural Amazonian family is $200 dollars.
Safe Water Access for rural communities in Ecuador.
March 1, 2012
Geovanny Santamaria. [email protected]
El Universo E-756 y Shyris – Quito-Ecuador
The results related to the monthly
expenses for water treatment are
presented here from Apatug. An
opposite effect can be seen that
indicates that the monthly expenses
for health increase at the same rate
that the water treatment rate
decreases. The effect is similar in the
coastal and Amazonian regions. This
is evidence that demonstrates the
direct relation between the presents
of illness with the quality of available
water. Furthermore, it prioritizes the
educational component for the care
of the water on a family level and the
importance of preserving the water
sources on a community level.
Finally, the analysis shows a direct relation between the understanding of
health and the impact it has on the level of monthly health expenses. The
graph shows that the families that
have not received health education
spend more monthly on health
related expenses. However, the
relation is not significant for the
families that have received health
education and show high levels of
monthly expenses. The explanation
was given to us by a local health
promoter who explained that many
families receive health education
from institutions and public and
private organizations but only a few
actually put into practice what they
have learned, they forget what they
have learned and continue causing themselves to become ill. The effect is
similar in the coast and amazon regions. These results demonstrate the poor
effects of seeking change only through sporadic educational chats. There
has to be a progressive, permanent, analytical process about the factors that
affect the health and build relationships with the families to initiate change.
Safe Water Access for rural communities in Ecuador.
March 1, 2012
Geovanny Santamaria. [email protected]
El Universo E-756 y Shyris – Quito-Ecuador
Level of Family Vulnerability
For this analysis a check-list was applied to families in order to better
understand the level of vulnerability in relation to the access to safe water,
hygiene and sanitation. The results presented are a summary of what
appears in Toachi Valley (coastal area), whose conditions reflect those of the
rest of the Amazon and Andes regions.
Five parameters were considered to study the vulnerability in relation to
access and quality of the water. Each parameter is calculated based on a
scale that goes from 1 being the most negative to 5 being the most positive.
For example, for the category “Amount of Water for Family Use” the criteria
were 1- without their own water, 2- very small amount, 3- insufficient, 4-
sufficient and 5- more than enough. Based on this scale, the health
promoter chose a number based on the reality of each family. The rest of
the information is shown as concentrated data that was taken from 30
families and from direct observation of the health promoter or the person
responsible for completing the checklist. With the graph, the communities
of Toachi Valley can be observed. It shows the highest vulnerability in three
areas. The lowest is the system of eliminating the grey waters. 90% of the
families indicated that they dispose of the grey water in front of the house,
in plants or in the street. The storage of drinking water is also low. 80% of
the families said that they stored their
water outside of the house with little
protection, putting it at high risk for
contamination. The community does
not have a septic system and grey
waters are always accumulating in the
streets (see photo). The main source
of water comes from wells
constructed inside the houses. The
quality of this water is very poor and
not fit for human consumption.
Another category analyzed the
cleanliness of the water storage
containers. The majority of the families cleans these containers very
sporadically, which creates a high risk of water contamination.
Safe Water Access for rural communities in Ecuador.
March 1, 2012
Geovanny Santamaria. [email protected]
El Universo E-756 y Shyris – Quito-Ecuador
The situation in relation to hygiene was also studied using the same criteria
as the previous graph. Each category
has a scale from 1 to 5, with 5 being
the desired situation, or very positive.
The highest vulnerability is seen in the
children not using protection on their
feet. It is very common to see them
playing in the streets or rural
countryside without any shoes. This is
a risk factor for parasites and other
illnesses. The cleanliness of the faces
of the children is also low and can be
observed even more in the families
where the parents spend all day
working and leave the children with
older siblings or a neighboring family. The same occurs in the Amazon and
coastal regions.
The vulnerability for not having household odors or a place for a family
bathroom was low. In the coastal region the hot and humid conditions
promote a higher cleaning rate and there were similar findings in the
Amazon region. This is not the case, however, in the Andes region where the
level of vulnerability was high (in the 5’s) in all categories.
Finally, the sanitation in the home was a risk factor for the appearance of
illnesses. Five parameters were selected (see graph). The cleanliness of the
bathroom was the lowest rated. Many of the bathrooms are outside, falling
apart and not maintained. On house visits the strong smell was noticed
coming from the poorly kept
bathrooms. The disposal of the
garbage is also insufficient. Many
families burn their garbage; others
leave it in the street. The order and
cleanliness in the kitchens appears
very positive. Constant and
thorough cleaning assures that flies
and insects cannot continue their
lifecycle there which is a positive
sign towards the prevention of
illness. This same result was found
in the Amazon region. However,
Safe Water Access for rural communities in Ecuador.
March 1, 2012
Geovanny Santamaria. [email protected]
El Universo E-756 y Shyris – Quito-Ecuador
this was not the case in the Andean (high mountain area) community of
Apatug. The reality there is the opposite. The presents of flies and disorder
in the kitchen are quite common and generalized. Currently, MAP is putting
lot of emphasis on the importance of order and cleanliness of the kitchen in
this area.
Parasites
Another important aspect of this project is the level of parasites in the
families and the impact that safe water via the filter could have on
that number. The following presents the results of tests done on 80
people from two communities in the coastal area. There were three
types of parasites that were identified in the tests in the city hospital:
Ameba histolytica, Ascaris lumbriciodes and Trichurus trichiura.
The graphs show the level of parasites from zero to low, medium and
high counts.
Ascaris is the most common parasite in the tested families, effecting
more than 90% of the people. This is directly related to the poor
hygiene conditions, poor water quality and, as mentioned earlier, the
poor quality of the bathrooms. The parasites are a result of these real
problems. When analyzed by age groups, it appears that the children
under five years old are affected only by the Arcaris, while people of
all ages suffer from Ameba and Trichurus. In the next report the
results from the people from the Amazon and the Andes regions will
be presented.
Currently, government programs are working through the health
offices to create parasite camps in rural communities, giving priority
the children between 9 and 13 years of age. Also, the government
suggests that the mothers bring their children to regular medical
screenings and part of that program is frequent anti-parasitic
medication. These efforts add up to support the community through
organizations, however, the problem of the contaminated water
continues.
Safe Water Access for rural communities in Ecuador.
March 1, 2012
Geovanny Santamaria. [email protected]
El Universo E-756 y Shyris – Quito-Ecuador
In the next report we will present and explain how the educational process is
going with the families who have the filters as well as reports of the visits
and more testimonies about how the filter is impacting the health of the
families in these three regions of Ecuador.
Conclusion
With this first report we wanted to share the advances that have been made with the implementation of the filter for access to safe water. As MAP, we are strengthening this strategy and incorporating actions for prevention of illness and promotion of better health with an integral focus.
The use of the filter alone is not sufficient to
generate great changes in the health of the
community; other actions are required such as
production, food, education, infrastructure,
environment, etc. However, with the use of the
filter we are being very strategic in confronting one of the major factors for
general illness: the consumption of unsafe water.
This project is allowing for a strengthening in the relationships of the
communities and families, which in turn creates conditions for reflection.
Through this approach, the people in these rural communities can analyze
their situation and take action to better other important health factors such
as sanitation and hygiene.
The next report we´ll show you how the impact continues into the families
and community and the analyze others technical aspects that is part of this
project also. Finally many thanks to Stephanie Peterson (Map´s volunteers)
by your support in this report and research.