Technology Justice | Blogs

  • UNISDR 2017 Global Platform


    , | May 23rd, 2017

    Risk reduction must deliver for the poorest and most vulnerable

    In Sendai, Japan, a location that had been devastated by the eastern pacific Tsunami and subsequent Fukushima nuclear accident, the world came together in March 2015 to sign into force the Sendai Framework for Disaster Risk Reduction, 2015-2030. This framework aims to influence the policy and practice of national governments to reduce their risk, by providing practical guidance on how to reduce risk, how to prepare for disasters in cases where risk cannot be totally removed and to provide targets and indicators to monitor progress.

    This week in Cancun Mexico the world gathers for the first time since Sendai to report on progress. Cancun will greet world leaders, representatives from governments, the private sector, Non-Governmental Organisations (NGO) and community members. Practical Action is taking advantage of this gathering to demonstrate our expertise in community flood protection and will share our key lessons learned with this global audience.

    What are our key messages for this community? Practical Action along with our partners the International Federation of the Red Cross and Red Crescent Societies (IFRC), Zurich Insurance Company and the International Institute for Applied Systems and Analysis (IIASA) will be presenting the lessons learned from our field projects at a number of key events. The messages that we will share with the global community are as follows;

    • Development must be restricted in hazardous zones and incentives for development that lead to urbanisation of risk areas should be avoided.
    • Investment is necessary in large scale flood risk management practices, including soft measures such as, erosion control, river widening, natural retention areas and hard construction approaches, levees, reservoirs, dams and weirs particularly to protect critical areas.
    • Nature based approaches to flood management are often overlooked, but healthy natural environments provide numerous services that help to reduce the impact of floods, from healthy natural habitats increasing infiltration and slowing run off, to a combination of nature based with more traditional flood mitigation measures to enhance the protection and reduce the investment and maintenance costs of hard infrastructure.
    • Hard infrastructure protection measures should be prioritised to protect essential infrastructure such as hospitals and power stations, etc. but must avoid incentivising the construction of new assets in the flood plain.
    • Pre-event financial options, including investment in pre event response measures, insurance, social support, and innovative risk transfer mechanisms are vital and must incorporate and respond to learning from advances in early warning systems and impact forecasting.
    • Post disaster streamlined access to these prearranged lines of credit and dedicated flood relief programmes, to ensure reconstruction can start promptly, while learning from the event to build back better.
    • Knowledge sharing and facilitation to all stakeholders is vital, but in particular honest reporting of lessons learned to communities enhances their self-protection and nurtures human agency. No one can be 100% resilient to flooding but by working in concert with neighbours benefits can be delivered at multiple scales.

    Strengthening community flood resilience requires a process this is multi-scalar, multi-sectoral and involves numerous actors; it cannot be achieved by governments, organisations of individuals acting alone. Flood risk reduction must be an integral part of policy making, planning and implementation. Effective flood risk reduction requires mutual partnerships with governments, private sector and civil society working alongside communities. With increased ability to learn, adapt and cope with shocks and stresses, communities can protect and build on development gains that they have already made, prevent their erosion, reverse accumulating losses and address the effects of underlying vulnerability that hold back their development potential. Floods are a natural phenomenon, and attempts to control flooding have proven short lived and futile, with climate change exacerbating the risk of floods we need to get smarter about our environment and learn to live with floods.

    http://www.unisdr.org/conferences/2017/globalplatform/en
    The United Nations Office for Disaster Risk Reduction
    http://www.unisdr.org/

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  • Skeletons, Castles, and Closets – a reflection on technology negotiations at SB46


    May 18th, 2017

    Over the last 2 weeks, national government delegations, civil society organisations, and members of the private sector convened in Bonn, Germany for the inter-sessional meetings of the UNFCCC COP – the annual winter meeting where climate change actions are negotiated. On the agenda during this session, known as SB46, were two matters relating to the role of technologies in climate action, covering mitigation, adaptation, and ‘loss and damage’ activities. (more…)

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  • Bio-dyke protects Bangalipur community


    April 26th, 2017

    Healthy natural capital provides a buffer between flood hazards and communities. In flood emergencies it provides protecting ecosystem services and in normal time it is a livelihood resource. The vegetation growing along the strengthened river bank in Bangalipur, Bardia brings hope to at least 40 households and provides a site for others to ‘see and learn’.

    There are 135 households living in Bangalipur; 40 households in this community are at risk of flood from the Aurahi Khola, a tributary of Karnali River.

    The flood affects the community in three ways: it erodes the bank away and destroys agriculture and settlement; deposits sand and silt which damages harvests and makes it difficult to cultivate crops in the future; and during high flood events, the flood can inundate settlement leaving people homeless. Over the last 15 years the river has eroded three bigha (2.028 hectare) of agriculture land owned by 10 families rendering some of them landless. If this issue is not addressed the remaining 40 vulnerable household will be displaced.

    Working in isolation, communities did not have the capacity to construct any kind of embankment. The Nepal Flood Resilience Project (NFRP) brought communities together and a representative body was formed – the community disaster management committee (CDMC) of Bangalipur.

    The committee led a vulnerability and capacity assessment (VCA) which identified the Aurahi Khola riverside and nearby households as the most vulnerable to flooding. To address this problem the community identified the need to strengthen the embankment and flood defence structures and included it in their disaster risk management plan.
    Although initial community priority was for high investment concrete structure or a pile of stone filled gabion boxes, they agreed on vegetative measures of bio-dyke technology using locally available resources and mobilising communities through the leadership of the CDMC. The project supported the communities in survey and design, cost estimate, funding for materials that needed to be purchased or hired and the communities provided the locally available materials and labour. A written agreement was reached in between the CDMC and the project outlining the objective, roles and scope of work for both sides.

    River bank before constructing bio-dyke

    The bio-dyke building
    A junior engineer was brought in to technically advise and guide the work. Members of the community worked together to smoothen the bank slope between 30-45 degrees. A base foundation was dug out at the bottom of the bank slope. Then, grip walls were built in the foundation of sand bags supported with bamboo poles and systematically interlocked by gabion iron (GI) wire. These tow walls used 12 ft long bamboo poles in two rows running parallel at one metre and each driven into 8 ft deep holes dug by a driller and sand bag piled in between.

    Piling sand bags along the slope to construct the bio-dyke

    At every 20 m intervals along the bank, bamboo spurs (3 m long, 1.5 m wide and about a metre high) were constructed in the same way – filled with sandbags to deflect water flow away and to prevent water directly hitting the embankment. Sand bags were then piled up along the smooth bank slope – they were guided and interlocked with bamboo poles and GI wire. Lastly, the sandbags along the bank slope were covered with top soil in between hedge rows at 1-2 metres. Before the onset of monsoon (the growing season), locally available seedlings were brought from nurseries and transplanted on the slopes. The plants included bamboo, Napier and bushes that establish and extend their root systems rapidly. Bamboos were chosen at the face – the tow wall side. The community put a hedgerow of plants to prevent the slope from grazing and trampling. The community members monitored the area and prevented grazing.

    Opportunity to test
    The bio-dyke aimed to stabilise the 220 m river bank protecting about six bigha (4.056 hectare) land of 10 families. On the 26 July 2016, one of the biggest recorded floods in the river occurred, providing an opportunity for the community to test the strength of their structure. Although the dyke is yet to naturally stabilise to attain its full strength, it defended the flood well without major damage. The flood was 3 m high and rose over the bioengineering structure but there was no bank cutting and the land at the back was well protected. “There’s also less sand and silt brought in our field,” said Namrata who is one of the land owners. The coordinator of CDMC is ‘pleased to see the success’ and said, “We will extend the dyke further.”

    After bio-dyke construction at Bangalipur, Bardia

    The process built capacity within the community on how to build a bio-dyke. One hundred and thirty five community members worked on the process and have learned how it is done, increasing their awareness on the importance of riverbank protection. “We are now confident, we can do it,” one of the CDMC members said. He informed us that they are approaching local government to advocate for funding allocation to extend the embankment but the ongoing restructuring and elections may ‘lead to waiting for another fiscal year’.

    All information of this story were collected by Buddhi Kumal, Lok Pokharel, Narayan Ghimire and Prakash Khadka.

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  • Technologies for bringing back roofs over the heads of earthquake victims


    March 23rd, 2017

    Simple technologies can bring down the cost of house construction and enable the poor earthquake victims build their houses within their means.

    Chhabilal Acharya’s house reduced to a pile of rubbles in less than a minute when the powerful earthquake stuck his village in Laharepauwa Rasuwa on 25th April 2015. His poultry farm, his major source of income, wasn’t spared either. Acharya (62) and his daughter narrowly escaped from the collapsing house.

    Chhabilal explaining how he escaped from the collapsing house

    Chhabilal explaining how he escaped from the collapsing house

    He had built the house in 1995.

    “I gave up even the smallest indulgences in life to save money for the house,“ he said.

    It took him five years to save money for the house as his job at Lagtang National Park would pay very nominal.

    He has been living in a temporary shelter since the earthquake. With his poultry farm gone, his family is scarping by on his meagre pension of $101 a month.

    Government of Nepal has decided to provide $2778 grant to affected households for building house in three instalments. The house should be compliant to the government approved designs to secure the grant. Chhabilal has received the first tranche ($ 500) of the grant. However, he is yet to start building the house.

    “The money is not enough even to prepare ground for foundation and I have no other means to supplement the grant“ he mentioned.

    Chhabilal inside his temporary shelter

    Chhabilal inside his temporary shelter

    Building simple 3-room brick masonry house costs more than $5000 in his village. Stone masonry buildings are equally expensive as the stones are not available locally.

    Chhabilal is planning to take loan from a local money lender by mortgaging all his land at half the value to top on the grant.

    Banks don’t accept farm land in the village as collateral. Hence, for people like Chhabilal who don’t have any other fixed assets, the local money lenders are the only resort for the loan. The money lenders rip them off with the exorbitant interest rate.

    “If my son does well in life, he will be able to pay the loan and release the land,“ Chhabilal said with misty eyes. He knows he may never get the land back as his son is just 16 years old now.

    Two hundred and forty two households in Laharepuawa lost their houses in the devastating earthquake. Only 11 households who are well to do or have family members abroad have built their houses so far. Rest are facing the impossible choice, roof over the head or the land that feed them, like Chhabilal.

    However, simple technologies can save them from this predicament and help them rebuild their house within their means.

    Cement Stabilised Earth Block (CSEB) is one of such simple technologies. It is a very good alternative to bricks. It can be prepared from a simple mixture of local soil, sand and cement (10%). It costs almost three times less than the brick. Besides, it requires less labour and cement mortar to build a house with CSEB. And, it provides better earthquake resistance as the blocks are interlocking. A CSEB compacting machine costs around $ 7000 including installation and all the accessories. The machine can produce up to 450 blocks per day. The pictures below shows the CSEB production at Kalikasthan, Rasuwa. The enterprise was set up with the support of Practical Action.IMG_1508

    IMG_1511

    Another technology which can save cost is a simple stone cutting machine. It can reduce cost of through stones and corner stones, which are mandatory inthe government, approved stone masonry buildings, by 2 to 3 times. A labour can prepare maximum 6 corner/through stones in a day manually whereas as the machine can produce up to 200 pieces of corner stones.

    A simple one story house requires more than 150 corners/through stones, which approximately costs $300, if prepared manually. However, with the machine, the cost can be reduced to $100. The stone cutting machine costs only about $1200.

    Stone cutting Machine set up with the help of Practical Action at Bhorle Rasuwa

    Stone cutting machine set up with the help of Practical Action at Bhorle, Rasuwa

    Practical Action has been promoting the technologies in Nuwakot and Rasuwa districts through a DFID funded project in a small scale.

    It is an irony that better-off households are better poised to receive the government housing grant as they can fully comply with the government standards. Poor households, who are solely dependent on the grant, are at the risk of losing it as the grant is not enough to build government design compliant house. The technologies can avert the risk by reducing the cost of building house.

    Likewise, the technologies can  provide alternative livelihood opportunities to the people in the earthquake affected districts as they can be promoted as the local enterprises. Hence, larger diffusion of such technologies is across the earthquake affected  districts is important not only for accelerating reconstruction but also improving livelihood.

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  • Bidding adieu to 2016 : 10 best examples of practical solutions from India


    December 30th, 2016

    With a number of challenges on the field and off the field, the team in India has managed to deliver some good sustainable practical solutions in last couple of years. Moving ahead for an eventful 2017 and with added challenges and milestones, I thought of ending the year with looking back at the sustainable practical solutions we have served so far.

    Development is a process as we all know and in Practical Action the biggest learning so far I have got is how to make this process a sustainable one. Here I have documented 10 different projects and interventions which have been sustainable or aiming at sustainability delivering practical solutions.

    1. ACCESS cook stoves

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    Access Grameen Mahila Udyog, in Koraput which is nurtured by Practical Action has been instrumental in manufacturing and marketing of improved cook stoves. The cook stoves generate less smoke, save fuel and time.

    It has contributed to less carbon emission and has resulted in healthier living environment in rural tribal houses.

    2. SOURA RATH (Solar Power Cart)

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    Practical Action India developed a portable solar-powered cart (Mobile Solar Energy System) that provides energy for 72 hours to power mobile phones, laptops, lights and water pumps. The cart can serve up to a capacity of 5KW and can be used during the post-disaster emergency and is easy to be relocated from one place to another.

    This model is applauded by Government of Odisha and is now being showcased at the Solar Park for public. We strongly feel this can add value to the cyclone shelter houses if used appropriately

    3. SUNOLO SAKHI 

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    Young girls and women in 60 slums of Bhubaneswar have formed Sakhi Clubs and spreading the knowledge on menstrual hygiene among other girls and peers. Our innovative radio Programme ‘Sunolo Sakhi’ has broken the taboo and enabled a conducive environment for discussion on menstrual hygiene among adolescent girls. The first ever radio show on menstrual hygiene Sunolo Sakhi is instrumental in bringing about change in the menstrual hygiene practices and behaviour of these young girls resulting in better health.

    The comprehensive programme Sunolo Sakhi is also providing Audio book for visually challenged and video book for hearing and speech impaired girls in the State.

    4.  COMMUNITY GOVERNANCE 

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    Community led water management has helped this tribal village Sundertaila in Nayagarh district to be self-sufficient in getting clean drinking water. Not only practical solutions but introducing user friendly and sustainable technology options at the last mile and serving them with basic needs is something what Practical Action tries to invest in its program efforts.

    5. SMRE

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    18 years old Sunil Tadingi of Badamanjari is now a successful entrepreneur and continues education in Semiliguda College. Despite all odds he is able to mark this achievement as his village is now electrified with the help of a self-sustained micro hydro power generation unit.

    Badamanjari has set an example in Koraput district by generating around 40KW electricity to provide light to all the households of the village and people are able to watch TV and use fans as well. Rice hauler and turmeric processing units are also running with additional energy generated, as a result creating entrepreneurs like Sunil.

    6. Small wind energy systems (SWES)

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    60 poor families in Kalahandi district of Odisha once deprived of access to electricity are electrified now. The wind and solar hybrid system by Practical Action has solved the basic energy need of the villagers with street lights, home lighting and fans.

    Kamalaguda and Tijmali, these two villages are on the top of the hills where it was a day dream for getting electricity to fight with the night. Now, the villagers are capacitated to manage the systems by themselves without any external support.

    7. PROJECT NIRMAL

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    At the backdrop of poor sanitation facilities in small and medium cities of Odisha, ‘Project Nirmal’ supports two fast growing urban hubs like Dhenkanal and Angul municipalities with a pilot intervention for appropriate & sustainable city wide sanitation service.

    Project Nirmal aims at benefitting both the municipalities to set up Faecal Sludge Management systems by establishing treatment plants to treat the faecal sludge

    8. Safe and Healthy Environment for Children of Waste Workers

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    “I felt very happy the moment I received the Identity Card from the Dept. of Labour and Employment, Govt. of Odisha” Says Salima Bibi a 25 year old informal waste worker from a Slum near Dumduma under Bhubaneswar Municipal Corporation (BMC).

    Many informal waste workers in the state are being formalised and now accessing and availing their legitimate citizen rights.

    9. LITRE OF LIGHT 

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    Light comes from water bottles. Litre of Light is an open source technology which has been successfully experimented in 120 households in the slums of Bhubaneswar. It has now lessened the use of electric light during day time.

    Small children can even study and men and women can do delicate cloth weaving and other productive activities during day time with the light provided by these solar water bulbs.

    10. Safe and Healthy Environment for Children of Waste Workers
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    117 children of informal waste workers have been enrolled in schools in one day and are continuing their schooling; they were engaged in rag picking or related works previously.

    While working with alternative energy, Practical Action focuses on advocating and influencing the society for a step ahead towards meaningful development

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  • Knowledge is Power; #LetsdoPeriodTalk


    December 22nd, 2016

    Written by Pratikshya Priyadarshini

    A hot, sunny afternoon in the Sikharchandi slum of Bhubaneswar does not evoke the imagery of a drab, lazy life that it typically must. One can hear the din from a distance, hard rubber balls hitting against wooden bats, followed closely by the voices of young boys appealing instinctively to an invisible umpire. As we walk along the dusty paths, the roads wider than the adjacent houses, a number of young girls flock to us, greeting us with coy smiles. Young and old women, sitting on verandas, welcome us with pleasantries and call out to their daughters, “The Sakhi Club Didis are here!” We stop in front of a small pakka house, the purple paint shining brightly in the slanting afternoon sun while the rice lights from Diwali night hanging down the roof wait for the evening to be lit. 15 year old Sailaja comes out of the little door, wiping her hands and wearing an infectious smile on her face as she briskly lays down the mats for us to sit down. She then speaks to us about the Sunalo Sakhi program and her participation in it.

    Sailaja

    K. Sailaja Reddy, 15years old, Sikharchandi Cluster 2 Slum, Bhubaneswar

    Sailaja was 13 years old when she first got her periods. Anxious and fearful, she informed her mother about it. She knew very little about menstruation before the onset of her menarche. In fact, even after she got her periods, she had very little knowledge about the process and had harbored a number of misconceptions that she had begotten from her previous generations. She recalls that when she got her periods for the first time, she was isolated from everyone and kept inside her house owing to the customary practices of her culture. Moreover, she was placed under a number of restrictions by her family in terms of moving and playing, interacting with boys and men and speaking openly about periods. Sailaja had been using cloth to prevent staining back then. She was facing a number of difficulties in keeping herself clean since she had to wash the cloth on her own and dry it. It used to be inconvenient during the monsoons and winter as there would be no sunlight and the cloth wouldn’t dry up. Add to that, she was not even aware of the health repercussions that using unhygienic methods like cloth instead of sanitary napkins might bring about. Sailaja tells us that when the CCWD and Practical Action program ‘Sunalo Sakhi’ started in her community, a lot of young girls and women were reluctant to go and join the meetings. With the constant efforts of the community mobilizers, the Sakhi Club was created in the area as a forum for dissemination of knowledge and discussion regarding menstrual hygiene and related issues. A number of women and girls started actively participating in the programme. The community mobilizers used a number of strategies like audio visual screening, radio podcasts, visual charts, action learning, songs and dance in order to educate the participants about the various facts related to menstruation. They discussed the scientific reasons behind menstruation and busted many myths regarding periods. They also discussed various health issues pertaining to menstruation, ways to maintain hygiene during periods and practices to be followed for proper healthcare during adolescence. Gradually, the girls who were initially reluctant began to open up and started discussing their own menstrual problems with the community mobilizers who tried their best to clarify their queries. Sailaja herself was facing problems with her menstrual cycle. Her menstrual blood was thick and clotted which caused her severe abdominal pain and nausea. She spoke about it to the expert doctor on the radio programme ‘Sunalo Sakhi’ and the doctor advised her to drink 4-5 liters of water every day. She followed the doctor’s advice and noticed changes within a few days.

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    Sakhi Club Meetings in the Slums by ‘Sunolo Sakhi’

    Today the Sikharchandi Sakhi Club has 32 members. All of them, including Sailaja have switched to sanitary pads instead of cloth. Sailaja now changes her pads 3-4 times per day and disposes the used pads by either burning or burying them. She monitors her periods using a calendar. She uses the methods suggested by the community mobilizers like hot water press and ajwain water consumption to handle her abdominal aches during periods. Her problem with blood clot has also been completely resolved. She tells us that the conversation regarding menstruation has changed a lot at her home and in her community with most women now speaking openly about it and discarding the taboos and myths in favour of factual understanding. All the girls in the area now go to school during their periods while they were earlier stopped by their families. Sailaja now exercises regularly, eats a healthy diet and takes care of her health. She promises that she will keep spreading the message of the club among her younger friends and urge them to not be fearful or reluctant, to take care of their health and hygiene as well as to listen to the Sunalo Sakhi programme by Practical Answers on Radio Choklate so that their issues can be addressed.

    (Ms Pratikshya Priyadarshini, Student of TISS, Mumbai interned with Practical Answers and was engaged in Sunolo Sakhi project)

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  • Providing food security through appropriate technology


    October 4th, 2016

    Technological advances have increased the quality of life expectancy, productivity and income. However, as technology advances, developing countries have consistently missed out on the opportunities to increase their production potential in the varied development fields. Appropriate technological solutions are not easily accessible to poor people who need them most. Food production, for example, offers a clear distinction between technology justice and injustice. The lack of appropriate technology to improve systems denies vulnerable populations off sustainable food production. There is technology available for enhanced food security when appropriate resource management systems are employed.

    IMG_1894It therefore behoves development practitioners to review access rights and supply needs with a bias to safeguarding human rights. Practical Action is leading in maintaining the challenge to the world to see technology ‘as the bringer of consumer gain’ and its potential as a world changer – ‘a lever out of poverty.’

    Practical Action Eastern Africa focuses on areas that impact the poor through an integrated – approach, taking into consideration the unique demands in society realizing that each individual requires solutions customized  to their needs. The overall aim is to ensure that communities gain sustainable livelihoods that create a food secure society and we shall illustrate how.

    Sustainable food production technologies

    Access to adequate and nutritious diet is a major challenge among pastoralists’ communities in the Arid and Semi-Arid Lands (ASAL’s) in East Africa. The region remains highly dependent on food aid. The persistence for this is not a lack of potential but rather a misconception of policies and reluctance to invest in sound agricultural technologies that are responsive to the changing climatic patterns. The persistence of this challenge requires urgent attention and adoption of more practical options to secure sustainable food production.

    Practical Action’s work in Northern Kenya (Mandera and Turkana) is geared towards ensuring food security (increased availability, access and utilization) to the most vulnerable groups; women and children through increasing their access to appropriate technology, knowledge and skills for equitable and sustainable use of natural resources. Through participatory processes, Practical Action engages with the communities to undertake activities and approaches that touch on all aspects of their livelihoods from agriculture, environment, governance and social equity.

    In order to achieve this, Practical Action has adopted the vulnerability to resilience (V2R) framework. This holistic approach assesses the needs of the resource poor communities and identifies skills and opportunities for them to build more secure and resilient livelihoods. This is to empower the communities to meet their food security and nutritional needs. It also enhances their capacity to cope with the recurrent hazards; drought, floods, livestock disease outbreaks and resource conflicts that are endemic in Northern Kenya.

    Improvements to pastoralist production systems

    Practical Action through the Food Security, Agriculture and Disaster Risk Reduction programme makes sustainable improvements in pastoralist and agro-pastoralist production systems through providing simple technology solutions and promoting ecological utilization of the natural resources.

    This has been achieved through direct and people centered technical assistance on rain water harvesting (sand dams, earth pans, rock catchments) and water lifting technologies (foot pumps, hand pumps and solar water pumping systems),micro-irrigation systems for food cropping (Drought Tolerant Crops) and environmental conservation measures (agro-forestry, contour bands and trapezoidal bands). Practical Action also empowers the pastoralists with skills needed to increase the productivity of their livestock assets through improved animal health and husbandry practices, through the Pastoralists Field Schools (PFS). We use our unique approach; Participatory Market Systems Development (PMSD) to improve the marketing of livestock and livestock products and generate profit and incomes for the pastoralists.

    SAMSUNG CSC

    FrancisMuchiri@Practicalaction

    Over the years Practical Action has undertaken to promote equitable use of natural resources through interventions such as; Land Use Planning and Management, Pasture Management/Grazing Patterns, Soil and Forest conservation. This has enabled the creation of wet and dry season grazing zones to cushion pastoralists against climatic shocks and provide opportunities for diversification of livelihoods into other dry land production systems; aloe vera cultivation, beekeeping, poultry rearing, and agro-pastoralism as alternative options for pastoralists.

    In order to reach impact at scale Practical Action is working with partners and policy makers in developing policies that promote, sustain and create an enabling environment for pastoralism and dry land production systems. Specifically, Trans-Boundary Animal Mobility and Trans Boundary Animal Disease surveillance policies are key for ensuring enhanced productivity of pastoralist systems and have been Practical Action’s priority areas of influence. Due to the changing land use needs, expansion of extractive industries and the demographic surge, Practical Action is leading in influencing adoption of favorable Land Use and Natural Resource Management policy aimed at responding to the threats to pastoralism and their livelihoods by the emerging land use demands.

    The overall goal of Practical Action’s intervention in Northern Kenya is to establish productive and disaster resilient systems for food production and improved livelihood security for the well-being of the communities. This will be measured through increase in food availability, access and utilization, strengthened marketing systems and improved management and governance of natural resources.

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  • The Role of Digital Technology in Development


    September 28th, 2016

    Runner Up Entry to Practical Action Strategy Contest

    In June 2016,  in partnership with the International Institute of Environment and Water, 2IE, Practical Action launched a contest called “Fit for the Future.” Intended primarily for students of the Institute, this competition was to involve them in strategic thinking about the future of Practical Action in a decade.

    Launched on June 23, 2016, the candidates were invited to submit their ideas and contributions in different forms and to submit them to Practical Action.  A total of 22 contributions were received by the closing date. After analysis, Practical Action has selected two papers for publication and the winning contribution was chosen. This blog is the contribution awarded runner up, written by:

    Mr Ibrahim NEYA: water engineering design and environmental engineer 2iE electrical and power engineering option (EGE) from Burkina Faso

    The award of 80,000 CFA was presented to the winner on 2 September 2016 at 2IE. You can read the winning entry here.

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    Gauge reader at Karnali River in Chisapani, Nepal monitoring the river levels sponsored by the Zurich Flood Resilience Programme

    Gauge reader at Karnali River in Chisapani, Nepal monitoring the river levels sponsored by the Zurich Flood Resilience Programme

    Our world is experiencing spectacular advances in the field of technology and the speed of progress shows no sign of slowing down over the years.

    In a decade the internet of things, already well known by its English name, will enable the development of more sophisticated tools, accessible to a much bigger portion of the world’s population. We can easily imagine that by 2027, technology will occupy a determining place in all human activities and have a direct influence on people’s lives, and on existing models and structures.

    The proliferation of technological applications in the near future does not however signify prosperity and peace for all sectors of society. The rich countries, which will be the instigators of this future thanks to their immense technological potential, will take advantage of it, and the gap between rich and poor countries will widen.

    In such circumstances the contribution of NGOs which work to combat poverty, such as Practical Action, will prove interesting to the extent that this NGO aims to make use of technology to take concrete actions to benefit poor communities. To do this Practical Action should support, accompany and promote projects to develop digital applications in the areas of health, environment and education for all, which will benefit the world’s poor. These projects will enable us for example to: provide remote medical consultations for the poor; to monitor environmental issues and raise awareness of pollution and to give children from disadvantaged backgrounds access to the same quality of education, as children of the rich, through online training.

    By Ibrahim Neya, Student of Electrical and Energy Engineering at 2iE
    Runner up in our Fit for the Future Competition

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  • Technology and the future of Africa


    September 28th, 2016

    Winning Entry of Practical Action Strategy Contest

    In June 2016,  in partnership with the International Institute of Environment and Water, 2IE, Practical Action launched a contest called “Fit for Future.” Intended primarily for students of the Institute, this competition was to involve them in strategic thinking about the future of Practical Action in a decade.

    Launched on June 23, 2016, the candidates were invited to submit their ideas and contributions in different forms and to submit them to Practical Action.  A total of 22 contributions were received by the closing date. After analysis, Practical Action has selected two papers for publication and the winning contribution was chosen. This blog is the winning entry by:

    2 (2)Ms. MAATCHI Audrey NTAFAM: Master of Engineering, Infrastructure and Hydraulic Networks (IRH) HYDRAULIC ENGINEER from Cameroon.

    The runner up was awarded to Mr Ibrahim NEYA: water engineering design and environmental engineer 2iE electrical and power engineering option (EGE) from Burkina Faso. You can read his entry here.

    The award 80,000 CFA award was presented to Maatchi on 2nd September 2016 at 2IE.

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    “… Africa must broaden its knowledge and skills in science and technology. Whether it’s to increase agricultural productivity or energy production, to improve efficiency and accessibility of ICT services or to provide skilled workers for the extractive industries, it is absolutely essential to strengthen our human capital in science and technology…” (Makhtar Diop, 2014).

    Practical Action has anticipated this issue and worked on it for the last 50 years, with a strategic vision to continue to do even more. This vision, based on technology justice, should be used to arouse a desire for research, creativity and innovation among young people, who constitute an inexhaustible potential for the future of Africa. Indeed since technology is the future, the training of young Africans in science, technology and mathematics must be strengthened.

    This can be achieved through research and development programmes initiated by Practical Action in partnership with schools and universities, training and research centres, and youth associations. One way for example, as currently happens in some French schools, is to give groups of say 3 students the task of developing an innovative, feasible idea.

    Examples might be:

    • To set up software to track crops on smallholder farms or monitor pregnancies
    • To design closed systems so that farmers reuse crop residues and waste as fertilizer for the next crop, and so on.

    The best idea is rewarded not necessarily financially, but by monitoring the practical implementation of the idea. Another way is to organise challenges, contests which enable young people to show their talents and for the winners to turn their ideas into action. This challenge open to students of 2iE, for the best ideas for a strategic vision of Practical Action, is an example of this.

    Practical Action should focus its initiatives on an increasing scale, ranging from the youngest elementary school pupils to adults, accompanying all who not have means to achieve their ambitions. Access for the poorest and for young girls, to quality training must be improved. Many rural establishments have no laboratories or libraries. Practical Action could work in partnership with local authorities to establish exchange systems to enable the best students to move to the city to complete their training. A culture of technology must begin at the grassroots level. This means fostering in the very youngest, a taste for creativity oriented towards clean development; producing films in partnership with people in positions of authority and local elites, showing how to make organic fertilizer from water hyacinth, design autonomous irrigation systems or solar powered water supplies.

    Moreover Practical Action should direct its policy to look at how to increase project financing by local elites. Experience shows that African elites do not have much involvement in funding social initiatives. Organising competitions in their name may help to win their support, as they are being held up as role models for the younger generation. One example of this is the “Aliko Dangote Prize” which focuses on the topic of greener production of cement and on sharing experiences.

    Practical Action promotes inclusive development, one of the pillars of the Sustainable Development Goals. This is a major advantage because almost all emerging countries (in sub Saharan Africa in this case) have aligned themselves with this goal. Proposing to governments and donors, actions to strengthen the capacity of rural people, such as participatory support for agricultural initiatives, providing electricity (solar panels), teaching techniques for transforming, recycling and reusing waste, will leverage their desire to fund them.

    As President Macky Sall (2016) said: “Science, technology, mathematics and innovation, used in the service of the community, can contribute to finding solutions to the major problems of Africa such as food insecurity, the energy crisis, poverty, climate change and public health. ”

    By Audrey Maatchi, Student of Master in Engineering (Option Water) at 2iE, 
    Winner of Fit for Future Competition

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  • Faecal Sludge Management in Odisha; The new sanitation challenge

    Healthy communities are the outcome of effective sanitation practices. Life and livelihood of people largely depends on their health and hence, sanitation holds a major role in it. Thinking beyond toilet, it’s time to ponder about treatment of the human waste and reuse it for the betterment of environment and a healthy life.

    As per the Joint Monitoring Programme (JMP 2011) India contributes to 58 per cent of the world’s population defecating in the open. And according to last census in 2011, an overwhelming 1.7 lakh households (48.33%) or 8.5 lakh people in the slums of Odisha defecate in the open.

    It is noted that, if 1 truck of sludge is exposed unsafely then it is equivalent to 5000 people defecating in open. In this context, if we go by the mission of toilet for all, there will be a huge amount of scarcity of water and also the faecal sludge will be the next problem we will have to face.

    Looking at the smart approach of our urban planners and urban development practitioners, now it is highly essential for all urban settlements to come up with solution to deal with faecal sludge. Having proper disposal and a well-planned faecal sludge management is highly needed and should be given much importance in the current context. What if we achieve the objectives of Swachh Bharat Abhiyan, and we achieve hundred percent toilets in the state and country. And we do not have a sludge management policy which will lead the disposal of solid sludge into our river bodies and also open field. What are we aiming at!!! From open defecation to mass defecation, where are we heading?? Are building toilets will solve the problems or will create a new sanitation challenge??

    Let’s look beyond, while addressing a problem also let’s also address the broader sanitation challenges ahead. According to report by Odisha Water Supply and sewerage board, out of the 60 Lakh people staying in 23 Urban local bodies, 31 percent approx. are defecating in open and among people using toilets, only 49 percent households have septic tanks.

    This is again sad, that only 2 per cent liquid waste are treated in the state and 98 per cent either percolates to ground water or adjoining water bodies through surface drains without treatment. Waters from Rivers such as Brahmani, Daya, Kathajori can hardly be used for further drinking water purpose. Discharge from insanitary latrines, sewage flowing in drains, effluent from septic tanks, septage, and rampant open defecation are polluting the environment and having adverse health impacts to all of us residing in the state. At present no ULB other than Puri has any sewerage system inside the urban limits. This is shocking and we need to act upon it immediately.

    Here, comes the solution. The Faecal Sludge Management and treatment is the need of the hour. The untreated human waste what we call faecal sludge needs to be treated. Be it household level or institutional level, it needs to be treated and an appropriate system needs to be in place if we want healthy life and healthy community.

    There are few things which can major take away for an effective FSM policy and management. Decentralized FSM can be a good demonstration on these public utilities and Possibility to introduce decentralized FSM in newly developing areas, public institutions like schools, universities, hospitals, apartment etc is something which needs to be addressed by planning bodies. A conducive environment for private sector and the promotion of PPP model in FSM Private Sectors will create more scope for funding opportunity for infrastructural development. Onsite sanitation solutions seemed necessary to disseminate with sanitation stakeholders for their possible promotion.

    If we look at the government initiatives, now Septage management in nine cities / towns of the State (Bhubaneswar, Cuttack, Rourkela, Sambalpur, Berhampur, Baripada, Balasore, Bhadrak and Puri has been included under ‘AMRUT’ launched by GoI. The draft DPRs for septage treatment facility in Bhubaneswar, Cuttack, Rourkela, Sambalpur and Baripada has been prepared by OWSSB. Pre-requisite measures like land identification and acquisition are in progress. In order to regulate construction, cleaning, maintenance, treatment and disposal of septage in urban areas, government has formulated the Odisha Urban Septage Management Guideline 2016. Government has taken steps for procurement of 86 nos of 3KL Cesspool Emptier for 57 ULBs. All these information has been shared by OWSSB in public domain but still there is a long way to go.  There has been experiments faecal sludge treatment in countries like Nepal, Bangladesh, Philipines, Argentina, Ghana and Brazil etc. Even in India there have been few experiments in Bangalore. But no urban local body has come up with a proper plan of action for the same. However, in Odisha the state government has partnered with few philanthropic organisations and there has been two pilot projects of faecal sludge management are happening in Dhenkanal and Angul Municipality. If these proved efficient use of faecal sludge then Odisha can be the pioneer in setting up a system for disposal of human excreta.

    Further to add on, the amount of water being wasted in toilet, if the faecal sludge treatment is not combined with waste water management then, in coming days, there will be a huge scarcity of water. This may also lead to dearth of drinking water, which may break the nerves of any government creating challenge for the urban governance.  When a comprehensive sanitation plan is being developed, faecal sludge management must be integral part of every sanitation plan, which builds on on-site sanitation facilities. Sludge management is an indispensable part of the maintenance of these facilities. However, in reality sludge management is often neglected in sanitation planning because the need for it is less apparent than it is for the provision of water supply or toilet facilities. Even when a sanitation plan foresees a component for sludge management, its implementation is often impaired for the same reasons. Sanitation planners and decision-makers must recognize the importance of sludge management.

    As we have seen the adverse impacts of human excreta causing harm to human health and hygiene now, its time we must be proactive. With the campaigns of building toilets we must be tighten our belt for proper disposal mechanism. On the eve of toilet day, the urban sanitation planners must look at the mechanism of proper faecal sludge management.

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