Resilience | Blogs

  • Saving seed and grains from flood


    June 12th, 2018

    Chandra Bahadur Rokka Magar and his neighbours, the residents of Tikapur Municipality, ward number 5 of Kailali district, face the wrath of floods every year.

    Chandra Bahadur showing water level during flood

    Magar says, “Our village is adjacent to Karnali River, so we face flood very often. In some years the floods are more disastrous. In the year 2014, flood swept away all of our belongings and it took more than a year to recover from it.”

    Magar and his neighbours had lost their standing crops to floods. The stored seeds and food grains got soaked with flood water. And due to stagnant water and prolonged rainy days, they were unable to dry the seeds and food grains in time and lost them completely.

    Thanks to a government river engineering project, for the last three years, they have not faced such disastrous floods. A dyke constructed along the river bank has protected the village from flooding. However, last year the floods damaged most of the dyke and the villagers are worried about flood occurrence this year.

    Chandra Bahadur standing in front of his raised grain storage

    Magar says, “If the government does not repair the dyke on time, we’ll need to be prepared to face the floods again.”
    Learning from the previous flood damage and with the guidance of Nepal Flood Resilience Project (NFRP), Magar and his neighbours have planned to plant a flood tolerant rice variety this season and have already constructed raised grain storage.

    Magar says, “Even if flood level is not always disastrous, we face flood regularly. Our seeds and grains used to get damaged every year.” He adds, “So with the guidance of NFRP staff, we have constructed raised grain storage. I can store 12 quintal of grain (1 quintal equals to 100kg) in it, safe from flood.”

    Magar and his neighbours have built a 6×6 square foot concrete platform for storage, 4.5 feet above the ground surface. It can store 12 to 14 quintal of grains and seeds.

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  • The Gravity of GRAVITY


    June 8th, 2018

    Life in high hills and mountains is not very simple. Access to resources, market, education to even health and other basic services are bleak due to treacherous geography; not to mention, how hard even commuting for the locals can become through the steep hills and cliffs. In absence of much prospect, many are compelled to live at edge of poverty. We have come across many people who have outlived great challenges with so much persistence and struggle. Their life stories inspire us every day to work harder and motivate us to do more to make life better for them.

    The Hardships of Hill, Belkosha’s Story

    In many stories, one of Belkosha Bohora from Tilagufa Village in Kalikot might captivate your sentiments too. She seems happy and content at first glance, but listening to how she went through the thick and thin of her life, anyone can feel dejected. Growing up in the parched hills of Kalikot, all she saw in life was the hardships the hills had to offer; in form of loss of childhood, no education and no alternative but to marry early and of course make a bunch of babies. With no option other than to work at the fields carrying fertilisers heavier than her, half her life went by foraging, farming and taking care of the cattle. In patriarchal society that is so deep rooted, men were not expected to take care of the babies she gave birth to almost every year after her marriage. That’s why she was not just a full time mom for year after another but also full time labour until the last day of her delivery and as early as 5 days after the delivery. Overworked and ‘un’cared, Belkosha lost 8 of her 12 babies to the hardships of the hill until eventually her uterus prolapsed.

    Belkosha Bohora (40) from Kalikot who lost 8 out of 12 children due to drudgery, Photo: G Archana

     

     

     

     

     

     

     

     

     

     

     

     

     

    Gravity Goods Ropeway

    But in the forty years of her life, she is finally going to feel rested. We are making it easy for women like Belkosha by bringing a pulley technology at the village that lie at the top of vertical peak. In Nepal, roads alone cannot guarantee access to services for the most marginalised and isolated communities like Belkosha’s. Gravity Goods Ropeways (GGR) is simplest form of rope based transportation system that works on the proven principle of a controlled freefall mechanism, GRAVITY. It is operated by potential energy of mass at upper station, generating kinetic energy by the action of pulley systems. Through GGR, people can easily transport goods from uphill to downhill and the other way round. Similar technology has been installed in Tipada of Bajura District where people are making most out of the system. We have witnessed people’s life changed since the technology directly affects farmer’s livelihood by bringing the market closer. Many farmers who were subsistence based have started commercial vegetable farming since they can easily transport the goods downhill in less than two minutes instead of hours and hours in the steep hills which have claimed lives of many. This simple to operate, low cost solution requires minimum maintenance and is indeed changing lives of many.

    Gravity Goods Ropeway being operated in Bajura, Photo: S Kishore

     

    The pulley system is being installed with financial support of project named BICAS, implemented by Practical Action with funding support of the European Union and Jersey Overseas Aid (JOA)

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  • Collaborative mapping creating local flood resilience with global impact


    June 1st, 2018

    Worldwide, floods are becoming more intense and unpredictable every year. Communities in developing countries face many barriers to protecting themselves, their homes and their livelihoods from these floods. But a new digital mapping approach, developed by the Zurich Flood Resilience Alliance, is helping people to understand this risk, prepare for floods and protect themselves.

    The data gap that undermines resilience

    It’s vital for communities to be able to plan for flood events: by identifying safe places to go and by protecting their buildings, livestock, crops and other infrastructure. But in developing countries this planning is made difficult by a lack of accurate information. Without detailed local maps communities don’t know where the risks or safe places are, or where to find resources to support them, like safe shelters, clinics, or safe sources of drinking water. When community maps do exist they are often hand-drawn, inaccurate and useful only to a small number of people.

    A typical community risk map

    The Zurich Flood Resilience Alliance (ZFRA) has developed an approach to address this issue: we have been working to combine collaborative digital mapping techniques with community-based mapping methods.

    Bringing local knowledge to a global scale

    To bridge the data gap in local information we used OpenStreetMap, an emerging open-source platform which is based on contributions from people all around the world: from engineers and humanitarians to mapping enthusiasts. These contributors use aerial photos, GPS and low-tech field maps to give accurate and up-to-date information about their location.

    We were able to take the information provided by this new technology and combine it with the local knowledge of volunteer mappers, who compared the digital information with what they could see on the ground.

    Using this combination of local and global knowledge, we were able to produce highly detailed information which is more accurate, easier to update and easier share. With this information,  more people can be better informed about the risk they face, and so make decisions to keep themselves safe.

    Use case: collaborative digital mapping in Nepal

    In the Karnali river basin in Nepal – , where flooding last year alone killed 135 people, destroyed 80,000 homes and resulted in an estimated £61 million worth of crops lost –   we mapped over 50,000 buildings and 100 km of road thanks to the efforts of a dozen local social workers. They identified agricultural land, community forests, safe shelters and irrigation canals: information which had previously not been captured. This allowed communities to visualise their risks, resources and resilience in a way that was impossible before.

    Comparison of hazard map of Chakkhapur community before and after digital mapping approach

    What this means for flood resilience

    This approach is an exciting step forward which means that communities will have access to information which is specific to their location and helps them to make decisions based on the risks they face and the resources they have. When we know not just where floods are likely to occur, but where, for example health posts, schools and water pumps are, we can think about what risks the flood itself poses to a community: Will safe drinking water be contaminated? Will people have access to health care? Will children be able to get to school or will the roads be washed away?

    This means that communities can plan effectively and take the most effective action to protect themselves from the impacts of flooding, whether it’s raising water pumps so that they are above the anticipated flood water level, relocating supplies or reinforcing roads.

    So far, we have applied this approach in Nepal, Peru and Mexico. There is huge potential for this mapping approach to build resilience in hazard-prone communities around the world.

    Read more:

    Full paper – Integrated Participatory and Collaborative Risk Mapping for Enhancing Disaster Resilience

    Policy Brief – Participatory digital mapping: building community resilience in Nepal, Peru and Mexico

    Related Post – Flood Dynamics in the Karnali River Basin

    Related Post – Floods and Landslides in Nepal, August 2017

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  • The Climate Damages Tax, an idea whose time has come!


    April 12th, 2018

    Pollution must be brought under control and mankind’s population and consumption of resources must be steered towards a permanent and sustainable equilibrium. E.F Schumacher, Small is Beautiful: Economics as if people mattered.

    According to the last global review[1] Natural Hazards resulted in 9,503 deaths, 96 million people being affected, and economic costs in excess of US$314 billion. Weather-related events were responsible for the majority of both human and economic losses. Almost 90% of the deaths in 2017 were due to climatological, hydrological or meteorological disasters. Nearly 60% of people affected by disasters were affected by floods, while 85% of economic losses were due to storms, mainly from the three hurricanes Harvey, Irma and Maria that struck the Caribbean.

    94% of farming in sub Saharan Africa is rain fed and highly susceptible to drought

    Climate change is fuelling many of these catastrophic weather events[2]. Unfortunately vulnerable countries, communities and ecosystems are on the frontline of this catastrophe. Poor people now face, due to lack of meaningful progress to reduce carbon emissions, changes in climate beyond the ability of people and local ecosystems to adapt to – a phenomenon described as ‘Loss and Damage’. However, Loss and Damage remains a political concept, mandated during the UNFCCC negotiations as a separate article in the Paris Agreement, but it is hamstrung with its roots mistakenly seen as in technical climate adaptation and disaster risk reduction.

    This confusion is not helping anyone. It generates a sense that no one cares about the poorest and the most vulnerable. So it was great to see some progress at the recent meeting of the Executive Committee for the Warsaw International Mechanism (WIM), held in Bonn two weeks ago. They recognised that a definition for Loss and Damage is necessary, if we are to start to do anything to respond to the threat. But a definition will not be enough, the Paris Agreement will also needs to mobilise money to pay for the consequences of climate change. For the WIM its core mission remains delivering finance for addressing Loss and Damage. The WIM must engage constructively to understand what finance and support vulnerable countries need, and identify sources and how it will be channelled.

    There are solutions such as deploying simple Early Warning Systems technologies such as these being piloted in Peru but they need financing

    But we all know the global aid budget is failing to keep pace with the growing global demands[3]. Climate change is exacerbating existing global problems, drought leading to failed harvests, flood removing homes and livelihoods and acidification of oceans depleting fish stocks to name but a few. These local catastrophes drive climate migration, populations are on the move and social and political tensions are rising. One way this could be defused would be to make some real progress on addressing Loss and Damage. It would make long term economic sense to reverse these trends but to do this we need money for action. Why not put the polluter’s pays principle into practice? We should ensure that the polluting companies pay for the damage they have caused. One way would be to equitably implement a “Climate Damages Tax” on fossil fuel extraction, which could raise billions of dollars a year, funded by the industry that is responsible for approximately 70% of the world’s greenhouse gas emissions[4].

    So Practical Action are proud to be part of a movement proposing that the ‘polluter pays’ principle is put into action. It is now time for the industry most responsible to pay for the damages it has caused, and for vulnerable countries worst affected to receive the financial assistance they so urgently need. This requires the introduction of an equitable fossil fuel extraction charge – or Climate Damages Tax – levied on producers of oil, gas and coal to pay for the damage and costs caused by climate change when these products are burnt. The substantial revenues raised could be allocated through the UN Green Climate Fund or similar financial mechanism, for the alleviation and avoidance of the suffering caused by severe impacts of climate change in developing countries, including those communities forced from their homes. Finally, despite additional financial resources, it is recognised that we still need to push for the urgent replacement of fossil fuels, with renewable sources of energy assisted by the economic incentive of increasing the rate of the Climate Damages Tax over time.

    If you want to learn more then please come along on Monday; https://www.eventbrite.co.uk/e/climate-damages-tax-campaign-launch-tickets-44114116510

    If you agree the Climate Damages Tax is an idea whose time has come, join us by signing the declaration here: https://www.stampoutpoverty.org/climate-damages-tax/climate-damages-tax-declaration/

    [1] http://cred.be/sites/default/files/CredCrunch50.pdf

    [2] https://practicalaction.org/blog/programmes/climate_change/climate-change-is-fuelling-extreme-weather-events/

    [3] http://devinit.org/wp-content/uploads/2017/06/GHA-Report-2017-Full-report.pdf

    [4] http://www.theactuary.com/news/2017/07/100-firms-responsible-for-majority-of-co2-emissions/

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  • Women as a force to build resilience


    March 8th, 2018

    Many risk drivers are created by development choices at global or national levels, but all are manifested at the local level, so local people must be central to risk reduction practice. But it is important to recognise that in these communities it is the disabled, elderly, women and girls who are the most at risk. For example, women accounted for 61% of fatalities caused by Cyclone Nargis in Myanmar in 2008, 70-80% in the 2004 Indian Ocean tsunami and 91% in the 1991 cyclone in Bangladesh[i]

    But women often have the weakest voice and the least opportunity or face restrictions of their voice being heard or listened to, but this shouldn’t be the case when they make up half of the adult population. Social norms around gender mean that women’s circumstances, for instance clothing and level of mobility, affect their ability to respond to sudden events. Exclusion means that women remain overlooked, resulting in preparedness and response measures that ignore their particular needs and in the worst cases actually exacerbate their risk. Unless gender equality is realised, planning will continue to add additional weight to women’s multiple burdens as care givers.

    The critical need to address gender differences in development is well established and has been acknowledged globally at the highest levels, although there is still a long way to go to achieve these lofty aspirations. This was best articulated by the women’s major group at Sendai, who commented that “…however, women are often included together with girls and marginalized groups, furthering the ‘victim’ paradigm; the term ‘gender equality’ does not appear in the text, nor is there a reference to women’s human rights[ii].

    There is nothing natural about disasters, disasters occur when development goes wrong. Disasters often highlight existing gender based imbalances and inequalities in societies; reflecting vulnerabilities as well as capacities embedded in the social systems and in the economic context of development. It is therefore paramount that responsible development is inclusive development, that women are central to development efforts, and challenge existing practices and norms so that we all #Pushforprogress.

    Practical Actions Disaster Risk Reduction programme acknowledges the central role of women in disaster risk reduction; that women and girls – like men and boys – possess skills and capacity to prepare for, respond to and recover from crisis, and to manage risk and build resilience over the longer term.

    In Bangladesh one of the biggest challenges during the annual flood season is access to clean water. One way to provide clean water in spite of flooding is the construction of raised plinth tube wells allowing families to stay at home, and saving them the inconvenience to relocate. In discussions with communities women report psychological benefits of not being compelled to relocate and the assurance that the water supply they are using is unlikely to cause sickness to their family.

     

    But local decisions are decided by the Community Based Organisation, and getting women onto these bodies is vital. It is important that the voice of half of the community is heard in the decision making process. The CBO will decide on the location of improved raised plinth wells, so women must have a voice to ensure that they are located where women feel comfortable accessing them. In our flood resilience project in Sirajganj we have focussed on capacity building of CBO’s and of 16 CBOs established so far women lead seven.

    Therefore, gender equality is not a choice but an imperative. At Practical Action to ensure that we are true to this principle, we recognise that disaster risk reduction must be inclusive. We need to continually strengthen the gender skills and gender diversity across our teams. We need to strengthen the quality of our M&E work, with gendered outcomes identified from the beginning and data disaggregated by gender from the outset. This will not only help us better understand what works in different contexts and respond to these in the future, but deliver comprehensive DRR that changes systems and sets in place preparation,  prevention and transformations that deliver resilience for all.

    #IWD2018 #InclusionMatters #Pushforprogress

    Find out more

    Discover more ways to build community flood resilience on the Flood Resilience Portal by exploring the resources library or sending an inquiry . Or share your own experiences with the Flood Resilience Portal community.

    [i] UNDP, 2013: http://www.undp.org/content/dam/undp/library/gender/Gender%20and%20Environment/PB3-AP-Gender-and-disaster-risk-reduction.pdf

    [ii] http://wedo.org/where-are-womens-rights-in-the-sendai-framework-for-drr/

     

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  • Improving food security in Talkok


    February 16th, 2018

    Telkok is one of the most poverty stricken localities in the state of Kassala and needs a great deal of effort to build up the food security and resilience of its communities.

    clearing mesquite TalkokPractical Action and three local partners are leading a range of interventions in the area. These include limiting the spread of Mesquite trees which invade agricultural areas.

    One partner, the Elgandual network, is working to improve agricultural production and helpfarmers’ increase their income.  They held a practical demonstration on techniques for mesquite clearance, combined with skills development on mesquite charcoal production as a means of generating income. This was attended by 87 beneficiaries from four villages (Tahjer kumailab, Haladiat east, Drasta and Jabal Haboba);

    Hamed Ahmed Tahjer said:

    “The area of mesquite was increasing in the agricultural lands and we use it for firewood in the charcoal industry, to increase the income”.  

    Training in TalkokAnother partner, Sudan Vision, is working to improve access to water for agriculture and livestock. They have rehabilitated two hafirs, (reservoirs) which provide water for approximately 20,000 animals.

    The third partner, the Kassala Women’s Development Network, conducted 12 public sessions on healthy diets, targeting 800 women and 150 men in 6 communities (Drassta, Haladiat East, Twaite, Baryia, Tamay, and Jabel Haboba).  The aim was to challenge traditional diets which adversely affect women and children The sessions raised awareness about healthy nutrition in term of food diversity and food processing using video, direct dialogue, and practical training on food processing for nutrition.

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  • Bio-dykes: saving communities and instilling confidence in them


    February 14th, 2018

    As we approached Bangalipur, a closed-knit community of 135 households, dark clouds started covering the sky and a light sprinkle followed after. Enchanted by the fresh, earthy smell wafting from the gravelled road and ducks swimming in the brownish water in the canal running by the road, we thought of delving further into the rural life.

    The surrounding was verdant with freshly transplanted rice. Nearby a young man was ploughing to ready the field for rice transplantation while a group of women clad in bright colours were uprooting rice seedlings.

    Agriculture is the main occupation of people in Bangalipur.

    A man transporting the seedlings was singing a folk song from the depth of his heart. At the village outskirts, the Aurahi River, a distributary of Karnali River, had swollen to its brim. However, nobody was concerned – about the river, floods and soil erosion.

    Over the last 15 years the river eroded three bighas (2 hectares) of agriculture land owned by 10 families rendering some of them landless.

    The river used to erode 4-5 metres of land every year,” said Rongali Tharu, 70, of Madhuban Municipality-2, Phulbari, Bangalipur.

    Rongali Tharu is a witness to the soil erosion caused by Aurahi River.

    The river used to flow among those simal trees,” said Shree Ram Chaudhary, secretary of the community disaster management committee (CDMC), pointing to a row of red silk cotton trees on the opposite bank of the river. “The river would erode our fields and sweep away standing crops every year,” he said. “The river continued eroding our land for 10-15 years.

    For the communities, by the communities

    The river has shifted towards Bangalipur in the last decade and to further stop it from eroding the banks and getting closer to the village, the communities came forward to build a bio-dyke, an embankment along the banks of the river.

    The Nepal Flood Resilience Project (NFRP) formed a CDMC and supported technically and financially to build the bio-dyke.

    NFRP has supported financially and technically to build the bio-dyke.

    We worked for 25 days at a stretch to build this bio-dyke,” said Phularam Chaudhary, chairperson of the CDMC. “Two people from each household worked till we constructed 100 metres of the bio-dyke and one person from each household continued supporting the bio-dyke construction.

    Safe communities, safe crops

    The 220 m long bio-dyke has prevented the flood waters from entering the community and eroding the banks of the river. It has also saved the crops in the nearby fields from being swept away by the river.

    This year there has been no soil erosion at all,” said Rongali.

    They are planning to plant more Napier grass and bamboo on the bio-dyke. Since the area falls under the buffer zone of Bardia National Park, animals, mainly elephants from the protected area come and destroy houses and eat crops. So, they have avoided planting rattan, elephant’s preferred food according to them, although it is more beneficial, economically.

    More embankments, lesser the fear

    When we reached Budhi Kulo, the main canal irrigating lands in Rajapur, it had swollen into a wide river. I could see swathes of land being eroded slowly and slowly by the violent waves.

    The Budhi Kulo turns into a wide river during monsoons.

    Due to sand deposits, the water from the Budhi Kulo overflows into the adjacent settlement during the rainy season,” said Dinesh Chaudhary, the sub-engineer working with NFRP. “To stop the bank erosion and water from entering the village, the communities with support from Practical Action built a bio-dyke.

    The recently constructed 150 m long bio-dyke along the banks of the canal has been crucial in preventing the soil erosion and water entering the settlement at Mukta Kamaiya Tole, a village of freed bonded labourers.

    The recently built bio-dyke has stopped floods from entering into the communities.

    Looking at the new sprouts of bamboo and rattan saplings planted on the dyke, it is poised to be a strong green embankment. Adjacent to the dyke was a long patch of marshy land covered with long grass, which otherwise would have been filled with sand. Two little girls were busy cutting grass on the marshland. On the other end of the canal two fishermen were casting their nets in search of fish.

    And none of them feared the ferocious waters!

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  • Financial capital and development, where’s the problem?


    February 2nd, 2018

    When Fritz Schumacher wrote “Small is Beautiful” he used the book to highlight two key challenges. The first that traditional development wasn’t working, he highlighted that it was failing to overcome pervasive and underlying challenges and second, that the economic assumptions guiding this development were flawed. He argued eloquently for a new approach to development, an economic development model in which finite resources were recognised and that the aim wasn’t capital accumulation but human wellbeing. Development in which people not money mattered.

    For the last five years, Practical Action have been working with Zurich insurance foundation on a global flood alliance programme. One of the aims of this programme has been an attempt to measure flood resilience. The degree to which flood resilience can be enhanced at the community level, through wise development choices, choices that enhance flood resilience, that reverse vulnerabilities and reduce risk. These efforts to measure community flood resilience are built upon the sustainable livelihoods framework, and outline an approach to resilience measurement that takes a holistic view across the five development capitals (Figure 1). The framework measures the contribution of components, or resilience sources from each of the five capitals and measures how they perform to either forewarn, mitigate or allow communities to live and thrive in spite of the flood event.

    Sustainable Livelihood Framework (DFID 2001)

    One of the questions we are hoping to answer is what is the role of financial capital? Or more importantly in the rush to generate wealth as the solution to poverty, how critical is capital formation to resilience building? In the context of the 5-capitals approach we are finding that, insurance schemes, microcredit and inadequately financed cash transfer programmes in general do not allow for financial capital formation – at best they enable consumption smoothing. So we want to explore sustainable capital formation, and explore this at multiple levels from the community up to national governments? If by using the tool we can identify measures to build flood resilience, this may allow enough people to be generating profits that allows a capital to accumulate. Is this capital accumulation sufficient to be used to pool risk? To create a proper capital buffer will be very hard, indeed methods currently being trailed in the development community use some form of micro-credit or similar process to enhance local capital accumulation. Preliminary results indicate that this may not be a good way of promoting capital formation.

    Converting the risk into an economic value and then paying this amount into a common pool thereby attempting to share the risk evenly among a large number of people.

    A recent and sobering study of Indian agricultural insurance schemes indicates they were ineffective from a financial perspective. It was found that regardless of their dubious impacts on the formation of the other capitals, they are not even useful for financial capital formation. The job of social insurance must be to smooth consumption shocks enough to allow capital formation, not to extract so much surplus that no new capital formation is possible. Perhaps the real problems are around distribution and redistribution?  Economics as if people mattered, this and other challenges await us as we try to explore the links between wealth creation and development. What we do know is that we need to be looking outside the box and exploring innovative options, not just rolling out business as usual, failed solutions.

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  • Flood Resilience Program extended for five more years


    January 16th, 2018

     

    Practical Action and partners will continue to work to develop solutions for community flood resilience and provide robust evidence for investment in pre-event resilience-building under a new five-year grant from Zurich.

    In July 2013 Practical Action signed a memorandum of understanding with the Z Zurich Foundation for a five-year programme aimed at building the flood resilience of vulnerable communities in Nepal and Peru as part of a multi-sectoral Alliance of partners. In December 2017, we received the excellent new that Zurich Insurance Company and the Z Zurich Foundation had agreed to a second five year phase, starting in July 2018.

    One of the significant achievements of the first phase was the development and piloting of a flood resilience measurement framework and tool. The Alliance and partners have used this tool to measure flood resilience in communities and to empirically validate the results and provide objective evidence of how flood resilience can be built and why. The tool has been piloted in over 100 communities around the world in Indonesia, East Timor, Nepal, Bangladesh, Afghanistan, Haiti, Mexico, the US and Peru in both urban and rural communities. By generating evidence using a robust and replicable tool we aim to influence investments in flood resilience so that ex ante action becomes the norm rather than the exception.

    Practical Action will be leading on the knowledge component of the new phase and we are excited to be the knowledge catalyst for the Alliance in Phase 2. We are committed to the use of evidence to influence policy and practice, combining both the human stories of flood resilience with supporting empirical evidence that can persuade decision makers of what works.

    The Flood Resilience Portal launched under phase 1 will continue to serve as a source of practical knowledge on how to build flood resilience, with lessons and solutions from all of the partners in the Alliance and beyond. The development of two additional locally-focused Portals – for Nepal and for Latin America – is helping to ensure that this knowledge is tailored to local communities and practitioners.

    The successes and failures encountered in the first phase have generated a wealth of lessons at local, national and global scales. These lessons have informed the development of this second phase, in which we aim to scale up our work building community resilience to floods, along with an expanded Alliance of partners. Practical Action greatly appreciates this long-term and flexible funding commitment, which allows us to focus on effective problem analysis and test out innovative solutions through robust community action, as well as generate and capture evidence of what works to influence at policy and practice at national and international levels.

    The new Alliance includes partners from the first phase; the International Institute for Applied Systems and Analysis (IIASA), the International Federation of the Red Cross and Red Crescent Societies (IFRC), Zurich Insurance company and has been expanded to include Concern, MercyCorps, Plan International, the London School of Economics, the Institute for Social and Environmental Transition-International (ISET) and ETH Zurich University. This enlarged Alliance brings more diverse skills and a shift in ambition to deliver flood resilience to communities at global scale.

    Practical Action is developing exit strategies with communities for the current programme work and ensuring that lessons are learned and knowledge is captured before the local projects come to a close. Looking ahead, Practical Action is extremely proud to be part of this Alliance and looks forward to five more years of innovative work, delivering resilience to flood prone communities around the world. Stay tuned for more.

     

    For more information: Chris Anderson Global Flood Alliance Programme Manager

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  • Seed cum fertiliser maize planter: how it works?


    December 12th, 2017

    The Developmental Challenge

    The Developmental Challenge Being one of the professional working in the sector of Market Development in Agriculture Sector in Nepal, the issue of farm mechanisation has always been the one of the sector of my interest. Even though the concept of farm mechanisation is ploddingly increasing, farmers access to related information and machineries in different crops are stumpy. In addition, the effort for farm mechanisation awareness and extension services are insufficient in the country.

    Alike the national scenario, I found the situation similar in the Maize Subsector in Bara District; during initial assessment under the Promoting Climate Resilience Agriculture (PCRA) Project. Maize farmers in the project area were unaware and did not use modern farm plantation equipment which resulted low productivity and high cost of production.

    On a positive note, this developmental hitch possessed a silver lining for promotion of farm mechanisation in the subsector. Thus, this challenge led identification and promotion of appropriate maize plantation machine in the area.

    Exploring Solutions
    With the help of the project team I started to identify possible service providers in nearby area of Bara district, which could fulfil our requirement. Though not a “Herculean Task”, the hunt was quite intricate and iterative to meet with service providers and select appropriate machine. After a week of market assessment, “Trishakti Traders” a supplier of farm machine and equipment was identified.

    To our ecstasy, Mr. Dhurv Shah (Proprietor- Trishakti Traders) was not only supportive towards our concept but also extended support to the project by offering us a free demo of the machine along with technicians support. Though Mr. Shah knew that though there would not be an immediate return for his investment, he was guided by his deep rooted values that being a responsible citizen he should be contributing for the society through ways he can.

    While returning from his sales outlet, a question kept knocking my mind: How vibrant would our society be, if we had more such heart warming people in the sector?

    Execution of Identified Solution
    Seven plots based upon developed criteria were selected for the demonstration activity. Those include; Affinity towards technology, having suitable land type for machine use, connector in the area for information dissemination and location. Based upon those criteria the selected plots were in Chiutaha, Kachaurwa, Paterwa, Pipradi and Lead Firm Plot Birgunj and the demonstration activities were conducted during 28 Nov- Dec 3, 2017.

    Trishakti Traders provided the “Maize Seed Cum Fertiliser Plantation Machine” for demonstration period and also called two machine technicians from Punjab, India to support the process.

    Major Outputs
     The demo was successful in planting the maize as per the expectations. During the event, effectiveness, efficiency and economic benefits of the machine were also tested. The machine has been found to be simple to operate and could be employed to plant at least 2.5-3 hectares per day under normal conditions . Farm economics shows that it would save about 100 USD per hectare plantation through savings from seed, manure and labour. When the machine would be used as per the calculations above the machine purchase cost (1250 USD) recovery would take less than 5 days. This information was shared to the farmers during the demo activity.

    Apart from the demo, the activity also raised a degree of curiosity and awareness in the areas. Being a new technology, farmers and passerby’s were keen to know about the technology and its benefits along with the purchase details. Some of the farmers wanted to test the machine to plant maize in their fields but due to inadequate time and incoming election, it was not possible.

     

     

     

    The Final Takeaway: Though this activity cannot be considered as a “Silver Bullet” to solve all the farm mechanisation issues, it has undoubtedly added a brick to lay foundation for farm mechanisation in the maize subsector in the area. PCRA is hopeful that the purchase and use of machine in upcoming maize plantation season will initiate.

     

     

    Description: Seed cum Fertiliser Maize Planter

    The Seed Cum Fertiliser Maize Plantation Machine used for the demonstration consists of five trench liners through which seeds and fertilizers are shown in the field and covered subsequently. The machine acts as an add-on-unit in tractor which is used for agriculture purpose and is easy to operate as it does not have complicated mechanism. It can be handled by two persons after they have a general idea of how the machine operates and can plant up to 3.5 hectares per day. The major parts of the machine along with their functions are described below:

     a) Seed and Fertiliser Holder: The seed and fertiliser holders have been designed in the machine at the topmost level of the machine. There are five seed holder compartments where the maize seeds are kept. Each compartment can hold more than 5 kg of seed. In case of fertiliser, there is only one compartment but has five drains from where the fertilisers fall down along with the maize as shown in the picture aside. The capacity of fertiliser holder is more than 50 Kilograms.

    b) Rotating Wheel Rotating wheel in the machine is connected to the main body with the help of a chain and provides thrust to move the machine forward. It also balances wheels on two sides in order to maintain the required plantation depth. As the wheel rotates forward, the chain provides rotational force to the Axle and Pivot.

    c) Axle and Pivot: As the axle and pivot receive torque, they rotate the seed holder and open the fertiliser holder. Due to the rotation, each seed move into the vacant space of the holder and are pushed down to the outlet. The seed holder is designed to accommodate only one seed and is pushed down by the brush attached in the seed holder. Similarly the opening of the fertiliser also allows a specific quantity to fall down the pipe to the trench developed.

    d) Trench Liners and Outlet: As the rotating wheel pushes forward in the plot ready for plantation, the trench liner develops five trenches where the seeds and fertilizers get dropped. The trench is covered with the soil by base opening of the trench liner. The continuous rotation motion of the axle and pivot enables a specific spacing amongst the seeds shown. Generally the spacing maintained amongst the seed is about 17-20 cm and the spacing between two trench lines is about 60 cm.

    e) Extra Liner for Mark up purpose: One of the peculiar characteristics of this machine, compared to zero till planter is the provision of extra trench liner. Due to the presence of extra liner, it helps tractor driver to mark up the planted area and maintain the crop spacing for proceeding plantation.

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