Archive for category: Technology

Information and stories about technology news.

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Private Sector Is Driving Water Solutions in Sub-Saharan Africa

Water in Sub-Saharan AfricaThe continent of Africa boasts extensive geographical and biological diversity. With this heterogeneity, it is critical to tackle poverty from a multidimensional lens. This article focuses on using solar technology in Sub-Saharan Africa to provide clean water and access to water for farming and health facilities, addressing resource poverty.

The Sub-Saharan countries alone have 1.2 billion citizens and projections by the World Bank indicate that this number will increase to 2.7 billion by 2060. The International Institute for Applied Systems Analysis states that an unpredictable and erratic rainfall pattern is a major contributor to low productivity and food insecurity in Africa. This is further compounded by a low degree of mechanization, which reinforces a persistent poverty trap. Cyclical famines triggered by these factors pose a significant threat to local development opportunities.

Startups and established solar tech companies in the region are using solar energy-powered systems to tackle water scarcity. By doing so, they are setting an example for the future of farming development. This approach produces positive economic outcomes that have a ripple effect on the health and well-being of citizens and the global economy as a whole.

Blazing the Trail for Progress

Although the continent receives “60% of the world’s solar resources, Africa has only 1% of solar generation capacity.” This is largely due to economic constraints caused by reverberations from the global pandemic and the war in Ukraine. Filling in the gaps, partnerships between governments and the private sector are increasingly opening up opportunities for citizens to harness solar energy to power irrigation systems.

SunCulture is one example of the many companies and startups funding development projects in countries experiencing the highest levels of water scarcity, including but not limited to Ethiopia, Kenya, Morocco, Namibia, Nigeria, Rwanda, Senegal, South Africa, Tanzania and Uganda. SunCulture alone has raised more than “40 million to equip rural farmers with solar-powered irrigation systems.” Rural farmers previously relied on rainfall or oil power to produce the water necessary for production.

Now, with help from SunCulture, they have access to cheap and renewable energy to run irrigation systems that require “minimal maintenance.” Put simply by SunCulture’s chief of staff, Mikayla Czajkowski, solar energy offers “positive environmental impact, job creation potential and economic development potential.”

The potential for harnessing solar power is extensive. One foreign company leading the charge is Business Finland, which introduced the SolarRO 1500 desalination system in the village of Tseikuru, Kenya. Many communities living rurally or in city “slums” in Kenya have historically relied on contaminated water as the only available resource.

SolarRO utilizes solar energy to operate reverse osmosis systems. This empowers communities to clean the existing water resources without the costs that come with drilling and building irrigation systems. While irrigation systems are best for farming development, reverse osmosis offers a simpler solution to the prevalence of contaminated water, with the reliance on solar (renewable) energy being a key aspect of a cost-efficient implementation.

High Hopes and High Rewards

A SunCulture impact survey found that “89% of smallholder farmers experienced a boost in their quality of life, 90% increased their production and 87% enhanced their earnings.” The success of these projects revolves around the sustainable and efficient nature of implementation. With roughly 36.7% of the population of sub-Saharan countries living on $2.15 a day, costs present a slight challenge.

While many companies have developed solutions based on grants and funds raised, the future and sustainability of these water solutions require a structured water industry all over Sub-Saharan Africa. As communities are given access to water, impact analyses show that production capacities increase and, with it, the quality of life. By investing in solar energy solutions now, the economic and health sectors will see positive, sustainable change in the future.

As the world strives to achieve the Sustainable Development Goals, initiatives like the solar-powered water project serve as beacons of hope. They demonstrate that sustainable solutions to poverty are within reach. By leveraging renewable energy and community-driven approaches, there is the potential for clean water to catalyze positive change and create a brighter future for generations to come in rural Africa and beyond.

– Kiera Gorman

Kiera is based in Santa Cruz, CA, USA and focuses on Good News for The Borgen Project.

Photo: Pexels

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Digital Innovation Empowering Rural Entrepreneurs

Empowering Rural EntrepreneursIn the face of rapid digital advancement, innovative solutions are emerging as powerful tools for alleviating poverty worldwide. The development sector is increasingly utilizing digital innovation to support rural entrepreneurs, thereby forging a path toward sustainable poverty reduction through technology. This article examines the transformative impact of online commerce and direct cash transfers by organizations like GiveDirectly and GiveWell on empowering rural entrepreneurs and sparking economic development in underserved areas.

The Power of Direct Cash Transfer

As technological advancements gain popularity in urban settings, rural communities are not left behind, due to aid from organizations like GiveDirectly. This organization equips people in rural areas with phones, enabling contributors to send funds directly to those in greatest need. GiveWell and GiveDirectly have demonstrated the success and sustainability of grants over loans in reducing poverty, through tracking and analyzing cash transfers. These grants, with few or no strings attached, have not only shown a proven track record of success but also represent the most ethical giving method, granting recipients complete control over their paths out of poverty.

Microloans vs. Unconditional Wealth Transfer

Assuming impoverished people cannot manage their finances overlooks the structural and systemic nature of poverty. This perspective has fueled the popularity of microloans as a poverty reduction strategy. When donating to an organization, contributions often cover staff salaries, outreach costs and more, stretching funds to support not only the target populations but also the organization’s sustainability. Meanwhile, loans risk entrenching people in a cycle of poverty, with the burden of repayment potentially falling on their children if the parents fail to pay off the debt.

For this reason, GiveWell has invested in the analysis of GiveDirectly, a study that compares microloans to unconditional cash transfers. According to GiveWell, “It requires far more overhead to run a microlending operation than to run a cash transfer operation.” Additionally, many microloan agencies operate as for-profit businesses rather than humanitarian nonprofits like GiveDirectly. This distinction often means there’s less incentive for them to avoid indebting the people they aim to assist

The Case for Direct Cash Transfers

Organizations have rigorously studied cash transfers, finding strong evidence they reduce monetary poverty. A 2016 report from the Department for International Development highlights cash transfers as among the most thoroughly researched development interventions. However, only 2% of major government funding goes toward direct cash transfers.

Global Market Access for Rural Artisans

Technological innovation, particularly online marketplaces, is advancing global development by opening access to the global market. People in low-income, rural areas often create sought-after artisanal products, but traditionally they could sell them only to tourists at local prices. For-profit and nonprofit companies are emerging to offer entrepreneurs technology access and digital business strategies. These initiatives empower rural women’s groups to develop websites or use existing platforms to sell their products at fair prices, reflecting the hours of labor invested in their creation. Digital platforms connect rural producers directly with consumers and markets, eliminating intermediaries and ensuring fair prices for their products. The ongoing trends show that collaborating through websites fosters community-led development.

The Future of Technology in Development

Digital innovation and solutions, such as direct cash transfers and global market access, are reshaping the landscape of poverty alleviation, empowering rural entrepreneurs to take charge of their economic futures. These advancements promise a sustainable pathway out of poverty, leveraging technology to bridge gaps and foster inclusive growth.

– Kiera Gorman

Kiera is based in Santa Cruz, CA, USA and focuses on Technology and Solutions for The Borgen Project.

Photo: Flickr

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Gaming in Africa: Human Development Benchmark

Gaming in Africa: Human Development BenchmarkIn 2009, Beth Kolko and Cynthia Putnam proposed the United Nations (U.N.) recognize video gaming, both creation and play, as a human development benchmark. The proposal, though initially seen as radical, has gained scientific support over time. Gaming in Africa is a significant aspect of this discussion.

Kolko and Putnam argue that gaming fosters the spread of computer technologies in areas and among groups that might otherwise lack access. They claim that “games constitute a significant portion of the ICT (information and communication technologies) ecology in developing regions and provide a pathway to people’s ‘first touch’ of a computer.” Understanding and utilizing technology in developing countries opens up local and international employment opportunities while educating communities. These opportunities are crucial for transitioning developing nations into developed ones capable of competing on the global stage.

Proliferation of Gaming in Developing Regions

Unfortunately, the 2009 proposal was denied and the matter has not been revisited by the U.N., but the scientific and social studies that have been done since have reinforced the concept of games as a benchmark of human development. The idea of gaming as an important step in the artistic and social development of a nation has not only been adopted by academics but also by nations all over the developing world.

Elevating Gaming in Africa

The Pan African Gaming Group (PAGG), an international collective of video game developers across Africa, aims to enhance the status of gamers and developers on the continent. In developing nations, gamers often find game consoles and high-end computers hard to access, prompting a shift to more affordable technology. Mobile gaming has engaged more than 186 million people throughout Africa, a demographic PAGG serves by collaborating with studios across the continent to create games that reflect African life.

Gaming’s Economic Potential

In a statement on its website, PAGG states “We believe that if games are culturally relevant to the local communities that we serve… create positive impacts in the lives of Africans and their community.” The group aims to foster a gaming community in Africa with the potential to become a significant force in the international market, a goal that appears to be bearing fruit.

Gam3s predicts that gaming in Africa will be a billion-dollar industry by the end of 2024. Key factors include wider internet access and more affordable cell phones, but Africa’s adaptation to modern gaming markets involves more complex strategies.

African Developers

Companies like Microsoft, Apple and EA rely heavily on credit card transactions for game purchases and subscriptions. However, with Africa’s credit card usage at only 2.7%, accessing games from major companies poses a challenge. Despite this, gaming in Africa continues to grow, due to innovative solutions tailored for the local market. These solutions include OPay, a digital bank based out of Nigeria and the sale of game vouchers in local stores and supermarkets, making gaming more accessible to a broader audience.

Innovations have paved the way for African developers like Leit Arts, Kayfo Games and Digital Mania to gain recognition. With strong local support and growing interest from international gamers, these companies could transform Africa into a key player in online creation, gaming and community building in the digital world.

– Charles McFadden

Charles is based in Glasgow, Scotland and focuses on Technology and Solutions for The Borgen Project.

Photo: Unsplash

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Cacao Pods: Repurposed to Alleviate Poverty in Africa

Cacao Pods: Repurposed to Alleviate Poverty in AfricaThe cocoa industry holds the promise of becoming a source of clean energy, enhancing agricultural output and lessening poverty among farmers. According to the World Resource Institute, approximately 75% of the cacao pod is discarded during cultivation, harvesting and consumption of cocoa beans, as the beans, used for making chocolate and cocoa butter, are the most valuable parts. This practice leads to soil degradation and contributes to deforestation, diminishing the availability of fertile land for farming. Research from Wageningen University shows that smallholder cocoa farmers in Ivory Coast and Ghana earn about $1 per person a day, insufficient to meet basic needs.

Sustainable Utilization of Cacao Pods

Collecting and repurposing the husk, pulp and shell of cacao pods results in several uses. For instance, the pulp can be processed into a nutritious and delicious beverage, creating new market opportunities within the chocolate industry. Additionally, cocoa bean shells can be transformed into cocoa flour, a healthy, gluten-free alternative to traditional flour. These innovative uses of cacao pod byproducts provides farmers with additional products to sell beyond chocolate, as well as, enhance their profits, diversify their produce and also enjoy environmental benefits. Cocoa bean shells can be used as fertilizer and mulch, helping to suppress weeds and retain soil moisture, thus improving soil health. Moreover, enhanced soil quality supports increased production and helps farmers achieve larger yields, contributing to poverty alleviation among cocoa farmers.

Animal Feed and Soil Health Improvement

Repurposing cacao pods not only helps reduce soil degradation, providing farmers with more reusable land for crop planting but also serves as a cost-effective animal feed source. This dual benefit enhances agricultural productivity and contributes to reducing poverty among cocoa farmers by lowering animal husbandry expenses.

Cacao Pods for Clean Energy Production

A study identified cacao pod husks as a viable source for electricity generation in Uganda. Methods such as direct combustion, gasification, pyrolysis, anaerobic digestion and hydrothermal carbonization can convert these husks into energy. Utilizing cacao pods for power could significantly benefit rural areas in Uganda by providing electrification. This shift has the potential to reduce deforestation, mitigate climate change and preserve biodiversity, transforming the socio-economic landscape of these communities.

Innovative Projects for Cacao Pod Waste Repurposing

The Circular Economy Cocoa: From Bean to Bar Project and the Cote d’Ivoire Biomass Electricity Production initiative are pioneering new methods to repurpose cacao pod waste for more sustainable production. The Cote d’Ivoire initiative focuses on a power plant that uses cacao pod waste to generate clean energy, as outlined by the Private Financing Advisory Network (PFAN). Meanwhile, the Circular Economy Cocoa program in Helvetas Vietnam aims to transform Vietnam’s cocoa production into a renewable sector. This transformation involves recycling cocoa waste as an energy source, eliminating harmful chemicals in manufacturing, reducing the intensity of resource production and introducing eco-friendly packaging solutions.

Looking Forward

Embracing innovative approaches to repurpose cacao pod waste marks a promising step toward sustainable agriculture and energy production, offering cocoa farmers in regions like Ivory Coast, Ghana and Uganda a brighter future. These initiatives not only aim to elevate farmers’ livelihoods but also set a precedent for environmental stewardship in the cocoa industry, steering toward a more sustainable and prosperous path for all involved.

– Erika David

Erika is based in Union, NJ, USA and focuses on World News for The Borgen Project.

Photo: Unsplash

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Navigating the Nuclear Battery Promise

Nuclear BatteryThe recent buzz surrounding Betavolt’s nuclear battery has ignited excitement about a potential clean energy revolution. However, it’s crucial to approach this development with a balanced perspective, acknowledging its potential and the significant challenges. The Borgen Project aims to provide a comprehensive analysis, separating hype from hope by exploring this technology’s science, safety, feasibility and responsible development. Here, continued research and development efforts are crucial to fully understand the potential of nuclear batteries and their role in the future energy mix. 

Nuclear Battery: Potential and Hurdles

Nuclear batteries, like those developed by Betavolt, utilize the decay of radioactive isotopes to generate electricity for extended periods. Proponents highlight their potential for long-lasting, clean energy in remote locations or applications requiring consistent power, like medical devices or spacecraft. However, significant hurdles remain.

Firstly, regulatory approval is a complex and lengthy process. Nuclear technology faces stringent safety regulations and navigating these hurdles can be time-consuming and expensive. Additionally, the long-term management of radioactive waste generated by these batteries needs careful consideration and robust infrastructure, ensuring responsible disposal and environmental protection.

It’s important to note that advancements in areas like waste minimization and recycling could play a significant role in overcoming these challenges and paving the way for the wider adoption of nuclear batteries.

The Proven Path of Renewables

While nuclear batteries hold promise for specific applications, it’s crucial to recognize the established and rapidly advancing field of renewable energy. Solar, wind and other renewable sources offer a proven path towards a clean energy future, with significant advantages over nuclear technology in the near term. Continued investment and strategic policies are vital in accelerating the widespread adoption of renewables.

Success stories like the dramatic cost reduction of solar panels and the increasing efficiency of wind turbines demonstrate the immense potential of this sector. Additionally, innovative solutions like energy storage technologies address intermittency concerns, paving the way for a reliable and sustainable energy future powered by the sun, wind and human ingenuity. Beyond these established technologies, promising avenues exist to explore within the renewable energy sector. Research into advancements like geothermal, tidal and even algae-based biofuels can further diversify the clean energy portfolio.

Building Trust in Renewables

Investors play a crucial role in scaling up renewable energy solutions. By showcasing successful case studies, highlighting renewables’ economic and environmental benefits and fostering transparency in project development, we can build trust and attract investments crucial for accelerating the transition towards a clean energy future.

Focusing on the Future

Nuclear batteries may hold promise for niche applications in the distant future. However, for the immediate and foreseeable future, focusing on proven and rapidly advancing renewable energy solutions offers a more realistic and achievable path toward a sustainable and clean energy future. By harnessing the power of innovation, fostering responsible development and building trust in established technologies, we can collectively chart a clear course toward a brighter tomorrow powered by clean energy.

– Vincenzo Marino
Photo: Wikipedia Commons

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Top 5 Animations on Extreme Poverty

Animations on Extreme PovertyAn expanding community of animators dedicates their creative energy to producing animations on extreme poverty. Their animations are often featured on platforms like YouTube. The top five animations on this topic showcased here represent the finest works crafted by this community.

Rational Animations

A meticulously researched video delves into GiveDirectly, a program providing Unconditional Cash Transfers (UCT) to individuals in extreme poverty. Unlike other animations on extreme poverty, it uniquely highlights UCT. Accompanying the video is a fundraiser for GiveDirectly. The animation advocates for eradicating extreme poverty. Defined by the World Bank’s September 2022 international poverty line of $2.15 a day, by extending unconditional cash transfers to all individuals below this threshold.

The animated video highlights GiveDirectly’s positive impacts. A 2016 study by Francesca Bastagli and colleagues at the Overseas Development Institute finds cash transfers improve nutrition, health care and agriculture while boosting local economies. Moreover, adult beneficiaries dedicate similar durations to work, whereas children allocate more time to schooling. Furthermore, a 2020 study published in Econometrica by Denis Egger and co-authors reveals that for every $1,000 of UCT disbursed, a growth effect of $2,500 stimulated local economies while maintaining inflation at a mere 15%.

The article highlights the practicality of eradicating extreme poverty, as outlined by the Brookings Institution, which identifies a “Poverty Gap” of $100 billion. It represents the disparity between the resources possessed by the extremely poor and the amount required to lift each individual out of extreme poverty.

TED

Avi Ofer’s animation, “Why is it so hard to escape poverty?,” produced by TED, delves into the concept of welfare traps, a form of poverty trap. It advocates for Universal Basic Income (UBI) to eradicate global poverty. The video offers a comprehensive examination of poverty across the developing nations. While welfare programs in the developed world have supplanted anti-poverty initiatives previously administered by religious institutions, they often inadvertently create welfare traps. These traps reduce one’s net income upon employment, fostering dependency on welfare and hindering poverty alleviation efforts. Poverty traps and circumstances beyond the control of impoverished individuals perpetuate poverty cycles. Fortunately, UBI emerges as a proposed solution to eliminate all welfare traps and eradicate poverty universally.

Kurzgesagt – In a Nutshell

In the vibrant world of animation, a renowned German studio stands out for its captivating and meticulously researched videos. Supported by the Bill & Melinda Gates Foundation and in collaboration with Our World in Data, these colorful creations delve into pressing issues with both depth and creativity. Among their impressive repertoire are animations that offer insights into extreme poverty, presenting compelling narratives and thought-provoking solutions. One such animation, “Overpopulation & Africa,” delves into the complexities of family planning, health care access, contraception and education. Drawing parallels with successful models from Bangladesh in the 20th century, it offers a compelling vision for addressing population growth and poverty in Sub-Saharan Africa.

Population growth estimates for Sub-Saharan Africa display significant disparity. According to a 2019 United Nations (U.N.) report, the region is projected to reach a population of 2.6 billion by 2100. However, an International Institute for Applied Systems Analysis (IIASA) paper by Samir KC suggests a substantially higher figure of five billion by the century’s end. Despite a decrease in household size from 6.6 billion children in 1960 to 4.7 billion in 2017 sub-Saharan Africa still maintains a significantly higher birth rate than the global average, as per a 2017 U.N. paper. According to research by Track20, offering women universal access to contraception, health care and education could reduce population estimates to 2.8 billion by 2100. This approach has shown promise in Ethiopia, where improved health services have notably reduced child mortality rates from 20% in 1990 to 7% in 2015.

Positive Steps

Additionally, a 2018 study by Kaps, Alisa and colleagues from the Berlin Institute indicates that Ethiopia’s substantial investment of 30% of its annual budget in education led to a 25-fold increase in the number of schools over two decades. Africa, as a whole, has made significant strides toward these objectives. Moreover, contraceptive use, which stood at 16% in 1990, surged to 30% by 2014. The Most Gruesome Parasites – Neglected Tropical Diseases

“Neglected Tropical Diseases” (NTDs) shed light on the economic and health toll inflicted by these ailments on impoverished communities while also commending the global efforts to combat them. NTDs are highly treatable yet often neglected due to inadequate health care access and infrastructure.

However, the 2012 London Declaration aimed to eradicate 10 NTDs by 2020, with Western pharmaceutical firms funding the nearly $18 billion initiative. By 2015, more than 815 million individuals had access to medications for treating these diseases. One notable success story is the battle against Dracunculiasis, a parasitic worm that requires extraction over days or weeks. In 1985.

A Selfish Argument for Making the World a Better Place

“Egoistic Altruism” presents a compelling argument for lifting people out of poverty, framing poverty reduction as a global public good. In the pre-industrial revolution era, the world operated as a zero-sum game, where acquiring resources often necessitated conflict. However, the advent of the industrial age transformed the world into a positive-sum game. The animation contends that factors such as supply and demand and the presence of educated individuals capable of innovation enable the resolution of more challenges, leading to wealth creation and poverty reduction. Moreover, it posits that addressing global issues like cancer becomes more feasible when underprivileged children worldwide have access to higher education. This enables them to contribute to the economy as part of the middle class. Such a future, the video suggests, maximizes humanity’s research output, facilitating the resolution of additional global problems.

– Joey T. McFadden
Photo: Unsplash

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How Netflix is Addressing Famine in Malawi

The Influence of Media: How Netflix is Addressing Famine in MalawiMalawi, a country in East Africa, has faced eight droughts in the past 36 years, impacting more than 24 million people. In today’s digital era, film and media significantly influence public awareness. The Netflix film “The Boy Who Harnessed the Wind,” sheds light on drought and famine in Malawi, illustrating the power of storytelling in highlighting critical environmental and societal issues.

The true story-based film “The Boy Who Harnessed the Wind” vividly captures the harsh realities of drought in Malawi, underlining the urgency of global intervention. It aligns with the World Bank’s “Malawi Drought Recovery and Resilience Project” which aims to mitigate and prevent the dire consequences of drought. It also showcases the critical role of such initiatives in addressing environmental crises.

Depiction of Drought in the Film

The film is set in Kasungu, a town in central Malawi, where the narrative focuses on William Kamkwamba and how drought impacts both his life and the lives of his neighbors. Water shortages, primarily caused by a lack of precipitation in Malawi, mean that crops cannot grow. This also means that crop production becomes unstable, resulting in widespread food scarcity.

Drought often escalates to famine, leading to widespread hunger, as depicted in “The Boy Who Harnessed the Wind.” The film shows the stark realities of drought in Malawi through scenes of parched earth, crop failures and distressed children. While dramatized for emotional impact, these portrayals accurately highlight the devastating effects of drought and famine on communities.

Drought and famine in Malawi not only lead to starvation but also have devastating economic effects. The scarcity of water results in poor agricultural conditions and the loss of livestock, stripping individuals of their main sources of income and livelihood. This cycle exacerbates the country’s poverty and hinders economic development.

The agriculture sector, crucial for the majority of Malawi’s rural population, suffers significantly from drought and famine. This scenario leads to a decrease in exportable resources, making generating income for the economy challenging. Consequently, poverty intensifies in rural areas where agriculture is a primary livelihood, highlighting the need for sustainable solutions to water scarcity and agricultural resilience.

Famine in Malawi: A Promising Future

Droughts in Malawi, often triggered by natural resource scarcity such as rain, present complex challenges for prevention and control. However, effective measures exist, as highlighted by the Malawi Drought Recovery and Resilience Project. This initiative showcases how technology and financial strategies can mitigate the country’s vulnerability to climate risks and disasters, providing a practical approach to bolstering resilience against drought in low-income nations.

In addition to preventative actions, supporting communities after drought’s severe consequences is crucial, as demonstrated by the World Bank’s economic aid initiative for Malawi, which includes a $104 million grant. This funding aids in providing food relief, restoring dry lands and introducing drought-resistant crops, offering direct assistance to Malawi’s affected communities.

Looking Ahead

“The Boy Who Harnessed the Wind” serves as a poignant reminder of Malawi’s resilience in the face of environmental adversities, driving home the urgency for global and local action. With initiatives like the Malawi Drought Recovery and Resilience Project gaining momentum, there’s renewed hope for sustainable solutions to combat drought and enhance agricultural resilience. As awareness spreads through powerful storytelling and concerted efforts continue, the future for Malawi looks increasingly promising, with paths paved toward recovery, sustainability and economic stability.

– Amelie Bunce
Photo: Unsplash

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Hydropower Plants Light Up Northern Pakistan’s Path Out of Poverty

Hydropower Plants Light Up Northern Pakistan's Path Out of PovertyIn the heart of Pakistan, where rural areas often face a lack of infrastructure and limited access to amenities like electricity, exacerbating poverty, the Aga Khan Rural Support Programme (AKRSP) has become a beacon of hope. Established in 1982, AKRSP aims at fostering sustainable development and empowering marginalized communities. Furthermore, among its transformative projects are hydropower plants, which illuminate the path out of poverty for Northern Pakistan’s rural communities, ensuring access to reliable electricity and promoting economic growth.

Comprehensive Community-Led Development

AKRSP primarily focuses its efforts on rural regions of Pakistan, spanning provinces such as Gilgit-Baltistan and Chitral. It employs a comprehensive approach to community-led development and support projects in agriculture and food security, early childhood development, credit and savings, community infrastructure development and education. Moreover, the Aga Khan Rural Support Programme commemorates 40 years of community-led development in Pakistan.

Sustainable Energy Solutions in Chitral

The Aga Khan Rural Support Programme (AKRSP) has installed 148 micro-hydropower plants in Chitral, addressing the area’s significant electricity access challenges. These run-of-the-river systems, which do not require large reservoirs, harness the natural flow of rivers and lakes to generate sustainable energy. Moreover, water is diverted from rivers and channeled to turbines through penstocks and the movement of turbines generates electricity, distributing power to local communities and improving their access to basic needs. This initiative exemplifies a sustainable approach to enhancing rural electrification and living standards.

Local Empowerment and Global Recognition

Part of these installations is getting the local communities involved in running the plants and putting them in control of their own long-term prosperity and energy creation. Furthermore, the Aga Khan Rural Support Programme (AKRSP) received a global award for a sustainable rural electrification project in Pakistan and it plays a crucial role in poverty alleviation in Chitral, providing access to electricity for 49% of the population. In addition, AKRSP empowers local communities to engage in income-generating activities.

Social and Economic Benefits of Hydropower Plants

The School for International Training’s study highlighted the positive social and economic impacts of micro-hydropower plants. With the newfound electricity access, communities have seen behavioral changes through television viewing, leading to personal development improvements. Additionally, the switch to hydropower from kerosene has resulted in financial savings for families, enabling investment in new activities and business ventures and further catalyzing community growth and prosperity.

Hydropower Plants: Empowering Rural Communities

The Aga Khan Rural Support Programme (AKRSP) stands as a testament to the power of community-driven and NGO-backed development can significantly uplift rural areas in Pakistan. Furthermore, by focusing on sustainable hydropower projects, AKRSP not only provides reliable energy but also encourages economic growth and environmental stewardship. Moreover, the initiative’s success highlights the importance of aligning development goals with community needs and aspirations.

In addition, as AKRSP moves forward, its model serves as a blueprint for similar endeavors globally, aiming to achieve sustainable progress and equity. Above all, through continued dedication to empowering rural communities, the organization is helping to illuminate the path toward a brighter, more sustainable future in Pakistan.

– Emily Shapiro
Photo: Unsplash

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Empowering the Underserved With Technology: AI for Africa’s Poor

AI for Africa's PoorArtificial Intelligence (AI) takes the spotlight, transforming industries worldwide in technological upheaval. For Africa, where nearly 7% may live under $2.15 a day by 2030, the promise of an AI-driven economy with ethical foundations holds tremendous potential. Africa, led by Mauritius, Egypt and South Africa, embraces AI with distinct strengths. Egypt thrives on young tech talent, South Africa excels in infrastructure for online education and Mauritius emphasizes governance.

In a conversation with Karishma Muthukumar, a nongovernmental organization (NGO) leader and session panelist at the 2023 United Nations (U.N.) AI for Good Global Summit, The Borgen Project, explores insights and opportunities for leveraging AI to uplift Africa’s impoverished, aligning with Sustainable Development Goals (SDGs). As the continent progresses, AI emerges as a beacon for positive change.

Employability of AI for Africa’s Poor

Despite the expansion in technology and infrastructure access, the scarcity of resources due to COVID-19 has outpaced growth in various regions of Africa. A stark reality persists as less than 20% of the continent has implemented a comprehensive strategy to address electricity shortages, with approximately 600 million people needing more basic access to electricity as of 2022. Achieving Sustainable Development Goal 7 (SDG-7) by 2030, which aims to ensure universal access to affordable, reliable, sustainable and modern energy, remains a formidable challenge.

The pivotal question no longer revolves solely around how artificial intelligence (AI) will affect people but how millions of individuals will harness AI for their benefit. As rightly indicated by Muthukumar, the disparities in technological advancements pose significant challenges. The effects of AI are poised to unfold differently in developing versus developed countries and the requisite investments and regulations these countries need are also likely to be different.

A critical determinant in this evolving landscape is pertinent data and infrastructure availability. Wealthier nations leverage their extensive datasets to develop sophisticated AI models and proposals. However, gaining access to reliable data in Africa is not trivial, creating a barrier for technological advancements to reach those who need them the most. Nevertheless, instances of innovation, such as Kenya’s M-Pesa, which has revolutionized the payment world through mobile data, serve as a reminder of the transformative possibilities that lie ahead.

Technological Challenges for AI Advancement in Africa

It is crucial to overcome technological challenges to make AI impactful for people experiencing poverty. Research stresses distinguishing short-term and long-term values in AI adoption. An important strategy involves customizing technology from developed nations for local use, facilitating the creation of solutions that resonate with the specific needs of diverse communities.

Another strategy involves decentralizing AI products to meet local needs. This not only has the potential to uplift incomes but can also stimulate economic growth. However, implementing such strategies is challenging, particularly in regions with trust issues, as easy code modification is possible in those cases. Society plays a vital role in monitoring new systems and highlighting abuses to ensure technology reaches those in need efficiently.

Cost Management and Innovation Take Center Stage in Health Care

With the automation of medical procedures, artificial intelligence can help health professionals do more and reach more people with limited resources. Currently, less than 30% of the applications deploy artificial intelligence in health care. AI has the potential to improve outcomes and decrease treatment costs, thus making diagnosis accessible to a larger group of the population.

Several African countries have adopted artificial intelligence today to automate radiology tasks, enabling more frequent tests to rule out the severity of diseases, thus actively assisting in medical diagnostics. The Artificial Intelligence for Good Global Summit extensively explored empathy-based artificial intelligence as a promising future to complement patient care. Muthukumar emphasized how artificial intelligence can empathize with patients, particularly in critical situations like wait times. This can lead to medical innovations and a significant enhancement in the meaningful connection between caregivers and those needing care.

Nurturing Hope for the Future of AI for Africa’s Poor

Successful adoption of AI for Africa’s poor hinges on strong foundations in data, infrastructure and governance. The potential transformative applications in Africa may not necessarily replace humans but rather create new opportunities for them.

In the quest for cost containment and improved infrastructure, African nations must carefully balance adopting foreign AI solutions with promoting local innovations and regulations. This approach promises to uplift underserved communities, especially in vital sectors like health care and employment.

Crucially, this strategy resonates with the region’s commitment to implementing secure and practical solutions, contributing to a digital transformation that narrows the digital divide toward achieving the SDG goals.

– Sudha Krishnaswami
Photo: Flickr

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AI Offers Promise for Africa’s Smallholder Farms

AI Offers Promise for Africa's Smallholder Farms More than 226.7 million people in Africa face starvation, yet the continent is poised to become the world’s future breadbasket. At the forefront of a technological revolution, Africa’s rich agricultural tradition embraces Artificial Intelligence (AI). The integration of AI into agrifood systems is expected to significantly boost efficiency, enhance yields and promote sustainable farming practices. Agriculture accounts for nearly a quarter of Africa’s Gross Domestic Product (GDP), but the continent still depends largely on food imports. By 2030, these imports are estimated to cost up to $100 billion annually. Smallholder farms play a crucial role in this agricultural landscape.

AI and Smallholder Farms

There is extensive room for improvement and modernization in the smallholder farm industry. AI has the potential to support crop yield, irrigation, soil content sensing, crop monitoring, weeding and crop establishment. AI technology can optimize the use of fertilizers, pesticides and irrigation. A change that would improve the health of humans as well as the environment. Africa faces two significant obstacles to fully harnessing the potential of AI, access to reliable internet connectivity and affordable technology. Smallholder farmers remain confined to simple devices such as mobile phones, radio and TV to access digital resources, including the Internet despite the availability of digital opportunities.

Small Holder Farms: Constraints and Successes

Smallholder farms are vital in Africa, contributing significantly to food production, enhancing rural livelihoods and reducing poverty. These farms typically operate on less than two hectares of land, equivalent to approximately 2.47 acres each. These farms usually cultivate a diverse range of crops such as yams, beans, rice, cassava, maize, vegetables and fruits and raise livestock including goats, cows and chickens. Individual farmers or families manage these operations, facing common agricultural challenges in countries like Kenya, Nigeria and South Africa. Here are some of the agricultural constraints:

  • Use of outdated technology -Regular Flooding
  • Climate change -Desertification of crop and grazing land
  • Diseases and pests -Lack of financing
  • Agricultural Infrastructure -Shortage of farming skills
  • High levels of soil degradation -Tough economic conditions
  • Impact of Energy Shortages on agriculture, food, fiber and beverage production

Smart Farming Powered by Internet of Things (IoT) Technology

AI successes feature smart farming enhanced by Internet of Things (IoT) technology, which optimizes crop management through the use of sensors, gateways, and data analysis. These sensors collect vital data from the fields, which is then stored and analyzed. This process allows farmers to access real-time insights, enabling more efficient and informed decision-making.

Nigeria is home to 38 million smallholder farmers who account for 90% of Nigeria’s agricultural produce and employ 60% of the country’s labor force. More than 72% of residents live below the poverty line in Nigeria, where smallholder farms produce the majority of the country’s staples and employ millions.

AI Successes include Farmcrowdy, Nigeria’s first digital agriculture platform that connects small-scale farmers with smart farming techniques, quality farm inputs and access to superior markets to be able to earn a decent profit margin. Founded in 2016, Farmcrowdy began with 25,000 farmers. Currently, it is working with 50,000 farmers, with a plan to scale to 500,000 by the last quarter of the fiscal year 2020 and 3 million over the next 5 years.

AI successes feature Precision Agriculture, monitoring crop conditions, soil quality, weather patterns, and pest infestations. Additionally, Ujuzikilimo’s mission in precision farming aims to empower all farmers and stakeholders to make quick, informed, and data-driven decisions through the collection and analysis of agricultural data. The United Nations (U.N.). The initiative is exploring ways AI can be used to predict flood patterns and optimize Agrifood systems across Africa. Agrifood systems would predict the best times to plant, provide an assessment of soil health and monitor pest and disease outbreaks.

The Future of Full-Scale Agricultural Digitalization

The convergence of AI and agriculture in Africa offers a mix of potential benefits and challenges. While AI holds the capacity to enhance agricultural productivity and bolster food security, achieving widespread digitalization is still a goal out of reach. The claims of transformative impact often disconnect with the actual experiences of smallholder farmers, facing constraints like low literacy and scarce access to digital tools. Nonetheless, there are opportunities tailored to address both present and anticipated obstacles in smallholder agriculture, aiming to realize the full promise of digitalization in the sector.

– Pamela Fenton
Photo: Unsplash