Archive for category: Technology

Information and stories about technology news.

,

How Technology Is Driving Agriculture in West Africa

Technology in West AfricaThroughout history, new technology has always been one of the key factors in driving both the economy as a whole, as well as a specific economic sector. New inventions drive new innovations, and as a result, significant advancements are made. Now, technology is driving agriculture in West Africa as well, with both new and familiar ideas paving the way forward. Here are some of the most notable technologies and advancements pushing agricultural expansion in West African countries like Ghana, Senegal, and Nigeria.

Clean Energy in Ghana

One of the keys to most modern technology involves energy: sustainable energy, of course, being among the most ideal (and often cheapest) options. Solar power is making electricity available for more and more West Africans every day. There is also a massive project in the works to create a solar power facility in Ghana. Composed of 630,000 photovoltaic modules, the Nzema Solar Power Station will bring electricity to the homes of more than 100,000 Ghanaians. With this clean energy, new technologies that push agriculture and other economic sectors forward can be powered.

Access to Smartphones

Tied closely with the push for energy is the advancement of the smartphone across West Africa. Smartphone ownership has increased to around 30-35 percent in Ghana, Senegal and Nigeria. Smartphones are an absolutely integral driving force for agriculture and technology in West Africa. With access to a smartphone and the internet, farmers can gain easier and more convenient access to information about local markets and upcoming weather forecasts, improving their ability to adapt to shifts in both the environment and the economy. Not only that, but smartphones also allow farmers to purchase insurance and get other financial services, such as banking.

Technologies Boosting Agriculture

In Nigeria, one company named Hello Tractor is making use of the increased spread of smartphones by creating an app designed for renting and sharing tractors with farmers. Farmers can use the app to communicate with nearby owners of tractors, and schedule bookings for the usage of those tractors on specific days. This reduces the barrier of entry to farming as a profession, and as a result is a massive boon to the agricultural sector. With West African companies such as Hello Tractor innovating upon smartphone technology and the Internet of Things, technology in West Africa is once again driving agriculture.

There are also other technologies which may be potentially transformative to agriculture in West Africa. The more recent advancements in 3D printing may offer another pathway to increase efficiency. In West African companies with less intricate transportation infrastructure, 3D printing offers a cheaper way to obtain farming tools by producing them yourself rather than paying expensive shipping fees. In Nigeria, there is a permanent set-up dedicated to manufacturing replacement parts for local industries in order to provide them more efficiently and at a lower cost. The market for this is expanding as well, as there are U.S firms investing in this technology in the region. The installment also offers training programs for local workers so that they can learn the skills necessary to operate such technology.

Another potential, yet controversial advancement is in the sector of Genetically Modified Organisms (GMOs). In Ghana particularly, cowpea is a crop prized for its energizing properties, eaten traditionally by farmers before working in the field. However, the crop is dying faster each year due to insects. GMOs could offer one potential path to solving this issue and stabilizing cowpea for West African farmers. Though scientists are still in widespread debate about the safety and usability of genetically modified cowpeas in particular, the technology could regardless offer another potential path to advancement for the West African agricultural sector.

Future for Technology in West Africa

Ultimately, the most important and consistent technology for the future of agriculture in West Africa is found in information technology. Smartphone presence becoming more widespread allows access to market data, weather data, financial services, and even access to rental services like those of Hello Tractor. Western Sydney University is also working on a mobile application specifically streamlined for usage by farmers, providing access to many of these services all in one app.

Overall, it is clear to see that technology is driving agriculture in West Africa. With all of these new advancements, it is reasonable to expect West Africa to continue pushing its agricultural sector forward. With solar power expansion, 3D printing, smartphone access, and rental services like Hello Tractor, the informational landscape of West Africa will be transformed significantly over the next several years.

– Jade Follette
Photo: Flickr

,

Modern Irrigation Technology in Turkmenistan

Modern Irrigation Technology in Turkmenistan
Large swathes of the world still rely on irrigation infrastructure as an integral component of agricultural production. According to the U.N. World Water Development Report of 2015, a global average of 70 percent of water use goes towards agriculture, encompassing both modern and traditional irrigation technology methods. Although modern irrigation technology continues to progress, historical and geographical circumstances remain impediments to the sustainability and efficiency of irrigation in some regions — including Turkmenistan.

The experience of the 20th century left the country with a decaying, unsustainable irrigation system, prompting a scholarly investigation into the subject. However, today, government initiatives — bolstered by international support —  have resulted in creative solutions to the country’s modern irrigation technology crisis.

Soviet Mismanagement

Turkmenistan, which attained independence from the USSR in 1991, lies at the intersection of West, Central and South Asia. Although agricultural land comprises 72 percent of Turkmenistan’s terrain, only 4.1 of that land is arable, while pasture lands encompass 67.8 percent. Irrigated land comprises 19,950 sq km out of the 469,930 sq km of terrain. As the Kara-Kum desert extends through 80 percent of the territory, the country depends heavily on the Amu Darya river as a water source.

Soviet rule initiated unprecedented changes to Turkmenistan‘s traditional irrigation system, the consequences of which would prove environmentally and economically unsustainable. The country is heavily dependent on the Karakum Main Canal, which includes channeled water from the Amu Darya river, leading to waterlogging and salinization. Compounded by poor drainage, this precipitated the abandonment of arable land at a rate of 46,000 hectares per year. The use of unlined irrigation canals and ditches produced loss rates of more than 30 percent, a consequence of neglect by engineers at the design stage.

However, upon independence, Turkmenistan boasted 1.3 million hectares under cultivation, accounting for 40 percent of the GDP. By this time, the clogging of irrigation canals from inadequately drained river sediment became a costly problem that dated equipment and reduced carrying capacity poorly addressed. It also contributed to the formation of uncultivable salt marshes. As of 2007, as much as 73 percent of irrigated land, in excess of 1.6 million hectares, suffered from salinization.

Early Modern Irrigation Technology Strategies

A study published in 2007 proposed several mechanisms by which Turkmenistan could ameliorate the devastation and inefficacy wrought by decades of water overuse and mismanagement. For instance, one proposed solution involves lining ditches with concrete or plastic to mitigate soil salinization, groundwater flooding and waste of water resources. The study also outlined technological advancements in techniques other than furrow irrigation, such as drip, sprinkling and subsoil irrigation. The study’s authors insist that costliness aside, these strategies and technologies would prove highly beneficial, increasing efficient water use, crop productivity and land usage while mitigating environmental harm.

Strategies that the Academy of Sciences of Turkmenistan and the Ministry of Agriculture successfully developed and implemented primarily concern the growth of cotton and wheat crops. Most significantly, by sowing and concentrating water and fertilizer between ridges and at the bottom of irrigation furrows and by rotating crops each year, irrigation is no longer necessary for draining purposes. Though distinct from the ditch lining proposal of the 2007 study, this strategy appears to combat the same leakage issues effectively. This process may save as much as 130 million cubic meters of water, thus ensuring efficient land and water use. Energy, labor and fertilizer expenditures are likewise more efficient under this system.

Recent Modern Irrigation Technology Strategies

The government of Turkmenistan has not worked on modern irrigation technology initiatives alone, but have involved international collaboration. For instance, a climate-resilient farming initiative for Turkmenistan, under the aegis of the UNDP, produced favorable outcomes. In 2014, a new law incorporated the UNDP’s suggested amendments and revisions to Turkmenistan’s Water Code. The same year, progress in community-based adaptation initiatives resulted in the introduction and development of community-oriented water-collecting techniques, water management strategies and irrigation services.

In another transnational initiative in 2017, specialists from Turkmenistan participated in a seminar on irrigation strategies in Israel that explored techniques Israel has employed in attaining agricultural success despite the harsh topography and arid climate. The subject matter of these seminars ranged from irrigation planning and greenhouse versus open irrigation to the use of drip and sprinkling styles of irrigation (the latter in line with the 2007 study above). The application of these techniques will improve efficiency and mitigate the negative externalities of modern irrigation technology in Turkmenistan. Successful administration of these strategies in Turkmenistan likely will, in the long term, increase crop yield, expedite economic development and reduce poverty in a large part of the population, as the example of Israel demonstrated.

Throughout the 20th century, Soviet irrigation practices in Tajikistan precipitated environmental degradation and economic decline. However, the introduction of modern irrigation technology in Tajikistan since independence has improved the economy and mitigated ecological harm. International cooperation and government initiatives now lay the groundwork for a more efficient, productive and environmentally conscious irrigation system. If efforts persist, the future of agriculture is bright for Tajikistan.

– Philip Daniel Glass
Photo: Flickr

, , , , ,

Eradicating Poverty Through ICTs

Eradicating Poverty Through ICTs
Internet and Communication Technologies (ICT) are social networking websites, instant messaging programs, cell phones and other technologies that allow people to communicate quickly and globally. Information emanates through these technologies allowing developing countries to step into the digital world. Eradicating poverty through ICTs now seems plausible as citizens include themselves in new economic and coordinated opportunities.

ICTs’ Range of Impact

In the Asia-Pacific, governments utilize ICTs to expand markets and introduce services. They have adapted to using e-commerce, supporting businesses that allow more people to become engaged with the government and programs. New strategies constantly emerge as Asian-Pacific authorities and organizations address poverty.

Bangladesh

The United Nations Development Programme (UNDP) provides solutions globally for poverty and these differ depending on the country. In Bangladesh, the UNDP pushed an initiative called the Access to Information Act or the a2i. The main focus of this act is to offer citizens the right to public information, allowing multiple interpretations for data such as records. By implementing this act, Bangladesh has reduced the costs of access to health and education information services. The amount of time it took for residents to receive information on their phones or computers dropped by 85 percent and the cost dropped by 63 percent. Digitization of rural areas has saved the local residents half a billion dollars.

Vietnam

The UNDP focuses on e-government policies. According to the United Nations, e-government encompasses the delivery and exchange of information between government and citizens. Vietnam now supports online businesses and allows people to pay taxes over the computer. Services, as an effect, run more efficiently and people have more ready access to transfers or deposits. The number of internet broadband subscribers reached 11.5 million and many expect it to grow 9 percent annually along with 47.2 million on cellular data due to the rapid growth of applications. ICTs affect the way the country runs as well; towns have adopted ICTs, using them in creative ways to provide water and electricity.

Taiwan

Recently, Taiwan has grown into a major manufacturer of ICTs, leading to the export of its products. The Cloud Computing Association of Taiwan (CCAT) devotes itself to making the country an exporter of cloud software. At home, these developed cloud systems save service providers 50 percent, avoiding the need to purchase from overseas. The country’s National Communications Commission proposes to provide all of its citizens with ICTs. It appoints companies to offer universal broadband access to mountain villages, projected to make Taiwan the first country with complete internet coverage. Rural peoples have access to data, and the government offers programs to teach rural residents how to properly use technologies, adapting more to the digital age, helping the goal of eradicating poverty through ICTs.

How ICTs Affect Poverty in the Long Run

The UNDP believes that ICTs should create a direct change in the economy and welfare of various nations. However, failure to address the issue to all people in a country, globally too, creates a gap between those accustomed to technology and those who are not. To continue on the path of eradicating poverty through ICTs, governments must continue to pledge support and work with organizations. The countries above benefit by having their governments providing opportunities to learn new technology as well as adapting technology for other everyday services.

– Daniel Bertetti
Photo: Flickr

, ,

The App to Help Refugees in Uganda

App to Help Refugees in Uganda
Uganda has been accepting refugees for many years. Unfortunately, these refugees have limited access to economic opportunity. That is where LevelApp comes in. The nonprofit Refunite created the app to help refugees in Uganda. The program creates small tasks for refugees to complete in exchange for payment. It is not a substitute for a regular income, but it provides some money on the side that refugees can save for the future. The work pays well too; a refugee may normally make around $1 a day, but the app gives them the potential to make up to $20 a day.

Uganda’s Refugee Crisis

Refugees have been seeking shelter in Uganda for many years now. Here are some facts about refugees in Uganda.

  • The refugee population in Uganda rose by 48 percent in the past year.
  • There are over 1.3 million refugees in Uganda.
  • Over 60 percent of those refugees are from South Sudan.
  • The South Sudanese are coming to Uganda to escape an oppressive government.
  • Many South Sudanese refugees are between 15 and 25 years old.
  • Almost 30 percent of refugees come from the Democratic Republic of the Congo.
  • The Congolese are escaping ethnic violence and an Ebola outbreak.

How LevelApp is Helping Refugees

Refugees need to be able to save money if they are to lift themselves out of poverty. The app helps women, who are important in local economies, by giving them tasks they can do from home. Almost 30 percent of users are women and they can use extra money in many beneficial ways. Some ways are to send kids to school, buy livestock and access health care, which might make them less dependent on foreign aid. Another important benefit is that by using this new technology, refugees learn new skills that they can use when they return home.

How LevelApp Works?

Refugees complete simple tasks like categorizing images and datasets. The more tasks they complete, the more money they make. They can download tasks and complete offline, which is important because many refugees do not have access to a consistent internet connection. Refugees can make almost $200 a month with this simple work. As of July 2019, LevelApp had around 1,500 users and the hope is that this number will grow.

The tasks are to help Refunite develop artificial intelligence. The basic tasks refugees complete, like labeling and mapping, help the AI learn. For Refunite, this is a win-win scenario because it is helping refugees climb out of poverty while developing AI.

Unexpected Benefits of LevelApp

While LevelApp is helping to lift refugees out of poverty, there are also some other positive effects. Using the app, refugees are beginning to learn English, which is an incredibly useful language to know. Also, through LevelApp, young people can new people. This is beneficial because a high number of refugees are young, and they are often stuck in limbo socially and economically. The youth often have difficulty making friends and progressing their careers. The app has also benefited the careers of young people by teaching them 21st-century skills that they can use when they return home.

LevelApp is helping refugees by providing an income that they normally would not have. It is a unique economic opportunity that greatly benefits refugees by providing them with 21st-century technological skills to use to access higher-paying jobs when they return home. The creator, Refunite, is also benefitting because the work refugees do for the company helps develop its artificial intelligence program. The company could easily develop this technology at home in the United States, but giving this opportunity to refugees is beneficial to combatting poverty. This app to help refugees in Uganda has created benefits that stretch beyond just poverty reduction and display the need for innovative solutions to global poverty.

– Gaurav Shetty
Photo: Flickr

, ,

4 Tech Investments with the Intent to Lower Poverty

Four Tech Investments
Technology advances at a blinding rate with new innovations popping up every day. People can use these new technologies to make life easier, save lives, entertain the masses in new, creative ways and serve countless other purposes. In this age of technology and instant access to information, a consumer will find dozens of different companies vying for their money with thousands of different advertisements, promising new features and faster internet. If a consumer investigates further, they will find people around the world using the bleeding edge of technology to reduce poverty by increasing access to medical facilities, providing more energy to those in need, aiding struggling farmers and innovating on the use of technology in the classroom. Here are four tech investments to lower poverty.

4 Tech Investments to Lower Poverty

  1. TEAMFund: The organization Transforming Equity and Access for MedTech (TEAMFund) invests in companies that can increase medical access in impoverished areas. TEAMFund usually invests in companies that specialize in digital health or artificial intelligence in hopes that these innovations will help with the shortages of doctors and other health care specialists. Some investments that TEAMFund has previously selected include Forus Health, an Indian organization dedicated to using technology to lower cases of preventable blindness, and digital ophthalmology, the use of technology to prevent diseases like glaucoma or diabetic retinopathy. On September 18, 2019, TEAMFund closed a budget of $30 million to invest in low-income areas. As TEAMFund invests this money, many of those in impoverished areas will feel the benefits of easy medical access.
  2. The Rockefeller Foundation: Energy poverty is also a major problem around the world. Many developing nations do not have electricity with almost a billion people worldwide lacking the ability to live in comfortable temperatures or store food for long periods. On September 12, 2019, the Rockefeller Foundation launched the Global Commission to End Energy Poverty. This commission will explore the many sources of electricity, including microgrids to provide total energy access by 2030. One method it will use to achieve this goal is setting up solar microgrids in developing countries around sub-Saharan Africa, as suggested by Rajiv Shah, president of the Rockefeller Foundation.
  3. BICSA: Agriculture is a necessary gamble in any community. Long droughts could cause the loss of fields of crops, and without them, people could starve. Currently, no risk is greater than planting crops in India. Many farmers in India rely on monsoon rains to feed their crops, but the rains have been patchy and unpredictable recently, raining 35 percent below the predicted amount. Luckily, organizations like the International Water Management Institute and the Indian Council of Agricultural Research have combined their strength and formed the Bundled Solutions of Index Insurance with Climate Information and Seed Systems to Manage Agricultural Risks (BICSA). This organization will work with the farmers of India and try many different strategies to avoid massive crop loss and protect farmers from bankruptcy. BICSA claims that they will provide services like drought or flood insurance, more seed varieties, new methods to forecast the weather and different farming practices that suit the climate better.
  4. Education Technology: Education is arguably the most important factor in a developing country. Nevertheless, over 260 million children worldwide do not receive an education. Education Technology (EdTech) companies dedicate their resources to providing more access to quality education. They achieve this goal by teaching programming to young students, providing online college courses to those who cannot afford them, teaching foreign languages and much more in places like Nigeria and Kenya. These EdTech companies, like Andela, Coursera and Kramer have been receiving record-breaking investments in recent years. In 2018, EdTech companies received over $16.3 billion in funding from countries like the United States and China. As these companies grow and reach more people, the world should crawl closer to the total education of the entire world.

The use of technology to reduce poverty brings an age-old problem into the modern world. These four tech investments will not eradicate poverty overnight, but they show that the superpowers of the world are willing to give more for the benefit of the world’s poor. With easier access to medical facilities, energy, agriculture and education through technology, countries with a large poverty rate could move forward on the path to a developed, flourishing society, strengthening the global economy with their commerce and aiding other countries that require assistance.

– Charles Nettles
Photo: Flickr

,

Google’s Investment in Africa

Google's Investment in Africa
In 2018, Google reached the milestone of having trained over two million people in Africa. This training is digital skills training which enables the trainees to pursue careers in technology. Google currently has many active projects that have been active in Africa since 2016, ranging from training to providing access to faster and more accessible internet. These projects aim to help propel more people into the workforce and market. This article will explain how Google’s investment in Africa benefits both the people of Africa and Google’s business model as a whole.

Google’s Initiatives in Africa

Google has focused on three main areas to achieve its objectives. The first area is the training of individuals in digital skills. This comes through Grow with Google which is a global initiative helping prepare people for the changing demands of the job market by providing education on the production of software and hardware materials. The second initiative is for Google to support innovators and startups through its launchpad accelerator program. This program gives startups the push they need in the form of investment and training to become a successful company. The third method is through GV, formerly Google Ventures, the venture capital arm of Google. It has provided businesses such as Andela, a tech company that helps to train people in Nigeria and Kenya for software development with valuable capital to gain access to markets.

Achievements

So far Google’s investment in Africa has achieved a great deal in improving the lives of the people there. Not only has it trained over two million people in digital skills, but it has helped the bright young minds create successful businesses. Beyond this, Google has provided artificial intelligence through a new AI research center in Ghana that helps farmers more easily identify disease in their crops, and AI to help bridge communication gaps on the continent. In Nigeria, Google has opened public wifi stations that give people free access to wifi. Google is helping improve the lives of Africans through education and practical applications of technology.

Why Africa?

Google has a good reason for trying to develop both technology providers and consumers in Africa. Africa is a massive market for technology and Google intends to tap into that. Both Nigeria and Ghana have developing tech industries and their cities show great potential for growth. Their populations are young and modernizing quickly meaning more potential customers for Google’s services. The more Google can help to develop the tech industry in Africa, the more people that will be using their products. In 2017 alone, Google saw a 13 percent increase in revenue from Africa, and this was only early on in its investing process. As time goes on, Google hopes to get more people online and continue to see huge return on its investment in Africa.

Why it Matters

An important conclusion to take from this information is why people outside of Africa should care about Google’s investment in Africa, and in particular, countries such as Ghana and Nigeria. The answer is that Google is taking important steps towards opening potential future markets that could be future trade partners with U.S. companies and contributors to the U.S. economy. Nigeria and Ghana currently have a massive potential to contribute to the international economic scene and Google is providing essential education and capital to help them get there.

– Josh Fritzjunker
Photo: Flickr

,

Digital Inclusion in Malaysia: Access for Orang Asli

Digital Inclusion in Malaysia

In this age of rapid digital evolution, ensuring widespread access to information and communication technologies (ICTs) has become a serious goal for countries seeking economic modernization. And Malaysia is no exception. Efforts to increase digital inclusion in Malaysia are well underway.

Malaysia’s National Information Technology Council invests in building communications infrastructure in remote rural areas, including lands inhabited by peninsular Malaysia‘s Orang Asli indigenous people. The scope and expense of this task has raised questions regarding the practicability of installing effective communications infrastructure in outlying areas, and large segments of marginalized populations remain without digital access. However, Malaysia persists in its commitment to expanding ICT access and receives assistance in this regard from multinational conglomerates such as the Samsung Group.

Malaysia’s Orang Asli

Orang Asli, meaning “original people” in Malay, is an umbrella term encompassing the indigenous people of the Malay peninsula in modern-day Malaysia. These peoples comprise 18 distinct groups, together constituting half a percent of Malaysia‘s population. Such communities are more likely to live in remote rural regions.

As an impoverished minority, nearly 30.8 percent of Orang Asli are illiterate compared with only 8 percent of the total Malaysian population. Access of Malaysia’s Orang Asli to digital technology is more limited than in neighboring populations.

Digital Inclusion in Malaysia and Cultural Integrity

A study published in 2011 revealed that within the indigenous Semai population of Kampung Bukit Terang, only 5.2 percent were computer literate. This study’s outcome can be attributed to the remoteness and low educational and socioeconomic outcomes of these groups as compared with urban and non-indigenous populations within the country. The authors of the study recommend proactive policies, such as direct provisioning of technologies to remote communities, to expedite these communities’ integration into the digital economy.

Besides economic considerations, access to digital space has positive consequences for the preservation of indigenous culture. Digital technology facilitates spreading knowledge of the existence and cultures of indigenous groups and thus provides opportunities for cultural diffusion. An online presence may galvanize outside support for the preservation and appreciation of indigenous cultures.

Yet, access to modern technology may inadvertently corrupt centuries-old traditions, flattening uniqueness and disrupting continuity with the past. This threatens to irreversibly alter the identity of indigenous peoples, even to the extent of assimilation and loss of traditions. However, these potentially negative consequences do not necessarily outweigh the potentially positive consequences.

Promoting and Preserving the Culture

Through scientific polling, the Department of Social and Development Sciences of Universiti Putra Malaysia’s Faculty of Human Ecology uncovered that only 20.7 percent of Malaysia’s Orang Asli used ICT to spread cultural awareness to others and preserve their heritage. As of November 2015, two Facebook pages operated to promote indigenous culture, according to the nonprofit organization Gerai Orang Asli.

According to Dr. Sarjit Singh, particularly the young Orang Asli, as shown by their enjoyment of cyber cafes, are enthusiastic about the prospect of increased online access. The young are quick to master new technologies, and Dr. Singh suggests that authorities prioritize the installation of relevant technologies in schools wherever possible.

Increasing Digital Access

Programs initiated by the Samsung Group in Orang Asli regions have highlighted the adeptness and eagerness of Orang Asli youth in adapting to new technologies. For instance, in 2015 Samsung Malaysia Electronics sponsored a trip for Orang Asli children to a Malaysian amusement park, designing activities that required the youths to use smartphone technology. In affirmation of the possibility of coexistence between modern technology and the preservation of traditional lifestyles, a tree-planting followed these technology-centered activities.

In a separate initiative, Perak saw the establishment of a Samsung Smart Community Center in Perak providing improved digital access, products and an air-conditioned learning space to people in deprived areas. The Chief Minister of Perak expressed his hope that these investments will bolster the Malaysian government’s economic goals and lift these communities out of poverty.

Moving Forward

The government, in conjunction with multinational corporations such as the Samsung Group, has made progress in expanding digital inclusion in Malaysia. Obstacles remain because of the remoteness and relative poverty of these populations, but such impediments are overcome rather rapidly alongside the development of these technologies.

While the impact of digital technology on indigenous traditions and identity remains a concern, there is room to use digital technology in the preservation and promotion of these unique cultures. Though statistics gathered in prior studies confirm low rates of access to Malaysia’s Orang Asli to digital technology, if efforts persist, improvements will continue. As digital access and literacy continue to rise, poverty and marginalization will be conquered gradually, meaning that there is reason for optimism regarding the future of the Orang Asli in a modern economy.

– Philip Daniel Glass
Photo: Every Stock Photo

, ,

6 Poverty-Fighting Advances in Agriculture

poverty-fighting advances in agriculture

Advances in agriculture are key to both reducing world poverty and maintaining the health of the planet. A 2016 study by the World Bank Group found that 65 percent of adults living in poverty support themselves through agriculture. Additionally, economic growth in the agriculture sector has two to four times the potential to raise income among the world’s poor than growth in any other sector.

However, for all the benefits of agriculture, the industry can also be harmful to the planet. Agriculture is responsible for 70 percent of freshwater use and 24 percent of greenhouse gas emissions. So, it is important for small farmers to utilize advancements that minimize pollution and waste while cutting costs and increasing yields. These six poverty-fighting advances in agriculture and technology are key ways for poor farmers to achieve both of these goals.

6 Poverty-Fighting Advances in Agriculture

  1. One way for farmers to increase crop yields and decrease costs is through Fertilizer Deep Placement (FDP). FDP involves condensing fertilizer into bricks that are then placed a few inches under ground. The bricks then slowly dissolve, giving important nutrients to crops. Because the fertilizer is under the soil surface, fewer nutrients are lost to runoff. It also saves labor by ensuring that crops receive nutrients continuously, without farmers having to repeatedly apply fertilizer. A study conducted in Bangladesh in 2015 showed that using FDP increased rice crop yields by 15-20 percent over an average of three years.
  2. Reducing pesticide and herbicide use can both benefit the environment and save costs. One way farmers can reduce their use is by treating seeds instead of mature plants. When this method is used, the chemicals become incorporated into the plants themselves. In contrast to traditional methods, this means that there is no risk of the chemicals ending up in nearby rivers and streams, and it saves supplies and reduces pollution.
  3. Multiple mobile apps also help farmers better care for their crops and livestock. For instance, the Farming Instructor app provides agricultural knowledge to farmers via text, audio and animations. The app also allows farmers to share tips and information with each other. Another app called Hello Tractor allows farmers to cheaply rent tractors as needed, instead of having to purchase one. So far, 22,500 farmers have utilized the startup, which says its customers had a 200 percent increase in crop yields.
  4. Refrigeration is an important resource that prevents crop spoilage during transportation and allows families to store food. This means subsistence farmers have enough to eat even during dry periods and can spend less time gathering food. Refrigeration also lengthens the shelf-life of vaccines and medicines. Advancements like solar-powered refrigerators are making refrigeration available to more and more rural farmers.
  5. Precision agriculture uses tools like drones, robots, satellites and large-scale data gathering to determine the optimal levels of water and fertilizer for each individual plant. This holistic method has the potential to greatly increase crop yields and make farming more environmentally friendly by reducing waste. Precision agriculture has already been used with much success in North America and Europe. Spotty internet connection has limited its introduction to developing countries. However, programs in India and Vietnam have seen success. Benefits for rural farmers include increased crop yield, reduced costs, more market opportunities, more free time and a reduced gender income gap.
  6. Often, small scale farmers in remote regions have to travel long distances to buy seeds and fertilizer, much of which can be prohibitively expensive. To address this problem, NGOs such as Alliance for a Green Revolution in Africa and Cultivating New Frontiers in Agriculture (CNFA) support and train local networks of agro-dealers. These agro-dealers sell farming supplies cheaply and in small quantities suitable for small-scale subsistence farmers. They can also provide veterinary support, mechanical fixes and training, and marketing.

Small farms face more and more challenges from problems like desertification, drought and the spread of pests and diseases. With these poverty-fighting advances in agriculture, farmers are better prepared to meet the challenges and lift themselves and their families out of poverty.

– Clarissa Cooney
Photo: Flickr

, , ,

Top 7 Blockchain Projects for Poverty

Top Seven Blockchain Projects
Traditional perceptions of blockchain technology involve uses in financial technology and under the table transactions. Blockchain, however, has possibilities far beyond finance and digital currency. By its nature, blockchain provides unparalleled security and transparency. By creating a decentralized network of highly-encrypted blocks, a blockchain system creates a secure, unchangeable ledger. No one person can make changes and the encryption means that it is extremely difficult to hack, thus making blockchain one of the most secure and transparent technologies in the world. This technology has the power to revolutionize poverty reduction. Below are the top seven blockchain projects that represent the most successful blockchain for poverty projects that address real, pressing global issues.

Top 7 Blockchain Projects for Poverty

  1. Agri-Wallet: Agri-Wallet is a mobile app that allows farmers to remotely and securely receive payment for their produce and save money on business expenses. The majority of smallholder farmers do not have enough funding, both due to delayed payments for goods and a lack of access to credit. This is because banks are hesitant to lend to poor farmers that do not have a strong credit history or collateral. Through the blockchain financial ecosystem, Agri-Wallet allows farmers access to small loans and guarantees payment the first week of every month, which has been a major boon to Kenyan farmers. Agri-Wallet has already seen extensive success in Kenya, with approximately 4,000 farmers, 14 suppliers and 25 buyers using the app only one year after its large-scale release.
  2. Mojaloop: In developed countries, some may take access to banking for granted, but 1.7 million adults around the world do not have access to a secure banking system. The Gates Foundation sought to change this by releasing Mojaloop, an open-source solution that allows anyone to build financial services software, providing financial security through blockchain-based encryption. The key to Mojaloop’s importance is its egalitarian nature – a developer does not have to be connected to a major company or bank to develop technology using Mojaloop, and the code bridges all financial products and applications in any given market, providing unprecedented access to financial services for poor populations. The app has already gained the confidence of two of Africa’s largest mobile operators and the Gates Foundation estimates that it will reach 338 million existing mobile money accounts through the entire continent of Africa. In other words, this blockchain for poverty app could provide a flexible, universal banking system to 338 million people in Africa.
  3. Diwala: As of June 2019, there are more than 70 million displaced people worldwide fleeing war, persecution and conflict. The ability to join the workforce of refugee’s new home is critical for their integration into their new community and to rebuild their lives. However, when fleeing a war-torn country, it is difficult for refugees to retain certifications or diplomas. Diwala provides a secure, unchangeable digital resume that verifies a person’s skills, education and certifications that employers can rely on to provide an accurate record. The organization currently works with multiple organizations and universities to help issue credentials via Diwala to further verify education and certifications. Diwala is already bringing digital employment verification to Kenya and Uganda.
  4. BitGive: BitGive’s goal is to provide better transparency and accountability between donors and charitable organizations. The company’s blockchain for poverty product, GiveTrack™, allows donors to trace their donations in real-time to see exactly where their money goes. BitGive’s use of blockchain technology provides high-level security while also providing an unalterable ledger that donors can refer to at any time to ensure their money goes to the cause they want and see the real impact they are having on a community. The use of cryptocurrency also means that BitGive can quickly and efficiently transfer funds across the globe. The organization has seen amazing success, including partnerships with Save the Children and The Water Project.
  5. Goodr: According to the U.S. Department of Agriculture, Americans waste approximately 30-40 percent of the U.S. food supply, while 820 million people around the world suffer from hunger. Goodr provides blockchain-based supply chain management tools that allow companies, such as airlines, convention centers and other food operations, to redirect surplus foods to food-insecure communities. As an added incentive, Goodr provides companies with blockchain-based ledgers that allow them to track their food and identify areas of waste. During the 2019 Superbowl alone, Goodr rescued over 100,000 pounds of food.
  6. OneSmart: The World Bank considers government corruption a significant challenge in reducing global poverty, particularly because corruption disproportionately affects poor populations. In 2018, UNICEF funded OneSmart’s OS City project to combat corruption and bring more transparency to local and national governments. OneSmart created a blockchain platform that is flexible enough to be integrated with existing city management platforms, allowing for the implementation of blockchain and artificial intelligence throughout government to avoid waste and increase transparency.
  7. SOLshare: SOLshare seeks to help the 1.1 million people worldwide without consistent access to electricity. It is the first-ever peer-to-peer electricity trading network, allowing villages to create mini-power grids by connecting houses with solar panels to other homes in the neighborhood. The blockchain-based platform allows for the fast, efficient and safe transfer of funds between neighbors, allowing for local, independent electricity grids. SOLshare has already brought electricity to 65 million people in Bangladesh and is helping helps poor villages shape a greener future.

People limit the use of blockchain technology by relegating it to banking or shady online transactions alone. The above top seven blockchain projects show that blockchain has value as a tool to develop solutions for multiple global issues. A blockchain is a useful tool that can address multifaceted issues in fighting poverty. Though it is still an emerging technology, blockchain deserves widespread research and support.

– Melanie Rasmussen
Photo: Flickr

, ,

Arc’Teryx is Using Tech to Help the World’s Poor

using tech to help the world's poor
REI shoppers and outdoor lovers are likely familiar with Arc’Teryx. The brand, based in Vancouver, British Colombia, has been selling outdoor survival gear and clothing with top-notch technology for the last few decades. In recent years, the company decided to open some of its profits and expertise to encourage using tech to help the world’s poor.

Solving Problems with Tech

What started as a request for the help of an Arc’Teryx engineer to design insulated shelters for Mongolians has turned into a company-wide passion to apply technological innovations towards helping the poor. Arc’teryx provides significant funding and support to Global Good, a Seattle team of engineers and scientists who travel the world, identify technology gaps that perpetuate poverty and design affordable, situational solutions. The results of their partnership with Global Good has encouraged Arc’teryx to fund similar projects using technology to help the world’s poor; it is currently hosting a Problem Solver tour and campaign to seek out individuals and organizations using technology to help the poor, promising support to these problem-solvers that they deem are really making a maximum difference.

The Borgen Project attended Arc’Teryx’s Problem Solver Tour, where representatives from Arc’Teryx and Global Good discussed projects Arc’Teryx has helped fund in recent years as a way to inspire more activity. Global Good’s goal is to “dedicate energies towards the bottom billion” rather than using technology to develop more “tools and toys for rich people” as Nathan P. Myhrvold, CEO of Intellectual Ventures, explained.

Arc’Teryx Funded Projects

One project is wrapping up the prototype for a one-step, DIY malaria test. Currently, a blood sample is the only means to detect malaria. This innovation by Global Good aims to create something as easy as “a pregnancy test for deadly diseases.” With one drop of blood inserted into the small contraption, the test will alert the user whether the patient has tested positive or negative for malaria. This will save the lives of children whose parents cannot accurately detect whether or not their child is suffering from malaria or a milder infection without having to invest in expensive lab procedures. Researchers in the battle to eliminate malaria will also be able to efficiently and effectively measure malaria’s presence in villages by mass-distributing the tests.

Global Good has been able to make a huge difference in health care in the fight against poverty. Another invention is an insulated thermos, about three feet tall and 1.5 feet in diameter, that is able to keep vaccines for 6,000 people at the required temperature for as long as 40 days in desert climates. The thermos has become essential to inexpensively distributing life-saving vaccines to remote villages. A modification on the thermos has even enabled the provision of Ebola vaccines, which are more difficult to transport due to a lower required temperature.

Arc’Teryx’s Work Continues

The company is always looking for more opportunities to offer its outdoor survival technology to projects working to help people. Alongside that work, it is continuing to fund poverty-fighting organizations and is now conducting a continental search for individuals using tech to help the world’s poor.

– Olivia Heale
Photo: Flickr