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5 Reasons for The Rapid Pace Development of India

Development of India

Thirty years ago, India was considered by many to be the poster child for global poverty, with what the CIA World Factbook described as “environmental degradation, extensive poverty and widespread corruption.” However, in the decades since, India has grown tremendously, threatening to eclipse existing global superpowers, in fact, the country is projected to become the world’s third-largest economy by 2025. Here are five reasons for the rapid pace of development in India:

5 Reasons for the Rapid Pace Development of India

  1. Risk Management in Farming – Farmers are the backbone of a thriving society. However, the field of agriculture is full of risks, as bad crops, bad weather and other unexpected circumstances can lead to ruin for a would-be farmer, particularly in a country like India, which experiences ongoing monsoons that can completely ruin a farmer’s crops. This is why India has begun to implement risk management programs that insure farmers’ crops against monsoons and other disasters, a practice common in developed countries. When the Indian government implemented the PMFBY risk management scheme in 2016, the country saw the market premiums for agricultural goods increase by 300 percent.
  2. Quickly Growing Cities – A large part of India’s development has taken place in its cities. Two-thirds of the economic growth of the country comes from its cities, which are projected to have economies the size of small countries by 2030. This is largely due to the large influx of new citizens to the cities, which is projected to add 300 million residents by 2050. This comes at the cost of tremendous overcrowding in the cities, but India is working to develop new methods of urban sustainability that will keep the growth provided by its massive cities going.
  3. Investing in Renewable Energy – When India began to take off as a world power, the country was able to quickly develop its energy systems due to a rapid and early adoption of renewable energy sources such as solar and wind energy. This is because, due to the lack of preexisting infrastructure and the country’s sunny climate, it is cheaper for the Indian energy industry to harness solar energy than to harness energy from coal and gas. Today, solar energy alone makes up 30 percent of the energy produced in India and has the capacity to produce 30 GW of power in 2019. This access to cheap and reliable energy has helped India’s development by allowing the country to power its cities and even export energy to other countries. With that said, many households in India still lack access to electricity, which has caused many in the country to criticize the government’s export policies.
  4. Increased Focus on Breastfeeding – Although this point may seem oddly specific, it is vital to India’s development. The ability of children to breastfeed has been shown to improve their overall nutrition and reduce child mortality. Over the last 10 years, the percentage of babies who are breastfed in India has increased from 46.4 to 54.9 percent. This is partly due to a government program called Mother’s Absolute Affection, which works to make mothers and health care providers more aware of the benefits of breastfeeding and the nutritional needs of a developing baby.
  5. Thriving Tech Industry – In recent years, India has become almost ubiquitously known for being one of the largest tech powerhouses in the world. Most of this growth has been concentrated in start-up companies, turning India into a gigantic Silicon Valley. Of note, Bangalore, India’s biggest tech city, is considered by experts to be the second-fastest growing startup city in the world (behind Berlin) and the country has been rated the world’s top exporter of IT services.

Overall, India is one of the world’s fastest-growing countries and it is because of smart government policies, targeted economic development and stronger social services that help ensure that people aren’t left behind.

– Kelton Holsen
Photo: Flickr

 

 

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5 Tech Start-Ups Transforming Agriculture in Africa

Agriculture in AfricaAfrica boasts one of the biggest farming industries in the world. Agriculture accounts for 60 percent of the continent’s paid employment and 30 percent of its overall GDP. However, due to a lack of market information, modern farming technologies and financial stability in smallholder farming, the continent suffers from low farming productivity. With so much of Africa’s development being dependent on agriculture and farming, low productivity rates pose an array of problems for the continent’s pursuit of advancement. These five tech start-ups are tackling these issues and transforming agriculture in Africa.

5 Tech Start-Ups Transforming Agriculture in Africa

  1. Zenvus – Zenvus is a Nigerian tech start-up centered around precision farming and is rapidly transforming agriculture in Africa. Farmers in Africa often don’t have access to information that could help improve their harvesting yields, and Zenvus is looking to change that with an innovative solution that uses propriety technology to collect data like soil nutrients and moisture, PH values and vegetative health. The information is collected and sent to a cloud server through GSM, satellite, or wifi networks, at which point the farmers receive advice from the program. This data arms them with the best information in seeking the proper fertilizer for their crops, optimizing their irrigation systems while encouraging data-driven farming for small-scale farmers. Zenvus also provides specialized cameras to track the growth of crops, as well as features like zCaptial that provides small-scale farmers with the opportunity raise capital by providing collected data from the program’s precision farming sensors to give banks an overall sense of profitability in farms registered with the service.
  2. M-Farm – M-Farm is a tech service app based in Kenya that provides small-scale farmers with information on retail prices of products, prospective buyers in local markets and up-to-date information on agricultural trends. Information is gathered daily by independent collectors using geocodes and is then sent to subscribers phones via SMS messages. Collectors use geocoding to ensure that all pricing and market-related data is being collected from traders that are located in the users’ actual markets. The app, which now serves 7,000 users and tracks 42 different kinds of crops in five major markets throughout Kenya, aims to help small-scale farmers connect directly with suppliers, and even provides considerable discounts on fertilizers and seeds.
  3. Esoko – Esoko is another striking example of a tech start-up transforming agriculture in Africa where, historically, many farmers had a limited understanding of market pricing and agricultural trade. Market middlemen often took advantage of this and persuaded unknowing farmers to sell products well below market price. In 2005, Esoko aimed to change that by providing farmers with real-time information on market prices, weather forecasts and agricultural techniques through SMS messaging. The start-up currently serves one million users across 19 African countries, gained $1.25 million in equity from two major venture capital companies, with a study finding that farmers who used the app were able to increase profits by 11 percent.
  4. Apollo Agriculture – Founded in Nairobi in 2014, this tech start-up has raised $1.6 million in the pursuit of helping small-scale farmers get maximum profits for their products and diminish credit risk. The start-up does this through machine learning, remote sensing and the utilization of mobile phone technologies. Apollo Agriculture not only assesses credit risk for farmers, but it also uses satellite data to provide personalized packages specific to farmer behavior, location, crop yields and even soil and vegetation health.
  5. Kilimo Salama – Kilimo Salama (Safe Agriculture) founded in 2010, is a Kenyan tech start-up that provides small-scale farmers a more informed approach to weather index/micro-insurance for their land. The start-up uses an app to send users SMS messages regarding weather patterns and up-to-date climate data. This ensures that users can more readily prepare for weather that might be detrimental to their crops. The app also includes a feature that allows users to receive confirmation of insurance payouts through SMS messaging. Users also receive educational messages with tips and techniques on how to increase productivity, food security and crop protection.

Africa suffers from low farm productivity due to an array of issues like financial instability, limited access to modern farming technologies and lack of information. However, countless tech start-ups across the continent are actively combating these issues with innovative tech solutions for transforming agriculture in Africa.

– Ashlyn Jensen
Photo: Flickr

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Sustainable Farming in India

sustainable farmingHunger and food insecurity are major issues in India; the nation is home to 15 percent of the world’s undernourished people. The United Nations’ FAO estimates that every single day, more than 195 million people in India suffer from hunger.

The nation seriously lags behind other major nations like Brazil and China when it comes to crop yield for cereal and rice, which are India’s two key crops. India’s slow and inefficient agricultural sector is the result of limited access to modern technology, inefficient systems for transporting goods and urbanization. And on top of that, 63 percent of agricultural land is dependent on rainfall, so years with low rain devastate crop production. Despite all of this, farmers in India have started movements to utilize more sustainable farming methods and practices that work to make the agricultural system more efficient in order to increase outputs and improves people’s lives.

Sustainable Farming Methods

Sustainable farming practices are used to improve agricultural output and efficiency, which means that more food is produced, less resources are used and more profits are made by farmers. Examples of sustainable farming methods include using a biodegradable mulch film instead of one made from Polyethylene. While Polyethylene films require intense labor to remove, and can affect soil quality and crop growth if done improperly, biodegradable films are naturally absorbed by microorganisms in the soil, and help maintain the quality of soil while reducing costs of labor. Farmers will also use fungicides and insecticides on their seeds in order to improve the health of their crops and enhance their productivity. In addition, due to the fact that agriculture relies so heavily on rainfall, effective sustainable water management is crucial for a successful harvest.

Along with how crops are grown, how they are stored and distributed is a crucial aspect of agriculture. An estimated up to 67 million tons of food are wasted every year in India. Perishable goods end up often rotting as a result of a lack of modern technology, pests, or weather. Sustainable initiatives like using more efficient insulation and special tarpaulins that keep fruits and vegetables at proper temperatures during transportation work to reduce the number of perishables that rot. Reducing the amount of food that rots means that there is more food available to eat, which combats food insecurity and ensure that more food items are available without even increasing crop yield. And of course, combining these efforts with initiatives to produce food more sustainably and efficiently does even more to fight food insecurity.

The Natural Farming Movement

India’s Natural Farming movement plays a massive role in promoting sustainable farming practices that improve health, create jobs, cut labor costs and improve peoples’ overall quality of life. The use of pesticides has devastated farmers across India which has led to the loss of crops, debt, illness and even death. In 2000, villagers from the village of Punukula, Andrha Pradesh, launched a grassroots movement against the use of pesticides, focusing on non-pesticide management techniques that employ natural alternatives like chili pepper and planting trap crops like castor.

Within a year of the start of the movement, farmers saw pesticide-related health issues vanish, expenses drop, and profits increase. In addition, new jobs were created as a result of the need to create repellents from natural products. Villagers reported that the movement improved their quality of life — improving their financial situations, their health and their overall happiness. More villagers began to reject the use of pesticides, and the village declared itself as pesticide-free in 2004.

Zero Budget Natural Farming

A similar natural farming movement is Zero Budget Natural Farming, which began as a grassroots effort led by people in the state of Karnataka. Zero Budget entails that farmers do not spend money on inputs for their crops and that they would rather use resources from nature to grow and tend to their crops instead of chemicals, thus Zero Budget Natural Farming. Using natural products instead of taking out loans to spend on chemicals allows for farmers to save money, which improves their financial stability and allows them to focus more on tending to their crops.

A key aspect of Zero Budget Natural Farming is the use of the fermented microbial culture Jeevamrutha (a mixture of water, cow urine, cow dung, flour, soil, and brown sugar) on soil. Jeevanmrutha acts as a catalyst in promoting earthworm and microorganism activity within the soil, while also providing the soil with additional nutrients. Using natural products instead of taking out loans to spend on chemicals allows for farmers to save money, providing them with more financial stability and thus improving their quality of life.

The Zero Budget Natural Farming movement actually runs training camps that receive support by the state government. These camps last five days, with eight hours of classes per day. Attendance ranges from 300 to 5000 farmers, and topics covered include philosophy, ecology, successful farming practices, and of course, Zero Budget Natural Farming methods.

A Promising Future

The people of India suffer enormously from hunger and food insecurity. India’s weak and inefficient agricultural and food storage and distribution systems, coupled with devastating years of low rain often leads Indian farmers into bad health, hunger, and poverty. However, farmers in India have started a movement towards a more efficient, sustainable, and eco-friendly farming techniques that fight against poverty and hunger. Using these sustainable techniques means that farmers have fewer costs upfront, ensuring that they are able to make higher profits and worry less about having to take loans or to pay off debts. Sustainable farming in India reduces poverty, fights hunger, and changes lives.

– Nicholas Bykov
Photo: Flickr

 

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The Impact of Feed the Future in Kenya

Feed the Future in Kenya
As of 2018, the Republic of Kenya had a total population of around 51 million people with a growth rate of 2.6 percent. About 25 percent of the nation’s population lives in urban areas and major cities while the majority of Kenyans live in rural and sub-urban areas. Because of this, one would assume agriculture would provide a steady income for most families, but the agricultural sector in Kenya hosts a variety of challenges.

Kenya’s Employment Challenges

While agriculture does contribute one-third of the nation’s GDP, many issues prevent farmers from turning a decent profit. Aside from the fact that only 9.5 percent of Kenya’s total land area is arable, many Kenyans simply lack the monetary resources to expand their businesses. In fact, Oxford University’s poverty index finds that around 50 percent of Kenyans live below the poverty line.

Rural Kenyans, like citizens of many other African countries, rely on subsistence farming—meaning they farm just to feed themselves and their families. In times of crop failure, even simply feeding one’s household can be a challenge, much less producing viable crops to sell. In spite of this, Kenya’s entrepreneurial middle-class keeps growing, and many nonprofits and aid assistance programs are jumping at the chance to see that that growth continues.

Feed the Future in Kenya

One such organization is USAID’s Feed the Future program; the Feed the Future initiative, as described on their website, “brings together partners from across various sectors and the U.S. Government to use each of our unique skills and insights in a targeted, coordinated way to help countries that are ripe for transformation change the way in the way their food systems work.”

Nkamathi Farm Products

An example of how Feed the Future in Kenya has positively impacted the nation’s population can be found in the success of Nkamanthi Farm Products. The founder of the company, Lydia Kanyika, saw how poverty and low education limited opportunities for young people in her community to find meaningful work. Hoping to create positive change in her world, she applied to and won a Feed the Future business development grant. The grant is awarded to select businesses based on four key elements: their marketing plans, ability to create markets, ability to generate employment opportunities and their ability to increase productivity along the livestock value chain in Northern Kenya.

Kanyika used her grant to expand her small business by upgrading her wooden chicken house to a modernized coop. This simple change has not only allowed her to increase the number of chickens she kept from 300 to 2,500 but also grow her farm’s production by 243 percent. Perhaps most amazing of all is how contagious her success was on her community.

The Ripple Effects

Through the expansion of her company, Kanyika has mentored more than 50 young Kenyans and provided them with employment opportunities that help them support their families. One of her employees, Martin Mwenda, gladly shared his business success with representatives from Feed the Future in Kenya. When he first began earning income from distributing eggs from Kanyika’s chickens, he told the project that he only sold five cartons of eggs each day. As Nkamanthi Farm Products grew, so did his clientele; he now sells 25 cartons daily, which provides him with a steady and consistent revenue.

“I want to expand the egg business,” he told Feed the Future. “I will then use the business to create employment opportunities for fellow youth, especially those who have migrated from rural areas to Isiolo town to make ends meet, like I did.”

The Future of Agriculture

While Kenya’s middle class continues to struggle for more open markets and trade, investment and financial freedoms, aid programs like Feed the Future are slowly but surely helping Kenyans expand their personal businesses, which in turn spreads more employment opportunities across the country.

– Haley Hiday
Photo: Flickr

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Tropingo Foods Paves Way for Modernizing Agriculture in Africa

Agriculture in Africa
Africa is expected to double its population by 2050, raising some alarms of the possibility of increasing already high poverty, unemployment and food insecurity rates. In response to these worrisome predictions, and capitalizing on Africa’s burgeoning industrial and technological industries, one company, Gambia’s Tropingo Foods, has established a business plan that sets out to tackle these issues and modernize agriculture in Africa

The Current State of Africa

Africa is no stranger to poverty. In fact, more than 40 percent of Africans still live below the poverty line. Part of the high rates of poverty can be explained by the unemployment rate since six of the top ten countries with the highest unemployment rates are in Africa. Poverty and unemployment have led to a huge problem with food insecurity. More than a quarter of sub-Saharan Africa’s population over the age of 15 suffer from food insecurity. Though farming accounts for 60 percent of jobs in Africa, production must increase dramatically to match population grown in the coming years.

While the continent has made and continues to make technological strides across a variety of markets, production processes for agriculture in Africa have remained, for the most part, as they have been for years. As African farmers face population growth, changes in climate that may reduce rainfall, which accounts for 90 percent of agricultural irrigation, and the high cost of essential fertilizer, they will need to adapt and utilize technology for their industry to sustain these changes.

Tropingo Foods and Agriculture in Africa

Despite a large amount of farming in Africa, the continent only accounts for two percent of the world’s agricultural exports. Aware of this gap, Mommar Mass Taal, a young Gambian entrepreneur, created Tropingo Foods in order to pragmatically and sustainably address these problems. With a background in economics and market development, Taal has created a business that makes use of modern technologies vital to success. In just a few years, Taal has turned Tropingo Foods into Gambia’s largest processor and exporter of groundnuts, producing dried mangoes in the offseason.

As his business grows, he acknowledges that he will need to increase the number of employees, with 120 of the current 140 employees being women, as well as increase partnerships with local farmers. While Taal has had success in the industry, he is pushing the Gambian government to fund vocational training to better prepare citizens for the workforce. In order to support the growing population, agriculture in Africa must increase by 60 percent over the next 15 years and the industry must begin to utilize modern technologies.

Looking Forward

As African agricultural companies such as Tropingo Foods grow, they will increase the demand for employment and local farm production. However, investment from both within Africa and abroad will be necessary for this growth to be beneficial and sustainable. The World Bank has detailed a plan calling for $16 billion to fund agriculture in Africa in the face of climate change. While there will undoubtedly be challenges as the agriculture industry in Africa adapts to internal and external changes, if companies such as Tropingo Foods continue to seek pragmatic solutions, Africa may find itself playing a vital role in the world food export market.

– Rob Lee
Photo: Flickr

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10 Facts About the Economy of the Republic of Buryatia

the Economy of the Republic of BuryatiaIn the Far East of the Russian Federation lies a vast region characterized by a diversity of topographical features and a rich ancient history. The remote Republic of Buryatia increasingly serves as a regional economic powerhouse, rich in natural resources and human capital. Below are 10 facts about the economy of the Republic of Buryatia.

10 Facts About the Economy of the Republic of Buryatia

  1. The Republic of Buryatia is seeing a gradual decline in absolute population numbers. A 2016 census recorded 983,209 people in the republic in 2017. This is down from a total population of 1.02 million in 1997. A shrinking population may lead to adverse consequences for the economy of the Republic of Buryatia.
  2. Both industrial and agrarian means of production are well represented in the economy of the Republic of Buryatia. Forestry, food production, fuel and power, construction, the paper industry and the processing of both metal and wood account for the vast majority of industrial production. Mining operations explore, develop and extract coal, gold and non-magnetic metals. Agricultural operations feed much of the Russian Far East by producing dairy, meat, flour, cereals and animal feed.
  3. The cumulative value of exports from the Republic of Buryatia for the second quarter of 2017 measured approximately $374 million. A persistent decline in revenues from total exports began in 2012 though it has been subject to significant oscillations. In contrast, the republic imports $28 million worth of goods. The value of imports year to year exhibits some instability but still indicates a general decline over five successive years.
  4. The energy sector of the Republic of Buryatia relies greatly upon the region’s abundant coal reserves. Balance reserves totaling approximately 2.6 billion tons alongside deposit reserves of more than 1.1 billion tons may adequately supply the regional economy for another half-century. The government’s asset records attest to 13 brown and hard coal deposits subject to processing with another six undergoing development. 
  5. Despite the vitality of the coal sector, a decline in the demand for electricity may hinder the economy of the Republic of Buryatia. Power plants satisfy local requirements so much so that the republic exports electricity to neighboring regions like Mongolia. However, electricity consumption by the republic’s forestry and agricultural sectors remains low compared to the transport, communications and power plant sectors. Electricity use in 2017 was substantially lower than in the 1990s.
  6. In 2017, the unemployment rate was 5.2 percent of the population in Russia. That same year, unemployment in the Republic of Buryatia affected 9.6 percent of the region’s population. But this most recent statistic is part of a systematic downward trend in the region’s unemployment rate. From a high of 17.8 percent unemployment in 2003, the decline to a 9.6 percent employment rate in 2017 attests to a steady improvement in this sphere of the economy of the Republic of Buryatia.
  7. The poverty rate in the Republic of Buryatia significantly oscillates year to year, yet data indicates a general decline in poverty. In 2015, 17.9 percent of the republic’s population lived beneath the poverty line. According to data collected in 2014, the average impoverished person in the Republic of Buryatia requires an income increase of 1.9 percent to meet minimum subsistence levels. 
  8. The freshwater reservoir Lake Baikal plays an essential role in the economy of the Republic of Buryatia. Measuring 636 kilometers across and 80 kilometers wide, Lake Baikal hosts an estimated 250 unique animal species out of an approximate total of 2,500 local species. Besides the diverse biome, rich mineral deposits abound. Half a century of development in the Lake Baikal region yielded more than 700 mineral reserves. 
  9. Individually-owned farms comprise 83 percent of the Republic of Buryatia’s total crop production. By contrast, only 57 percent of the total crop production of the Russian Federation emerges from farm households. However, only 11 percent of the total land of the republic belongs to individually-owned agricultural operations.
  10. In 2015, the rural demographic of the Republic of Buryatia numbered 402,520 people. The following year, the rural demographic rose 0.29 percent to 403,698 people. The urban demographic consisted of 579,511 people in 2016, a 0.28 percent increase from the previous year. Though comprising 58.9 percent of the republic’s population, data indicates a steady decline in the urban population from 1997 onward.

Though some data indicates that the economy of the Republic of Buryatia faces considerable obstacles, the general picture of the region is one of economic vitality. As a resource-rich region with a productive population, the future may bode well for this remote corner of the Russian Federation.

– Philip Daniel Glass
Photo: Flickr

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Sustainable Agriculture Techniques and Development

sustainable agriculture techniques are the key to successful development Sustainable agriculture techniques increase the profitability and health of farmlands. The easiest sustainable agriculture techniques are crop rotation and reduced usage of pesticides. This is because the quality of the soil is key to the health of plants and consequently people. Sustainable agriculture techniques are the key to the successful and sustainable development of economies around the world. It can benefit both small and large economies.

According to the UN, agriculture is the largest employer in the world. The industry provides employment to 40 percent of the world’s population. However, on average 1 in 4 children suffer from stunted growth around the world due to undernourishment. In fact, poor nutrition kills up to 3.1 million children each year. People in the developing world are more likely to be affected by malnutrition due to food insecurity.

Crop Rotation

Crop rotation is a sustainable agricultural technique that is both easy to explain but difficult to understand. To fully grasp how it works and understand its benefits, one must understand soil composition. According to the University of Hawaii at Manoa, an average soil composition is 45 percent minerals, 20-30 percent air, 20-30 percent water and 5 percent organic material. Water helps to hydrate the plant and circulate the minerals and organic material that feed the plant. Air allows room for the seeds to grow when planted.

Crop rotation involves planting different crops during different seasons every year. Crops such as corn or wheat are nitrogen-demanding and pull much of it from the soil. If they are planted year after year, they drain the soil of its fertility. Therefore, in the following year it is important to plant crops such as legumes. They demand less nitrogen and sometimes even help replace the lost nitrogen. The process continues depending on the farm’s specific soil composition. The time at which different crops are planted may be different for each farm.

Reduce Usage of Pesticides

One might be tempted to say that fertilizers and pesticides are necessary as they are used to increase crop yield. But heavy use of pesticides, herbicides and fertilizers increases water pollution which can harm humans and other animals and plants. It can also degrade the soil quality over time.

A sustainable farming technique that can be used to reduce a farm’s reliance on pesticides is to stop using pesticides altogether. A study published in a peer-reviewed journal, Nature Plants, claims that in 77 percent of the farms investigated, there was no correlation between increased profitability and high pesticide usage. They estimate that many farms could reduce their pesticide usage by 42 percent and see no difference in their crop yield. Pesticides are not only harmful but are also expensive; reducing use of pesticides can help save money. With so much of the world’s population relying on agriculture as their main source of income, every little bit of money saved counts.

Farmer Field School Approach

The Food and Agriculture Organization of the United Nations began a program in 1989 called Farmer Field School Approach. This program has been developing with practice and continued implementation. It has helped educate over 180,000 farmers in East Africa alone about the benefits of sustainable agricultural techniques and how to implement it on their farms.

Farmers who participate in these classes then go on to educate their neighbors. This is where the real impact happens. It has resulted in more sustainable farms. In the end, sustainable agriculture techniques lead to healthier farms, healthier people and a healthier economy.

– Nick DeMarco
Photo: Flickr

 

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Skycision: Preventing Crop Loss for Poor Farmers

Preventing Crop LossCrop and food security is a major concern throughout the world today, and is especially prevalent in developing countries. It is estimated that the global population will increase by 33 percent by 2050, reaching 10.5 billion. That’s a lot of mouths to feed, and the poorest countries will most likely experience the highest demand increase.

Current food supplies would need to increase by 60 percent in order to meet the demand in 2050. As much as 35 percent of crops are lost annually in developing countries due to undetected threats. Preventing crop loss prior to harvest is vital to ensuring future food security. Drone company Skycision prevents crop loss through aerial imagery and analysis.

Manual inspections of crop fields take time and money that poor farmers don’t have. The average scout in the US spends over 1,000 hours a year and costs an average of 50 USD an hour to employ. And even the best make mistakes and could miss a hidden blight or infestation.

Skycision can detect potential crop threats faster and more efficiently than a scout. The drone analyzes fields using infrared imagery that can identify stress weeks earlier than the naked eye, and thus can find problems before they can spread. The service also examines weather, soil and field data. Together, the information gathered by Skycision can help optimize the farmer’s annual crop yield.

Skycision focuses on preventing crop loss in order to secure global food security, but the service also conserves other resources. Crop loss doesn’t only threaten global food security. A loss of 30 percent of total production translates to 1.47 Gha of land, 0.75 trillion m3 of water and 1 percent of global energy wasted. Lowering crop loss will also save land, water and energy.

Brendan Carroll, founder of Skycision, believes the company has massive potential to impact developing countries and dramatically enhance their crop productivity. He also believes his drones will help poor farmers become more economically viable. Crop production usually counts for a significant proportion of income in impoverished regions, so an increase in product will result in more pay for farmers.

– Hannah Kaiser

Photo: Flickr

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The FAO’s Mobile Veterinary Clinics


The strategic goals of the Food and Agricultural Organization (FAO) include eliminating hunger, food security and malnutrition. The FAO also cares for agriculture, helps increase resilience to a crisis and aids those suffering from rural poverty. One of their most recent success stories is mobile veterinary clinics, which does incorporate these objectives.

In 2016, Haiti experienced Hurricane Matthew. This violent storm resulted in the country’s largest humanitarian emergency since an earthquake that happened in 2010. The Category 4 hurricane caused extensive flooding, mudslides, damage to infrastructure and severe water shortages. A 2016 report from the United Nations Office for the Coordination of Humanitarian Affairs determined that the hurricane affected 2.1 million people, with 1.4 million people in need of aid and 806,000 people left food insecure.

Food insecurity can be directly linked to one of the most devastating effects of the storm. This effect is the incident of thousands of livestock being killed. Many of Haiti’s inhabitants rely on livestock – mainly cows – for not only food but also a large source of income. Even more troubling was the amount of livestock that did survive but suffered sickness and injury that could not be treated.

Veterinary assistance in Haiti is very costly and heavily out of reach. The FAO saw an opportunity and took the stage as the first United Nations agency to set up mobile veterinary clinics. The FAO operates these clinics by traveling to storm-affected areas and providing adequate treatment to livestock that have suffered the effects of the storm. Education is also incorporated into the equation and is of high importance. The FAO trains local veterinary assistants on proper care and technique for caring for the affected animals. Kits are also provided to Haiti’s citizens so that treatment can continue when the mobile vets have left the region. Antibiotics, deworming medication, multivitamins and other equipment have all been provided to assist Haiti, while helping the FAO reach their strategic goals.

The accomplishments of the FAO’s mobile veterinary clinics include a rise in milk production, the development of six mobile clinics and, most importantly, the hope that these clinics have given those in the Haitian community. So far, mobile vet clinics have helped an estimated 12,000 people rebuild their lives by treating their much relied-on livestock after a severe storm. If the FAO continues this project and develops even more mobile veterinary clinics, it is probable that more Haitians will be able to restart their lives in a better place after natural disasters in the future.

– Emilee Wessel

Photo: Flickr

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Ancient Seeds Could Fight Hunger in Central America

Hunger in Central AmericaCentral America is famous in many parts of the world for its coffee production, however, the region must also cultivate other crops and livestock to feed its population. As of 2014, the UN had declared much of Central America to be in a drought zone – one affecting over 2.8 million peoples’ food sources and financial security. Fortunately, ancient drought-resistant seeds could prevent impoverishment and hunger for many Central American farmers.

Drought instigates hunger in Central America and other places through a persistent lack of rainfall. The shortage of precipitation does not allow crops to grow, preventing farmers from eating or selling their yields. The National Drought Mitigation Center calls drought “a creeping phenomenon.” Many areas of the world go through shorter, less intense droughts; however, Central America’s has been dire.

The UN’s Office for the Coordination of Humanitarian Affairs (OCHA) has overviewed the situation by stating “The lack of rain since the middle of 2014 has resulted in the loss of staple grain crops and death of thousands of cattle in El Salvador, Guatemala, Honduras, and to a lesser extent in areas of Nicaragua, Costa Rica and Panama.”

Reversing the drought over an area as large as Central America seems to be an immense or even impossible undertaking, given that the drought has already affected millions of people. However, the answer to the area’s low food output and the growing hunger problem in Central America could lie within a specific type of seed – preserved ancient seeds.

The organization, Native Seeds/SEARCH, located in Tucson, Arizona, is a nonprofit dedicated to conserving local biodiversity. Many of the seeds protected and cultivated by the organization are anciently local to the dry and arid environment. This quality marks the seeds as well-suited to areas experiencing chronic drought, such as Central America. Moreover, the kernels that Native Seeds/SEARCH have protected have already been successfully used to provide the Tohono O’odham Nation of American Indians with a sustainable food source.

Because the seeds have been used for thousands of years in the dry environment of southwestern U.S., they have a natural propensity to thrive in drought-ridden areas. The seeds were not only cultivated in this region, but are also naturally native. This means that the seeds have a genetic predisposition to grow in nearly waterless environments.

Native Seeds/SEARCH calls their organization a “seed bank” and uses new freezing technologies to store their seeds. “What began as a humble operation with seeds stored in chest freezers has grown to a state-of-the art conservation facility,” states Native Seeds/SEARCH on their methodology.

Although no effort has been made directly by the organization to alleviate hunger in Central America specifically, Gary Nabhan, co-founder of the Native Seeds/SEARCH project, has expressed his enthusiasm for sowing his seeds on a grander scale. “We promote the use of these ancient crops and their wild relatives by distributing seeds to traditional communities and to gardeners worldwide.”

This endeavor could lead to a large reduction in hunger and poverty in drought-affected areas, which could possibly alleviate hunger in Central America as well, as it is most certainly affected by drought and in dire need of aid.

– Michael Carmack

Photo: Flickr

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