Archive for category: Technology

Information and stories about technology news.

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Wireless and Emergency Communications Tech in Disaster Relief

Wireless and Emergency Communications Tech in Disaster Relief
When disaster strikes, as it did in April 2015 in Nepal, there is an immediate need for life-saving aid; the distribution of food, water and shelter becomes paramount to relief efforts. However, in the 21st century, technology is becoming an increasingly necessary facet of day-to-day functionality. As the world’s rural regions develop and technology becomes cheaper and more efficient, the more people rely on that technology to function. Today, even in the world’s most remote and impoverished regions, things like Internet access and mobile phone service are just as important to survival and well-being.

In addition to providing life-sustaining resources, aid workers are now being called upon to provide things like Wi-Fi access and cellular support. The leading provider of emergency communications is the United Nation’s Information and Communication Technologies Task Force (ICT). Within 48 hours of a disaster, ICT deploys its Emergency Telecommunications Cluster, or ETC.

The ETC is a series of connected balloons that act like cell phone towers and routers that can be set up to provide wireless Internet and cellular service in disaster zones. These services enable survivors to contact family or other outside assistance, find routes out of the disaster zone, or transfer vital funds. Those providing assistance benefit from these services as well, for they can receive vital information from the survivors themselves on the exact situation on the ground.

Today’s digital world makes it nearly impossible to do any work without staying connected. By repairing or installing communication networks, aid workers help themselves as much as they help survivors. With Wi-Fi and cell service, workers can more effectively communicate and coordinate their efforts, and thus deliver crucial assistance quicker.

Wi-Fi is not the only advanced technology being utilized in disaster relief. Drones have recently been implemented to aid humanitarian missions. Drones can access remote areas quickly and survey locations with cameras, which would otherwise be dangerously inaccessible. In fact, the ongoing relief efforts in Nepal have seen the largest deployment of drones in the history of disaster relief. The devices are currently being used to survey the damage, search for signs of survivors, and help relief organizers further coordinate their efforts. Drones, when used in a humanitarian capacity, have the potential to produce a significant impact. Perhaps in the not-so-distant future, autonomous drones will be able to drop food, medicine and water far more quickly than actual aid workers.

– Joe Kitaj

Sources: ICT, ATISW, Direct Relief
Photo: ICT

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New Smartphone App Allows You to Share Your Leftovers

leftovers
Of the challenges of the 21st century, one of the largest in terms of magnitude and prevalence is food insecurity. The term food insecurity is used loosely to define inconsistent access to food, due to limitations of resources.

The issue is unfortunately highly prevalent in not only the developing world but in the United States as well. According to the United States Department of Agriculture, 1 in 6 Americans faces food insecurity. This translates to roughly 50 million Americans in total.

These staggering numbers are indicative of what most of us are already quite familiar with: the issue of global hunger. However, the interpretation of its causes, and consequently the approach to its solutions, has been controversial. Many scientists, particularly biotechnologists, regard higher food production as the solution; and in many instances, it is effective.

As a result of agronomical developments, the world today is producing more food per inhabitant than ever before. However, the strides made in scientific innovation have not paralleled the alleviation of global hunger.

In fact, the implications of these discrepancies lie in the inequality of food distribution. For many people, food remains unavailable despite the copious amounts of food that go to waste each day. According to the Environmental Protection Agency, almost 35 million tons of food were wasted in the United States in 2013. Estimates by the National Resource Defense Council have estimated that 40% of all food produced in America is wasted.

To tackle the issue of wasted food, a Seattle-based startup has come up with a creative solution based on smartphone technology: Leftover Swap. Leftover Swap is a smartphone app that allows users to share their leftover food with others before it goes to waste. The users can snap a photo of their leftovers, and upload it on the app with a location tag. Anyone looking for food can then find all the shared food in their location. To make the app safer for users, it allows for instant messaging within the app where users can agree on a location to pick up food. The app also does not allow any user to charge for their leftover food.

The benefits and the range of applications for the app remain dubious: people who own smartphones are not necessarily the ones in dire need of free food provision. However, as smartphones become cheaper, it may be possible to reach marginalized populations. Moreover, it can be a way for food recovery networks to salvage more food that would have otherwise gone to a landfill.

Many people are also concerned about the degree of safety of food. The Health Department does not evaluate this food, as it is not technically being sold. In spite of the app’s continual reminders to only share food one would eat itself, the hygienic status of the food cannot be positively reaffirmed. The co-founder of the app, Dan Newman, contends that there is a certain degree of faith that needs to be put into this effort, as would be the case if one was being given food as a guest.

The app is to date the only app of its kind and faces some hurdles before it can reach the objectives of sustainability and food equality that it intends. However, it is a step in the right direction, and as interest in the app increases, it is more than likely that we will see improvements both from this app and potential competitors.

– Atifah Safi

Sources: Washington Post, NPR, , NRDC, Feeding America, USDA, Leftover Swap
Photo: Newsana

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Making Dinner Using the Solar Reflector

Solar_Reflector
In 2013, Gregor Schaper, a German entrepreneur, installed a series of circular solar panels in a town just outside of Mexico City. This is the home of Schaper’s Solar Reflector.

The Solar Reflector is comprised of solar panels that follow the course of the sun throughout the day to maximize absorption while focusing its light on one point throughout the year. This is similar to when a kid tries to use a magnifying glass to start a fire. The heat is collected as the Solar Reflector follows the sun and is then projected onto one specific spot in a kitchen.

This specific spot can reach up to 1000° Celsius, making it useful for baking, cooking and frying. The temperature is kept consistent with an integrated stone core in the kitchen. The Solar Reflector itself is made up of steel sections with highly reflective aluminum, cut into a 170-square-foot disks.

Trinysol, the company Schaper founded, manufactures the panels and cost about $4,000 to built. Despite the cost, once the Solar Reflector is built, it is free to operate and produces no greenhouse gas emissions. On average, each reflector saves 16 gallons of gas each month.

For small to medium sized businesses, this technology could be game changing. For small restaurants, bakeries and tortillerias, it could save money when the price of fossil fuels is high, creatubg jobs all the while. In addition, since the Solar Reflector projects the light right into their kitchen, it saves people from from going outside and braving the heat during the exceptionally hot summer days.

“Tortillería La Fe” in El Sauz near Mexico City was one of the first small businesses to use Schaper’s Solar Reflector. According to Schaper, the shop used to spend over $1,000 a month on gas in order to cook tortillas but now gets it for free with the Solar Reflector. The initial cost of the Solar Reflector is significant but the outcome is worthwhile.

– Hannah Resnick

Sources: Empowering People, Future Challenges, Inhabit, Venture Beat
Photo: Inhabitat

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Camara Education and Ending Poverty in Zambia

camara_education
Does your computer process slowly? Are you in need of new software? These are two common reasons why people dispose of computers and laptops. Although they are still in working order, they are tossed away in garbage bins. Is there a sustainable solution? Camara Education thinks so.

Camara Education is dedicated to improving literacy and believes everyone deserves quality education. They collect technology such as computers, keyboards, tablets and smartphones and donate them to developing countries. They hope that by improving education, these communities will be able to lift themselves out of poverty.

Founded in Dublin, Ireland in 2005, Camara Education has been highly successful. Because of their efforts, around 1 million children have had access to technology in classrooms. In the last 10 years, they have shipped 62,000 computers to countries in need.

The organization has donated eLearning centers to over 2,000 schools in Ireland, Africa and the Caribbean. They have installed 40,000 computers, trained over 11,000 teachers to use technology in classrooms and are currently in operation in Jamaica and seven countries in Africa: Ethiopia, Kenya, Rwanda, Uganda, Lesotho, Tanzania and Zambia. They also have headquarters in the U.S. and U.K.

Camara Education believes that technology can open up an entirely new world of information for students and teachers. For this reason, they believe it is essential that all children have access to computers and information and communications technology (ICT).

This year, they plan to provide approximately 3,500 computers to students in Kenya.

“There’s no way the schools could afford this on their own,” Chief Technology Officer of Camara Education for Africa Aseidas Blauvelt says. “They could buy from their informal market, but they’d have no guarantee anything would work, they wouldn’t have training from us and they wouldn’t have a server.”

The team members erase all data from donated computers, keeping all personal information safe. The hard drive is wiped using a U.S. Department of Defense program, which makes it impossible to retrieve any data.

Recently, Camara Education has partnered with the Ministry of Education in Zambia to integrate technology and ICT into schools. On July 16, Camara Education in Dublin sent 1,110 computers to Lusaka, Zambia. With this new shipment, the organization has sent over 11,000 computers to Zambia.

CEO of Camara Education in Zambia says, “There is a strong demand from educational institutions for Camara services. Camara Zambia has been working with the Ministry of Education here to expand our reach to schools. The government this year added Computer Studies to the curriculum for grade 8 and 9 students, so there is much more interest in ICT and education.”

Ultimately, the Ministry of Education and Camara Education hope that the technology will teach valuable tech, communication and learning skills, alleviate poverty in Zambia and promote a prosperous and educated society.

Instead of throwing out old computers, visit https://camara.org/give-computers/ to donate and find drop-off locations.

– Kelsey Parrotte

Sources: Camara 1, Camara 2, Camara 3, LinkedIn
Photo: Camara

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30 Medical Devices Addressing Global Health Issues

medical_devices
Many developing countries do not have the same health resources available to them as developed nations. Healthcare workers must come up with creative solutions to problems. PATH is a nonprofit organization that works to solve world health issue with innovative and creative solutions.

This year, PATH–with support of Norad, Bill and Melinda Gates Foundation and USAID–published a list of 30 creative solutions to different healthcare challenges in areas such as maternal, newborn and child health; infectious and noncommunicable diseases; and reproductive health. The inventions were submitted by entrepreneurs, investors, innovators and health experts from around the world. Those selected demonstrated sustainability, success in field testing, high numbers of saved lives, and low cost.

There are new forms of oxytocin, used to stop bleeding after childbirth, that are in powder and tablet form. Both the new forms are easier to transport and are safe for lower-level health workers to use than the typical injection. There are also new ways to create typical medical devices used during delivery, for example, the uterine balloon tamponade. It is typically used in wealthy countries to control bleeding, but developing nations often don’t have access to it. The solution was to tie a condom to a catheter which is then inflated with clean water through a syringe.

For combating diseases, there are Malaria vaccines, BPaZ to treat multi-drug resistant TB in three months, and new nucleic acid amplification test for TB. The Polypill is a low-cost pill for the prevention of cardiovascular diseases. To treat visions issues which affects 300 million people worldwide, there are new portable devices that low-level health officials can use to diagnose eye issues.

In reproductive rights, innovators created a one-year contraceptive vaginal ring so that women have more control for pregnancy prevention

PATH sees this list of 30 innovations as game changers in addressing global health issues. They are low cost and easily portable and administered by lower level health care officials. The hope is that these drugs and devices will help the world reach the 2030 health targets set out by the UN. To read the full list of innovations, visit PATH’s website.

– Katherine Hewitt

Sources: IC 2030, NPR
Photo: IC 2030

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5 Technologies That Promise to Clean the World

clean the worldThe following are five technologies that provide significant contributions to clean the world:

1. Algae

For some, this may not be seen as a technology per se, but algae is actually classified as a biofuel. Making algae involves growing acres upon acres of crops, but they can help clean our planet in a very important way. They can be used to fuel vehicles such as cars and planes. James Murray of the BusinessGreen website says, “those eco-warriors in the US Air Force have already successfully trialed biofuels containing algae, and wider test flights are imminent.”

2. Nuclear Energy

When Albert Einstein reviewed the technology involved with these carbon chains, they were first intended to be used as weaponry. Therefore, he refused to be involved in the Manhattan Project that led to the production of the atomic bomb. However, this same technology has the potential to clean the environment via depletion of greenhouse gas emissions. According to David Doody, writer for GreenBiz, “Nuclear reactor design company Transatomic Power’s Waste-Annihilating Molten Salt Reactor and Bill Gates-backed traveling wave reactors are designed to use byproducts of conventional nuclear power production as fuel.” So, rather than use carbon chains as a weapon or create more greenhouse gases, we would use nuclear energy as fuel.

3. Solar Glass

Normally, the first thing people think about when broaching the subject of eco-efficient technology, they might think of wind farms and solar technology. Solar is, at the moment, the most promising renewable energy source. James Murray of BusinessGreen describes solar glass as lightweight and flexible, and the solar cells can be integrated into clothes and even to car park canopies. Eventually, solar cells could be integrated into almost anything.

4. Chemicals

Awareness is continuously being spread about the downsides of using chemicals to clean water. That being said, it’s also possible to clean water with chemicals. There are is a demonstration plant being built in Pennsylvania that aims to clean the water used in the fracking process. This way, oil is still attainable and the water used to attain it can be cleaned. William Kohl, the head of business development for Advanced Water Recovery, say,s “this firm can desalinate water for 70 percent less than current technologies. Cost is generally the biggest factor, keeping more drought-prone regions from building these plants.” That being said, he’s also planning to move in on projects to make drinking water from seawater.

5. Commercialized Carbon

Nuclear technologies that are carbon-based have already been discussed, but what about pure carbon? It can be put underground, but newer companies can harness carbon with their technology and create products, like baking soda or chairs, that people use in their everyday lives. “Once captured through these companies’ technologies, carbon can be used in industrial or commercial production, to produce low-carbon fuels or for other applications.” Yet another solution that can combat climate change and global warming.

– Anna Brailow

Sources: Buzzfeed, Greenbiz, CNN
Photo: LibreShot

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Wi-Fi ‘Saves’ Residents in Jordan Refugee Camp

Wifi in Zataari Refugee Camp, Jordan, Said to 'Save' ResidentsIn Zaatari, a refugee camp located in a desolate area of the northern Jordan desert, Syrian refugees live in a grid of makeshift tents very similar to the other nearly 1 million Syrians who have set up camp throughout Jordan in the past year.

In stark contrast to surrounding refugee camps in the Jordan Valley, such as the neighboring Azraq camp, however, there is one thing which has served to set Zaatari apart: the Internet.

Zaatari, which is home to 100,000 Syrians, started out as a temporary residence in which residents lived in deplorable conditions and frequently complained about the high rate of crime. In the past year, however, the camp has developed into Jordan’s fourth-largest ‘city,’ which boasts an enviable main street by refugee camp standards and is nicknamed the Champs Elysees. The Champs Elysees, which, unlike the rest of Zaatari, has paved roads and functioning street lamps, is also home to a growing number of bootleg charging stations, where customers can pay to refuel their computers and phones with electricity stolen from the camp’s grid. An increasing number of Zaatari residents have begun to tap into the camp’s Internet, using the Wi-Fi in order to stay in touch with family members spread throughout the region, tap into social media, keep up with world news and news about the countries they fled (via trustworthy sources such as the BBC World Service), and even learn English.

The recent influx of Internet users in Zaatari comes despite the fact that the Wi-Fi connection is incredibly clogged, thanks to the influx of thousands of refugees in recent months, which has put a strain on the region’s already slow electricity grid. Refugees hoping to use the Internet for a variety of purposes have to wait hours while a site buffers, even if they upload it in the middle of the night, according to Talash, one of the camp’s electronics vendors.

The success of the Internet and its ability to brighten the lives of Zaatari residents have inspired the United Nations and internet and communications technology (ICT) experts to explore the idea of making Wi-Fi free, and thus widely accessible, to refugees who have been displaced since the crisis in Syria began: a number which currently stands at 4 million.

According to the U.N., free Wi-Fi could bring educational, personal, and career benefits. Syrian refugees in Jordan, for example, who are prohibited from working by Jordanian law, can use the internet in order to tap into a ‘global marketplace.’ Young Syrian children who have suffered from a lack of educational opportunities in the refugee camps are also able to use the Internet to access free classes, thereby helping to circumvent the possibility that the recent crisis has created a Syrian ‘lost generation.’ Free Wi-Fi also offers the added benefit of enabling humanitarian organizations to communicate directly with residents and dispel rumors in the camp, such as the rumor which circulated last year that refugees were all going to be relocated to the less desirable and incredibly remote Azraq refugee camp.

U.N. and ICT officials have acknowledged that installing free Wi-Fi in Zaatari would be a difficult task, especially given the fact that refugee camps hosting Syrian refugees already bear the burden of frequent funding cuts. However, there is precedent for the use of free Wi-Fi accessible to refugees. The U.N. refugee agency’s (UNHCR) innovation team, for instance, recently released a mobile app for Syrian refugees living in Turkey, designed to explain refugees’ legal rights and point them to the nearest U.N. office. Recently, a highly successful app was also created by two Syrian refugees in Turkey for other refugees in the region. The app, which posts jobs that refugees are eligible for, gives them advice about landlords, explains mystifying rules about various camps and has already accrued 11,000 followers.

While U.N. officials consider the idea of installing free Wi-Fi, Zaatari residents have told reporters that they would be ecstatic if it were to come to fruition. Talash, the electronics vendor, told Al Jazeera, “life is comfortable enough here.” But with Internet access, Talash said his time at the camp would be much more tolerable.

“Ya rait [if only],” Talash said, “We’d be so happy.”

– Ana Powell

Sources: Al Jazeera, New York Times

Photo: AljeerzaE

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Allversity: The e-Learning Program for Developing Nations

Allversity
The connection between education and poverty is a well-established one: a lack of resources often leads to deprivation of proper education, and the lack of education further fuels this cycle of poverty. Education does not only form the foundation for a healthier, safer society, but also invariably stimulates the economy by providing more jobs. Education is therefore one of the most potent tools we have today to fight global poverty.

Despite the efforts by the international communities, many regions of the world continue to lag behind in the educational arena. In many developing countries, education is inaccessible to the masses; there is a gap in basic literacy due to socioeconomic or gender status. According to UNESCO’s Education for All Global Monitoring Report that tracks the educational goals of the world, fifty-seven million children worldwide are not receiving an education. The report extrapolates the results to conclude that the world is still far from realizing the goal of universal primary education.

The facts and figures only serve to confirm the unfortunate state of education globally. Many startup companies in the western world have been attempting over the last decade to come up with innovative, technology-based solutions to the issue of illiteracy. In late 2013, a Berlin-based group of technology entrepreneurs introduced their efforts at a solution in the form of Allversity.

Allversity is a non-profit e-learning platform, which links students in the developing world with teachers and community learning centers. According to 2013 UNESCO (United Nations Educational, Scientific and Cultural Organization) report, the world needs as many as 1.6 million additional teachers to ensure universal primary education. The lack of teachers is a major factor in the gap between global educational goals and current situation. The provision of online tutoring is a creative answer to this problem

The program offers a wide variety of subject matters, from prenatal care, to first aid and basic computer skills. The learning community also offers the education of basic entrepreneurial and technology skills. Allversity also has courses for more traditional school-taught subjects, such as math, science and history. The course list is dynamic: new courses and subjects are added as per teachers’ and students’ show of interest or requirement.

The materials of the course are in English at the moment, which makes it difficult for many to benefit from the learning interface. However, plans are already under way to offer translated materials in languages such as Swahili and Arabic to effectively reach more people.

Another problem the initiative faces is the lacking internet accessibility in many remote areas of the world. Many prospective students also might not have access to a computer or electronic device, necessary for Allversity. As internet connectivity increases worldwide, however, the program will undoubtedly become more readily usable.

Moreover, there are already efforts by the program’s developers to design smartphone applications that can be used offline once downloaded. It is estimated that around 40 per cent of the African population will own a smartphone by by 2017. The mobile version of Allversity will thereby increase the enrollment of students manifold.

The program faces a few challenges down the road regarding its objectives of global education, but this remains a laudable effort in the journey towards universal education.

– Atifah Safi

Sources: Venture Village, Allversity, UNESCO
Photo: Online Universities

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Top Mobile Apps Made in Africa

Mobile_AppsMobile apps have been taking the smartphone industry by storm. While many individuals use mobile apps in their free time to play games, check the weather or follow a sports team, Africans have learned to take full advantage of the knowledge available at their fingertips.

Not only do Africans use their smartphones to make calls, send text messages and browse the Internet, but they also use their devices to access mobile money services and locate healthcare facilities.

This list compiles the most popular mobile apps in Africa that are available on either Android or iOS devices.

1. Find-A-Med
This location-based mobile application allows its users to find the closest healthcare facility. The app also provides a place where its users can store their basic healthcare information in case of an emergency. Find-A-Med is available on both Android and Apple devices.

2. PesaCalc
PesaCalc is a free Android app that allows users to streamline access to mobile money services in Kenya. This app is compatible with all three of Kenya’s mobile money services. In addition, the app allows users to prepare the correct amount of cash to send, including fees, to both registered and unregistered users.

3. SnapnSave
SnapnSave is a shopping app that gives its users cash back on their everyday grocery purchases. The app was recently launched in Cape Town, South Africa, and its developers are hoping that it will influence their consumers to make smarter purchases.

4. Wumdrop
Wumdrop is a South African-made app that allows for the delivery or picking up of packages. The user is able to request a courier, track them on a map and receive notification of the pending delivery.

5. Slimtrader
This app was founded in 2009 and is popular in Uganda, Kenya, Nigeria and South Africa. Slimtrader allows its users to perform e-commerce transactions, such as buying or paying for goods and services. In other terms, the app allows its users to effectively shop by text messages. However, it is only available on Android devices.

6. M-Farm
Launched in 2012, M-Farm is primarily aimed at Kenyan farmers in order to keep them informed of crop prices and other farming-related matters. The app runs on an SMS-based service and is now available to users in five major towns in Kenya. This app is only available on Android devices.

7. Voicemap
Voicemap allows its users to explore places such as Cape Town with the help of its walking tour setting. These audio walking tours are available in voices belonging to expert correspondents, veteran broadcasters and passionate locals. This app is available on both Android and Apple devices.

8. Kids First Aid
The Kids First Aid app gives parents and teachers access to emergency first aid information when they need it. Ideally, this app will be able to give information to parents when they are travelling in a place where they do not speak the local language or when help is not readily available. This app is available only on Apple devices.

9. Suba
Suba is a location-based group photo album that creates a group photo stream. Once the stream is created, users can add pictures and send invites to others. Suba is available on both Android and Apple devices.

10. Safari Tales
Safari Tales was developed in order to eliminate the shortage of books in Kenya. The app is interactive and available in multiple languages. Safari Tales offers African stories that may not be easily found in countries that lack educational books for children. This app is available on Android devices.

– Kerri Szulak

Sources: IT News Africa, Voices of Africa
Photo: Flickr

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Are Drought-Resistant Crops the Solution to World Hunger?

drought-resistantRecently, genetically modified crops have received much criticism in the media. Despite the absence of any concrete scientific data that proves otherwise, opponents remain wary of crops changed by genetic engineering.

However, genetic engineering remains a technique of key significance in food sciences. Researchers have aimed their endeavors towards manipulations of crop genome that could alleviate hunger and malnourishment worldwide. New strains of food crops are being engineered that are better in nutritional value and resistant to environmental disasters.

One of the most significant research areas in this field focuses on making the crops drought-resistant. Drought remains one of the biggest challenges in the provision of food worldwide. Most of the world’s undernourished population is geographically concentrated in the driest areas of the world; this makes their food supply even more susceptible to droughts. The United Nations Food and Agricultural Organization (FAO) reports droughts to be more severe in effect than any other physical hazards. The recent droughts in Kenya and China are proof of the calamitous effects of droughts on food production.

To offer a solution to this problem, many researchers globally are focused on introducing drought-resistant genes into common staple food crops, such as wheat, rice and barley.

In any plant organism, there are multiple genes that interact to form a complexity of arrangement that affects the plant’s response to a stressor, such as drought. One of the most important known plant chemicals that affects a plant’s reaction to the environment is abscisic acid.

Abscisic acid is a plant regulatory hormone that controls a plant’s osmotic responses to external stimuli at a cellular level. As the water level available to the plant drops, abscisic acid regulates the ionic flow through the cellular membranes. This changes the osmotic pressure within the cell, which ultimately leads to closing of stomata — the pores in the leaves of a plant that are responsible for loss of water to the environment. This conserves water within the plant, allowing it to survive in dry conditions.

To enable the plant to survive in dry conditions, the loss of water from the plant body has to be minimized. This can be achieved through abscisic acid dependent regulatory pathways. This is done by increasing the expression of abscicic acid, but only under certain conditions.

Transcription factors in a genome are non-coding parts of the organismal DNA that control the rate of transcription of a particular gene, and therefore the amount of transcribed product—usually a protein—produced. By increasing the amount of osmotic regulators in the plant as a response to environmental stimuli, the plant can conserve water resources and tolerate drought much better. The abscisic acid molecule then regulates the gene expression of other genes within the genome that are induced or repressed to tackle external stress on the plant.

So far, much progress has been made in this field: successful transgenic manipulations have resulted in more drought-resistant lines of wheat and rice. However, as with all genetically engineered products, the progress made is only a fraction of the knowledge that is necessary for reliable products. The genome of any plant is vastly complex: many different genes, transcription factors, and regulators interact simultaneously to generate any desired phenotype, such as drought-resistance. More research efforts are necessary in successfully implementing these crops as an effective solution to hunger.

– Atifah Safi

Sources: National Center for Biotechnology Information 1, SpringerLink, National Center for Biotechnology Information 2, Oxford Journals – Journal of Experimental Botany
Photo: Wikimedia Commons