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Posner Center for International Development

Posner_Center_International_Development
The Posner Center for International Development, located in Denver, Colorado, is an organization that displays the convergence of over 30 companies working together to help create better living conditions for the world’s poor while also addressing environmental issues. These companies work together to come up with creative and innovative solutions that can help those in poverty while also staying environmentally friendly. While these individual companies already create positive impact, their collaboration can only significantly boost the results.

Bridges to Prosperity is one of the organizations that has joined the Posner Center for International Development. Bridges to Prosperity plans and builds bridges over rivers all over the world. While building a bridge over a river may seem like a small development, it can be life altering. In villages with little transportation, most of the world’s poor depend on walking to reach their destinations. Bridges give them a safe means of transport, whether it is to school, a hospital, to work, etc. So far, Bridges to Prosperity has had projects in South America, Asia, Africa, and Central America.

Another such organization is Nokero, short for “no kerosene.” Nokero’s attempt to eliminate kerosene lights that are harmful to the environment is ambitious but possible. They hope to replace these kerosene lamps with solar lights, which are energy efficient and environmentally friendly. Engineers at Nokero have also developed a solar powered cell phone charger. Such valuable technology is affordably priced and cost effective.

Nokero and Bridges to Prosperity are just two of the 35 organizations working at the Posner Center for International Development. Whether it’s with seemingly simple solutions like building bridges to make transportation easier, or with life changing technologies that bring power to a neighborhood, these organizations’ attempts to change the world are indeed powerful and inspiring. Their collaborative efforts will only result in bigger and better ideas and innovations for the future.

– Aalekhya Malladi

Sources: The Denver Post, Posner Center for International Development, Bridges to Prosperity, Nokero
Photo: Hosted

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Using CDs to Clean Water

Optical_CDs_Clean_Sewage_Water
Can old compact discs, better known as CDs, really clean water? If so, how? Scientists at the National Taiwan University are now using old CDs to grow zinc oxide in order to break down the pollutants in water. Recently, Dr. Ping Tsai, a Taiwan University physicist, spearheaded this innovative project. He and his colleagues have now perfected a water treatment device that uses old CDs to clean water.

According to Taiwan University’s research team, the device uses the flat, smooth surface of the CD in order to complete this process. The surface of the CD serves as the “breeding ground” for zinc-oxide nanorods. These nanorods are what help de-pollute the water. The nanorods can break down the presence of organic molecules in the presence of UV light. The researchers have also explained that these nanorods are usually microscopic in size. The research team explained that the nanorods “are extremely small- just a thousandth the width of a human hair- and are an inexpensive conductor that can function as a photocatalyst.”

In short, the research team calls the cleaning method a type of “Photocatalytic Water Decontamination.” This method has been widely used over the years, but this is the first time CDs have been used in order to help the depollution process. Using CDs to clean water has become very popular. It’s believed that “optical discs are very cheap, readily available and commonly used. They are also durable and portable”. The CDs also rotate quickly, which allows them to absorb water faster than light. As a result, water will pass more quickly and easily through the first layer of the disk than light would. During this process, contaminated water drips onto the device, spreads out in a thin film that light can easily pass through, which breaks down pollutants. The CD is spun in the presence of UV light which further breaks down pollutants.

Using zinc oxide to clean water is not a new idea, but using CDs to absorb water has recently grown in popularity. Its accessibility, low price, and absorbency make it a profitable and efficient way to clean water in places where the vital resource is hard to come by.

– Stephanie Olay

Sources: iScience Times, Science Daily
Photo: Phys

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Why Technology Won’t Solve World Hunger

Technology Won't Solve World Hunger Kids Using Laptop
Ideas for ending world hunger are the subject of deep contention and intrigue. Conversations about how best to go about ending hunger are held among regular people far removed from the international, sociopolitical arena or non-profit sector, as well as among leaders in national governments and conferring minds within the United Nations.

Duncan Green in The Guardian recently reminded the world of the stark contrasts between those who can afford to eat and the nearly 900 million who sleep on empty stomachs. Progressive efforts underway in Ghana and Brazil have seen initiatives such as cash transfers to the impoverished and an increase in minimum wage. These programs have made strides, but in nations like India that are growing exponentially, the government must address the issue.

Of the myriad of ways to eradicate hunger, is technology perhaps a truly viable option at this point? If so, are the contributions made by technology being overlooked as a way to finally solve world hunger, or is technology simply a tool in this case?

Josette Sheeran, blogging for The Huffington Post, seems to think that technology is something of a cure-all for world hunger. She talks of the electronic vouchers used in Palestinian territories that give people greater access to food. The World Food Programme (WFP) is responsible for that, and other projects, such as the one in the Philippines that uses texting to feed workers. People participate in work projects and can collect their payment at participating food shops.

The WFP also uses social media with their WeFeedBack initiative that lets the user online select a favorite food and using a special calculator, can see based on its cost how many children would be fed with it. The calculated amount is what WFP encourages the user to donate.

Not long ago, a lab-grown burger patty was cooked and eaten in view of the public, touted as a way to help save both planet and people. A report from The Atlantic posits that the world already produces enough food to feed a growing global population and that new technology won’t necessarily solve the hunger crisis. Three-dimensional food printers are also a new tech tool being developed, but the report makes the case that in-house food printers won’t be an appliance in every kitchen because regular people cannot figure out the technology.

Why, then, would these technologies work in the emergent world? And, even if labs in emergent nations were capable of mass producing meat, consumption would be limited to the middle class and upper classes.

Sarah Sloat for Pacific Standard cites a 2012 paper by CUNY law student Rebecca Bratspies that says food production has grown inversely proportional to the hungry. Better food distribution will help solve hunger more than technological developments. The feeling, then, is that even with the massive amount of resources available to solve the world hunger crisis, the solutions are not dependent upon increased production.

Technology in food production has proven to increase production, but access is still contingent upon how food is distributed and how easily available it is to those who need it. Getting there may not be an issue of widespread production, but rather individual nations doing what they can to feed citizens.

– David Smith

Sources: The Guardian, The Atlantic
Photo: Huffington Post

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What is PEER?

What is PEER?
PEER or, Partnerships for Enhanced Engagement in Research, is a collaboration between the U.S. Agency for International Development (USAID) and the U.S. National Science Foundation (NSF). PEER is a competitive grant program that allocates money to scientists in developing countries, who are working on research that is of importance to the development of their respective regions. PEER focuses on granting money to scientists whose research involves food security, climate change, or other development tools such as biodiversity and renewable energy. PEER attempts to create connections between scientists of developed countries and scientists of developing countries. The grants allow these scientists to conduct research that they would not have been able to do without a grant. PEER is a relatively new program, being two years old.

Alex Dehgan, science and technology advisor to USAID Administrator Rajiv Shah commented, “…PEER Science has provided over $12 million to 98 projects in 40 countries, and we are already seeing the tremendous benefits of bringing together developing and developed country researchers to solve some of our greatest global development challenges.”

Previous PEER success stories include reducing the risk of landslides and earthquakes in Lebanon and Bangladesh, decreasing air pollution in Mongolia, and improving the resilience of coral reefs and related habitats in Indonesia. PEER allows scientists in 87 countries to apply.

DeAndra Beck, program director for developing countries at NSF said, “With two or more parties contributing resources, a true intellectual partnership can be established, maximizing the potential to advance the pursuit of science and development in new and creative ways.”

PEER just announced its second cycle of awardees this June. PEER selected 54 new projects to receive a portion of the $7.5 million allocated to this cycle. Awardees were chosen out of 300 highly qualified applicants. These 54 projects reach across 32 countries and will focus on development issues. This has been an incredibly successful program in the short two years it has been running. Its innovative idea to connect scientists all over the developing world has been very effective in solving certain development issues.

– Catherine Ulrich

Sources: National Academies, All Africa
Photo: Minnesota Public Radio

Affordable Solar Irrigation System

Affordable Solar Irrigation SystemWatering crops has traditionally been a massive burden on poor farmers, requiring hours of hauling buckets from the nearest water source. Solar pump technology presents an opportunity for these farmers to harness the energy of the sun and pump water to their crops. But this technology is still too expensive to impact rural poverty.

By cutting the cost by 80% small farmer incomes would be transformed, tens of thousands of jobs could be created, and carbon emissions would be significantly reduced. If solar water pump was affordable at $2-a-day, small plot agriculture could become more profitable and many farmers could be raised out of poverty in India and Africa. But, how can this feat be achieved?

Through the work of iDE and their small farm drip irrigation systems, this cost-cutting has already been drastically reduced. By using thin-walled, lay-flat hose to convey irrigation water from sources to rows of plants and using filters to improve water flow, reducing pressure on the system, the cost of a drip irrigation system goes from $1,200 per acre to less than $600 per acre.

The greatest challenge is the reduction of the cost of the pump motor combination from $7,000 to $2,500. Traditionally diesel-powered pumps are utilized to transport water form the source, through the pump, and into the crops in unlined channels. Water is delivered to the plants by flooding the field with a loss of 60 to 70 percent of the water lost to seepage before it even gets to the plants.

By using a zero-based design, one where everything begins from scratch as if it were the invention of new technology, iDE is able to create SunWater,an  affordable PV solar irrigation system. A motor that is powered by electricity generated through photovoltaic panels would replace the diesel motors and efficiency is achieved by utilizing mirrors, which are much cheaper than photovoltaic. They are able to generate 2,000 watts off 10 – 15 mirrors. The water is then delivered to the plants via the thin walled, drip irrigation system already in place.

This simple, affordable change in the way water is delivered to plants will allow more diversification of crops by giving farmers a way to irrigate through the dry season. This means they can sell their high value crops when prices are highest (dry season) to sustain them through the wet season when farming is much more abundant and prices significantly drop. Educating farmers about how to optimize their incomes is the second phase of this valuable, life changing project.

– Shawn D. Ross

Source: Business Fights Poverty
Photo: Reeep

Immigration Policy and Einstein

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The current debate surrounding immigration centers largely on their potential detrimental effect on a country (ironically, it is often forgotten that America, one of the most powerful countries in the world, was built on the backs of immigrants.) Anti-immigration lobbyists claim they leech culture, take jobs, bleed welfare, and contribute little in return. Contrary to these arguments, there have notable refugees and immigrants in the past who have contributed a great deal to their adopted country; economically, culturally, and scientifically. One such refugee was Albert Einstein.

Though he worked in Princeton, and spent much of his famous academic career there, for much of his youth and at the start of his illustrious career, Einstein lived in his homeland Germany.  As a Jewish German, Einstein was forced into exile after the rise of the Nazis.

Though he himself was admitted to the United States during a time of great political turmoil, and after he had already established himself, the ‘Einstein’ argument is one that is present in immigration reform discussions today. Many state how America’s current immigration policy is exclusive and backwards, and the media focuses on the cost of immigration rather than the potential benefits. Einstein is one of many non-Americans who have contributed significantly to the country – others include Marlene Dietrich (actress), Mikhail Baryshnikov (ballet dancer) and Claude Lévi-Strauss (anthropologist). Einstein himself was an advocate for immigration, himself working in aid of individuals seeking asylum in the United States.

The Wall Street Journal picked up on Einstein’s story recently in an op-ed by Darrell West, where he stated: “Today, we need to think about a new “Einstein Principle” for our immigration policy. It would make brains, talent and special skills a priority. The point is to attract more individuals with the potential to enhance American innovation and competitiveness, increasing the odds for economic prosperity and rising living standards for all down the road.

At a time of high unemployment, the most pressing need is for more innovators who will start new businesses and create high-paying jobs. We’ve certainly done so successfully in the past.”

– Farahnaz Mohammed

Sources: UNHCR, Brookings
Photo: Flickr

Nike, NASA, USAID and Sustainability

Nike, NASA, USAID and Sustainability
Nike has partnered with NASA, USAID and the US Department of State to bring together specialists, designers, academics, manufacturers, entrepreneurs and NGOs to take action around a global challenge — sourcing and utilizing sustainable materials. A three-day LAUNCH 2020 Summit is planned for September 2013, highlighting the importance of innovation and collaboration in developing materials that will not have a negative impact on people and the planet.

It is estimated that around 150 billion garments were produced around the world in 2010, and by 2015 the global apparel industry is expected to produce more than 400 billion square meters of fabric every year. This massive industry has a tremendous effect on agriculture, natural resources, communities, and environmental damage due to toxins, waste and carbon emissions.

LAUNCH, started in 2010, seeks “innovations that will transform the system of fabrics to one that advances equitable global economic growth, drives human prosperity and replenishes the planet’s resources.”  This is what sustainability is all about; finding business practices that are not detrimental, while also allowing for continued growth.

There is also a LAUNCH 2013 Challenge Statement, an open call for innovators to invent new systems of producing fabrics. In August, 2013, the 10 strongest ideas will be selected and participants will take part in an intensive program to provide them access to “capital, creativity and capacity.” Three years ago LAUNCH chose astronaut Ron Garan’s innovation on clean water. Garan developed a concept to deliver clean water, energy and sanitation to poor communities, through the combination of sustainable development and carbon credits. As part of the LAUNCH process, Garan met with experts and investors to bring his idea to life. His Carbon for Water project has now successfully distributed one million filters that provide clean water to 4.5 million people in Kenya.

Nike also recently joined 32 other multinational companies, including eBay, IKEA, L’Oréal and Limited Brands, in signing a “Climate Declaration” asking federal policymakers to take action on climate change. As part of the declaration, the companies also asserted that over coming climate challenge is also one of the biggest American economic opportunities of the 21st century.

– Mary Purcell
Source: Sustainable Brands, LAUNCH

 

 

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Jordanian Law Students Receive Human Rights Coursework

Jordanian Law Students
Jordanian law students will get human rights coursework thanks to the American Bar Association and USAID. The Human Rights Curriculum for Jordanian law students was launched on May 15th to Jordanian law faculties. This curriculum hopes to bring innovative, multimedia approaches to the law classrooms of Jordan and improve the quality of students’ legal education. Students have been dissatisfied with their education as it has failed to keep up with evolving technologies, and this program is one solution to the complaints.

The launch brought 19 human rights law professors together as well as several other faculty members to experience and use the curriculum. Demonstrations were done as well as hands-on simulations. The curriculum was created as part of the American Bar Association’s program “Enhancing Protection and Promotion of Human Rights in Jordan.” The program was designed by Jordanian and international professors and human rights experts to provide a complete picture of Jordanian law and human rights principles.

The coursework is designed to be interactive and deviates from the lecture model found in most legal classrooms. The material is conveyed through role play, case analysis, and video segments.  Each section includes history and theory regarding different aspects of human rights law.  The workshop done at the launch gave professors a glimpse into the curriculum. It gave professors the ability to learn how to implement the program and various outlets for additional resources and help.

The hope is that Jordanian law students will gain greater knowledge and skills through the more hands-on program and have a greater ability to apply the principles to real life law cases.  It will also give them a greater appreciation of the depth of human rights law and the many areas in which it applies.

-Amanda Kloeppel
Source: AME Info

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3D Food Printer Can Help End World Hunger

3D Printed Food
NASA is currently sponsoring Anjan Contractor, a senior mechanical engineer at Systems and Materials Research Corporation (SMRC), with a grant through the Small Business Innovation program to create a 3D food printer that can create real, edible food from powder. The goal is to be able to create food that can be eaten in space with a long shelf life. The creators are trying to synthesize all the ingredients that are in normal food, like proteins, carbohydrates, and various other nutrients, into a powder form. Without the moisture, the food can last 30 years.

The researchers also say that the powders can come from some unlikely sources, such as algae, grass, and insects. The first product for the 3D food printer is pizza because the layers in the food make it easier to “print.” First the printer will bake the dough, then the other layers (with oil and water added to the powder) will be added one at a time to create a printable pizza. Also, each food will have its own unique software to allow the user to customize their printer and bake a variety of foods.

Although the creation was originally intended to provide astronauts tastier food that will last longer in space, the invention could also help end world hunger by making longer-lasting food that can be packed and shipped easily around the world to places that need it the most.

– Katie Brockman

Source Los Angeles Times

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USAID’s New Global Water Strategy

USAID’s New Global Water StrategyOn May 21, 2013, USAID issued a new global water strategy, the government’s first comprehensive integration of water security into all US development funding and programs.

“For many years in development work, water, sanitation and hygiene have been a bit forgotten. Instead, significant focus has been placed on education, maternal health and nutrition, overlooking the fact that water and sanitation are foundational building blocks for all of those other elements,” said Alanna Imbach, media officer with WaterAid America.

Aid organizations have long been insisting that access to clean water is a basic and essential consideration underlying all development issues. In developing countries, some 5,000 children are estimated to die every day from water-borne diseases, overwhelmingly due to diarrhea from bad drinking water, poor sanitation and inadequate hygiene.

The plan for the next five years is to provide at least 10 million people with “sustainable access” to an improved water supply, and six million people with access to improved sanitation during that period. New USAID guidance will emphasize local ownership and sustainability of US-funded aid projects while offering greater flexibility on how that funding can be used. This new openness will allow for more innovation from partnering humanitarian groups, a positive change from the past.

“We know that every dollar we invest in clean water and basic sanitation yields eight dollars in benefits,” said Dick Durbin, a US senator pushing this legislation. “People are healthier, kids stay in school, food is safer, AIDS drugs and other critical health treatments are able to work.”

Read USAID’s Water Strategy Announcement:

WASHINGTON, D.C. – Today, the U.S. Agency for International Development (USAID) Administrator Rajiv Shah, joined members of Congress – Senator Richard Durbin, Senator Chris Coons, Congressman Earl Blumenauer and Congressman Ted Poe – to release the U.S. Government’s first Water and Development Strategy. This strategy recognizes the vital role water plays in ensuring the health and economic well-being of people around the world.  In addition, it sets out to represent a fundamental shift at our Agency toward a new model of development – defined by public and private partnerships, the use of new technology, and emphasizes long-term results.

Globally, over 780 million people lack access to safe drinking water and 2.5 billion people lack access to sanitation. Projections are that by 2025, two-thirds of the world’s population could be living under severe water stress conditions.

“We will achieve greater impact by partnering with outside organizations and businesses that leverage innovative approaches and new technologies. This approach will also emphasize sustainability by building local capacities for operations, maintenance, and monitoring,” said Administrator Shah.

USAID’s Water and Development Strategy elevates the importance and visibility of water as a development priority within the Agency and highlights its importance in meeting the development imperatives to improve health and increase food security. The Strategy will address global water-related development needs by providing a clear understanding of USAID’s approach to water programming, emphasizing how sustainable use of water is critical to saving lives. To achieve this goal, the Strategy sets two strategic objectives:

  • Water for Health – Improve health outcomes through the provision of sustainable Water, Sanitation and Hygiene (WASH).
  • Water for Food – Manage water for agriculture sustainably and more productively to enhance food security.

“This new U.S. Water and Development Strategy will help lift poor people around the world out of conflict and poverty.  It is smart, strategic and builds on our past successes using new breakthroughs in science and technology,” Senator Durbin said. “It will save water and it will save lives.  USAID’s new plan will bring water and sanitation – the most basic of human needs – to millions of people around the globe, dousing the flames of global poverty, disease and conflict.”

Improving human health and welfare, having adequate nutrition to thrive, and maintaining the sustainability of natural systems requires a coordinated global response to the challenges of water and sanitation access for present and future generations. This Strategy reflects the commitment of the U.S. government to work in partnership with the global community to meet these challenges.

– Mary Purcell
Photo: Flickr