Every year a trillion dollars of milk is sold worldwide.
Small farmers in many developing countries face problems with low milk production.
But an electrical engineer and innovator from Pakistan hopes to help them with a fitbit for cows. It’s called the Cowlar, a collar for cows that is equipped with sensors to monitor their health, production and even if someone is stealing them.
Umer Adnan, a graduate of electrical engineering from Arizona State University now living in Memphis, Tennessee, says his invention texts such critical information directly to farmers. The result is reduced costs, more milk and more profits.
The world’s population grows by more than two hundred thousand daily. That’s tens of millions of people annually. To feed them, food productivity must nearly double by 2050.
That’s a task.
Doing that in the face of climate change and the scarcity of land and water presents one of the world’s greatest challenges. Plants are stressed by drought, disease and non-native competitors. But people need to eat, no matter where they are.
In this episode Michigan State University researcher Brad Day describes the tools he is creating to unlocking the secrets of plants to better feed the world. They could produce more resilient, stress-tolerant crops that use water and nutrients more efficiently.
French fries, hash browns and crispy chips come to mind when we think about potatoes. Potatoes are the most widely consumed crops in the United States, and the world's fourth-largest food crop, after maize, wheat, and rice.
Potatoes grow on almost every continent. They adapt well to climate and are a good source of potassium, vitamin C and carbohydrates.
Their greatest enemy is soil borne diseases. Currently, those diseases are controlled by fumigating the soil with chemicals. That’s expensive both economically and environmentally. And it kills beneficial organisms!
Luke Steere, a doctoral student in the Department of Plant, Soil and Microbial Sciences at Michigan State University, says potatoes have chosen him. Why? He talks to Ali Hussain about his research of molecular techniques and how it could reduce fumigation and improve production of potatoes.
Sorghum is a cereal grain that grows tall like corn. It originated in Africa, where it has grown for 10,000 years. Bread and porridge are the most common foods prepared from sorghum. It is the main source of energy, protein, vitamins and minerals for millions of people.
Sorghum’s biggest advantage is that it resists heat and drought. It survives extreme conditions with little water. Still, it’s not as popular as wheat or corn because of its complex protein structure that makes it hard to digest. That’s a hard crop to crack right?
Well, Nana Baah Pepra-Ameyaw, a doctoral student in the Department of Food Science and Human Nutrition at Michigan State University, studies how to process Sorghum to make it easier to digest. His research could improve food security by making sorghum easier to process and eat in food-scarce regions of the world. He spoke to Ali Hussain, a reporter for The Food Fix
Photo: Nana Baah
Every minute people flood supermarkets and grocery stores to buy food. We often do not think about how the brands we consume leave from seeding companies, to the farm, to green processors, to distributors and retailers. There are powerful actors who decide what we eat, and how much gets to us.
According to Philip Howard, 40% or more of the market, at every key stage in the food system in the U.S. is controlled by four firms. That has implications for harming the environment, human health and vulnerable sections of society, such as poor people, recent immigrants, and minorities.
Philip Howard is an associate professor in the Department of Community Sustainability at Michigan State University, and a member of the International Panel for Experts on Sustainable Food Systems. In this episode, we talk about his new book: Concentration and Power in the Food System: Who Controls what we eat?
In the African country of Cameroon, the lack of readily available water during the dry season can hurt a farmer’s ability to grow crops all year.
Ndeta Beuma'a, a master's student in power systems engineering, faculty of engineering and technology at the University of Buea in Cameroon, has developed a solar powered irrigation system that automatically brings water to crops when they need them.
His system may let farmers irrigate their crops during the dry season and in dry soils, allowing the crops to grow throughout the year.
Photo: Pechulano Ali
Every month millions of poor people in India visit fair price shops to buy wheat, rice, sugar or oil at a reduced price.
A network of more than 400,000 of these shops have provided government subsidized food to more than 600 million citizens.
It is the largest distribution network in the world, yet there are concerns about its efficiency.
Prashant Rajan, an assistant professor at Iowa State University, studies how sales people feel about using debit card-like smartcards to track fair price purchases in India's Chhattisgarh province.
His research could help provide higher quality food at a lower cost.
For some people anything is good if it's made of chocolate. But many people don’t know how chocolate is made or where it comes from.
Chocolate is made from cocoa beans found in West Africa. As the world’s demand for chocolate rises, many cocoa farmers struggle with low yields and low incomes. More than 90 percent of cocoa farmers in Ghana, the world’s second largest producer of cocoa, live on less than a dollar a day per person.
Researchers are studying if certifying farmers as trained cocoa producers can benefit their businesses.
Ebenezer Offei Ansah, a masters student in the Department of Community Sustainability at Michigan State University, interviewed cocoa farmers and producers in Ghana to find out how certification programs work. His research could identify problems in cocoa production in Ghana and other cocoa producing countries.
Photo: Ebenezer Offei Ansah
Plastic is used for food packaging because it is widely available and cheap. However some plastics are not recyclable and those plastics contaminate the environment.
This has led to a push for the creation of food packaging that can break down safely and naturally. These packages keep food fresh, protect the environment, and can be used as fertilizer.
Chris Wilson, a masters student in the School of Packaging at Michigan State University, studies how to make food packaging safe and more environmentally friendly. His research could impact food security around the globe.
Typically, air conditioners are not seen as a way to keep food cold enough to safely eat. But a new technology lets air conditioners provide safe and inexpensive cold food storage.
Ron Khosla, a small farmer in upstate New York, created a technology called CoolBot that turns almost any window air conditioner into a food storage machine for about an eighth of the cost of a walk-in refrigeration unit.
His innovation could help reduce food waste and post harvest losses.
Photo: Ron Khosla