Current Event January 22, 2020
A crunchy new apple has hit supermarket shelves. A cross between Honeycrisp and Enterprise varieties, the new Cosmic Crisp apple is the result of years of genetic cross-breeding by plant scientists at Washington State University. Listen to hear the lead scientist describe the mouth-watering qualities of the new variety, and why she hopes it is a hit with consumers.
Current Event November 20, 2019
What does corn sound like when it grows? How does a cactus respond when you touch its spines? A new exhibit at the Brooklyn Botanic Garden allows visitors to hear the sounds plants make and answer those questions for themselves. Listen to find out what we can learn by paying attention to what plants are saying.
Current Event September 11, 2019
When a vacant lot in Sacramento was up for sale, one neighbor had an idea for what it could become. She envisioned an urban farm, so she bought the lot and invited a local nonprofit group to help turn it into an “edible art garden” after gathering input from other community members. Listen to learn what this once bare lot looks like today and how it benefits the neighborhood surrounding it.
Current Event July 17, 2019
Would you eat a scarred, lumpy carrot or an apple that is oddly shaped? Grocery stores do not typically sell these types of “ugly” produce, but some new companies aim to reduce food waste by selling fruits and vegetables that are rejected by stores. Listen to learn about the benefits of these efforts and find out what else you can do to reduce food waste.
Current Event May 29, 2019
The air thousands of feet high in France’s Pyrenees Mountains should be some of the cleanest on Earth. However, recent research revealed that the air at the top of the mountains actually contains microscopic plastic. Listen to learn more about the experiment that revealed this surprising fact, why it matters, and what researchers plan to investigate next.
Current Event April 18, 2019
Would you like to eat apples that never turn brown? Scientists hoping to genetically modify plants for crop development think they may have found a solution to a major problem they have been facing. The cell walls of plants make it difficult to insert genetic material into plant cells to change how those plant cells work. The solution–carbon nanotubes–was discovered by accident. Listen to learn about the discovery and implementation of this nanotechnology solution and how it could change the way scientists breed new crop varieties.
Current Event January 23, 2019
Photosynthesis is the process that is foundationational for all life, in which plants use sunlight to change water and carbon dioxide into food and oxygen. Scientists have now genetically modified plants to perform that process more efficiently, thereby increasing agricultural productivity. Listen to this story to learn how researchers “hacked photosynthesis” and why it matters.
Many schools now have gardens where students grow and harvest food that they cook themselves in class. The “Let's Move Initiative,” a program created by former First Lady Michelle Obama in 2010, has generated awareness about school gardens and teaching cooking skills that enable students to learn about healthy lifestyle habits in an effort to fight the national obesity epidemic. Listen to learn more about how a gardening and cooking project at a school in Maine is a rewarding way to learn about nutrition and healthy lifestyle skills through hands-on class activities.
The apples we are used to seeing in the supermarket are the same basic size and shape and they have familiar flavor profiles. But there are more apple varieties than you might imagine. There's a whole world of biodiversity in apples, but these apples don’t make it to the supermarket. Listen to learn more about America’s history with apples and the apple Renaissance taking place today!
While humans need food and water to survive, plants are able to get their energy from the sun through a process known as photosynthesis. Engineers are now trying to replicate this process of converting sunshine to power through artificial photosynthesis. They are trying to create an artificial leaf. Listen to learn how these problem solvers are approaching the challenge step by step.
Heirloom seeds are more than 50 years old and are not genetically modified. Jere Gettle, author of "The Heirloom Life Gardener," is particularly fascinated by heirloom seeds and he noticed they were being dropped by seed catalogs in the 1980s. The plants they produce are typically different from what we see in the grocery store. Listen to learn more about Gettle’s fight to bring heirloom plants back to our dinner tables.
Thomas Jefferson’s vegetable garden at Monticello contains over 300 varieties of more than 90 different plants, demonstrating the diversity of Earth’s ecosystem. The former President and founding father prided himself on his diversified and rare collection of plants. And he never failed to record his gardening achievements in his famed “garden book”. Listen to learn more about the history of Jefferson’s garden and it’s current state following restoration.
Even beautiful plants can sometimes be detrimental to the environment. This public radio story takes place in Michigan where the sale of Japanese knotweed has been outlawed following unchecked growth of the large ornamental plant. Japanese knotweed is fast-growing, aggressive and hard to control. It can destroy pavement and even houses and it is unlikely to be eradicated any time soon.
The system we use to organize life is called the Linnean system, named after Swedish botanist Carl Linnaeus. The name of every living thing has a place because of Linnaeus. But now new DNA technology is changing the way to think about the classification system. Scientists are debating whether it is possible to change a system that has been strictly followed for the past few hundred years. Listen to learn how scientists discovered this change in the system.
Fungi play a crucial role in decomposition. As they follow this process, fungi release nutrients that the trees around it absorb. Eventually, the fungi attach itself to the roots of the nature around them and begin the cycle of giving and getting to keep the environment in balance. Listen to learn how fungi first colonized land and what would happen if fungi were not able to spread.