In this episode, Jordan and Charlie chat about the island rule, how spiral galaxies get their shape and the small brains in social wasps.
What is this thing called life? Biologists are life's detectives, discovering how life works and what makes animals, plants and microbes "alive." Organisms don't remain the same forever. Without change, life on Earth would stagnate. Species are in a constant dance with their environment. When an environment changes, the species that live within must change too, evolving to better adapt in order to survive. The end result is the diversity of life we see around us.
How a continuous stream of data from underwater volcanoes can help create a shared consciousness about the oceans.
The society you live in can shape the complexity of your brain. For vertebrate animals like humans, and even birds and fish, there is a lot of support for the idea that our complex brains developed along with complex societies.
In this episode, Charlie and Jordan chat about wastewater catalysts, solar cycle disruptions and an "iron shield" for rice.
In this episode, Jordan and Charlie chat about ocean temperatures, new marine species and metacognition in chimpanzees.
Developing pain medications for dolphins
In the ocean there lives a fish known as the Mahi Mahi. Very little is known to science about how they migrate. Fishermen are helping scientists study their migration by catching Mahi Mahi with fishing rods, placing fish tags in them, and releasing them back to the wild with hope that their fish will be re-caught with the tag still in them.
In this week's episode, Jordan and Charlie chat about the importance of a pack, discover a new antibody that may combat urinary tract infections and chase down storms with Doppler on Wheels.
Graduate Research Fellow Amy Battocletti is a Navy veteran who was awarded an NSF Graduate Research Fellowship in 2014. She's a doctoral candidate in biology at Georgetown University, conducting research on the impact of genetic variation within plant species in salt marsh ecosystems.
The University of Southern California is partnering with a STEM (science, technology, engineering and mathematics) high school in Chattanooga, Tenn., and using gigabit networks to send high-definition 4K images of microorganisms directly into a biology class. This gives students live access to researchers and microscopic images, observations and knowledge, while also enabling them to manipulate the microscope from 1,800 miles away.
In Episode 11, Charlie and Jordan talk about a new robotic exoskeleton, one of the world's best suction cups and 1,4-dioxane contamination in the Cape Fear River Basin.
Superabsorbent diaper compound may soup up brain cell imaging
Giant clams are ecologically important because they clean seawater, and their huge shells are home to other marine creatures.
We've all heard the expression "monkey see, monkey do," but actually, that's a myth. Imitation is very rare in the animal kingdom.
The search for ancient ice starts back on campus, in Boston University's Digital Image Analysis Lab, where BU geologist David Marchant and his team pour over thousands of high resolution satellite images of Antarctica. They are looking for polygons; shapes in the rock that indicate buried ice below.
The chief scientist aboard T-TIDE leg 3 talks about the challenges and accomplishments of a day at mooring site "A1."
A marine mollusk with a coveted blood protein is shaping the way researchers treat cancer.
DNA scientist Bruce Jackson Bruce Jackson heads the Biotechnology Programs at Massachusetts Bay Community College. His work focuses on how DNA - in conjunction with other tools - can help solve mysteries of ancestry, forensics and evolution. Through his African-American Roots Project, he helps reunite African-Americans with their ancestral roots in Africa.
Using X-ray equipment that allowed them to watch the animals move through a bed of dry sand, Georgia Tech researchers have studied how the shovel-nosed snake and sandfish lizard use their unique body plans to swim through sand. Information provided by the research could help explain how evolutionary pressures have affected body shape in sand-dwelling animals.