Irrational choices
Bats fall for the Decoy Effect
Agosto 10, 2021
How does having a third choice (a decoy) change the way fruit-eating bats choose what to eat?
How does having a third choice (a decoy) change the way fruit-eating bats choose what to eat?
Long-term monitoring of the bat species Saccopteryx bilineata in their natural setting revealed that pups display babbling behavior strikingly similar to that of human infants
For the last several decades, amphibians have experienced population declines and extinctions due to their own pandemic caused by a chytrid fungus. Creating amphibian arks is critical for the survival of the most-affected species. Jorge Guerrel, project manager of the Panama Amphibian Rescue and Conservation project, will give us a closer look at Panama’s pioneering efforts to conserve native frogs.
How can larger animals bear the increased energetic costs of maintaining disproportionately large weapons?
A mobile hearing test determined that the hearing sensitivity of Neotropical bats is associated with the sounds generated by their prey, demonstrating how hearing ability may relate directly to niche differentiation.
Nine articles explore impacts of ancient human societies on tropical ecosystems, revealing the importance of incorporating the paleosciences, social sciences and Indigenous traditional knowledge to solve contemporary environmental challenges.
How did people survive in the tropics, hundreds and even thousands of years ago? Where did they live, and what did they eat? What diseases did they encounter? New methods allow archaeologists to reconstruct the individual lives of people in more detail than ever before. Listen to Smithsonian archaeologists Ashley Sharpe and Nicole Smith-Guzmán examine the lives and histories of three very different villages in ancient Panama.
A group of high school students describe how Azteca alfari ants respond to damage to their host plant
After being taught annually for three decades, the Smithsonian Introductory Field Life Sciences Course was suspended due to the pandemic, but it made a digital comeback in 2021.
An experiment in Panama’s Parque Natural Metropolitano and Gamboa revealed that agoutis were less likely to disperse and pilfer seeds in sites where ferocious felines roam.