Blogs & Videos

Every day at The Field Museum we're exploring something new, whether it's hidden deep in our collections or being investigated out in the field. Tune in to our blogs and videos to learn about breakthrough discoveries firsthand from our Field Museum scientists, discover curiosities in our vaults with Emily Graslie, or see how our science is making an impact in the world around you.

Recent Blog Posts

2010 REU Intern Stephanie Loria

Island gigantism or dwarfism? Phylogeny and taxonomy of Madagascar's chirping Giant Pill-Millipedes, describing newly discovered, microendemic species

STEPHANIE LORIA Junior Environmental Studies: Ecology and Biodiversity major at Sewanee: The University of the South REU Mentors: Dr. Petra Sierwald (Curator, Zoology, Insects) and Dr. Thomas Wesener (Postdoctoral Fellow, Zoology, Insects) Symposium Presentation Title: Island Gigantism or Dwarfism? Phylogeny and Taxonomy of Madagascar's Chirping Giant Pill-Millipede

2010 REU Intern Mairead Baker

An island giant: describing a new species of rove beetle from the Chatham Islands

MAIREAD BAKER Sophomore Evolutionary and Developmental Biology major at Northwestern University REU Mentor: Dr. Margaret Thayer (Curator, Zoology, Insects) Symposium Presentation Title: An Island Giant: Describing a New Species of Rove Beetle from the Chatham Islands

"Google Earth" Meteorite Gebel Kamil donated to the Field Museum

Private meteorite collector and Collections & Research Committee member Terry Boudreaux donated to the Field Museum two specimens of the iron meteorite Gebel Kamil that formed a 45-m-wide impact crater in the southwestern corner of Egypt (East Uweinat Desert) near the Sudanese and Lybian border.  The crater was discovered through Google Earth in 2009 on a Cretaceous sandstone surface; the impact occurred less than 5000 years ago as reported in a recent article in Geology.  

Evolution and ecology in modular organisms

Bryozoan zooidmodules interact with other units and are integrated both within themselves and in an inclusive whole. They originate from budding loci and differentiate as populations of cells. However, they are also inclusive of another level of modularity, in that organs differentiate as entities or parts of the zooids. Both levels of modularity can be individuated using key criteria of evolutionary developmental biology.