Smithsonian Scientists Discover One of the Earliest Mammal Ancestors That Ate Its Veggies
The new finding pushes the first signs of tetrapod herbivory back millions of years
The new finding pushes the first signs of tetrapod herbivory back millions of years
Jack TamisieaSmithsonian scientists study saline lakes in the Chilean desert to travel back in time to ancient Earth and beyond
Emma SaatyAn Ichthyosaur graveyard, oyster middens and other headline-grabbing findings by scientists at the National Museum of Natural History
Jack TamisieaCelebrate Thanksgiving with some of the animal kingdom’s greatest cooks, including marshmallow-roasting apes and salt-sprinkling monkeys
Jack TamisieaPlant biologist Jun Wen investigates the sprawling diversity of plant life on Earth and the lessons it offers in conservation
Madison GoldbergMicrobiologist Kelly Speer uses museum specimens to study blood-feeding insects and their mammalian hosts
Jack TamisieaTune in to programs about tiny human relatives, fungus-farming ants and more through the Smithsonian National Museum of Natural History
Jack TamisieaThe findings could help scientists learn more about how social behaviors evolved in other animals
Abigail EisenstadtFor this month's Meet a SI-entist, we caught up with Kevin de Queiroz to talk about the evolution of lizard legs and the joys of unplanned discoveries
Cypress HansenThe research could help zoologists understand what makes tuataras so genetically different from all other reptiles.
Abigail EisenstadtThe study challenges what researchers know about eels’ supposed loner behavior.
Abigail EisenstadtThe path to flight in modern birds was full of forks, twists and dead ends.
Erin MalsburyCheck out these unexpected adaptations to extreme cold.
Erin MalsburyThe discovery could help scientists piece together new information about snake evolution.
Erin MalsburyStudying the domestication of any crop that people once ate helps scientists reveal how modern crops have evolved.
Abigail EisenstadtThe study shows that it’s possible to model how competition for resources, symbiosis or predation shapes the evolution and survival of species.
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