The Conversation: Fern Stems Reveal Secrets of Evolution – How Constraints in Development Can Lead to New Forms
With over 400 million years of evolutionary history, ferns can teach us a lot about how the diversity of planet Earth came to be.
With over 400 million years of evolutionary history, ferns can teach us a lot about how the diversity of planet Earth came to be.
Overcoming the obstacles in renewable energy projects will require global cooperation.
UT is part of an NSF Engines proposal that has advanced to the final stage of competition.
Gardeners who select flowers based on aesthetics can sometimes create negative consequences for pollinators.
A generation ago, climate change seemed to be more theoretical prediction than common experience for most people in the U.S. Younger generations may see the world differently. For them, climate change has been a reality in their developing years.
Professor Paul Armsworth was honored for excellence in teaching, research and service.
Gardeners can provide an incredible service to pollinators just by planting more flowers.
Researchers can model forests’ future growth and development by understanding the ways trees react to weather and other disturbances.
IODP Expedition 398 collected drill cores to better understand the volcanic history and recurrence interval of the Santorini, Christiana and Kolumbo volcanoes in this region.
Understanding how plants defend themselves against predators is a critical challenge.
Microbes are crucial to the Great Lakes’ health as they clean the water of pollutants and are the first step in the complex food web.
Transportation is the largest source of U.S. greenhouse gas emissions. Electrifying as much of it as possible is an important strategy for slowing climate change.