Archives
Photo by Cori Kogan, Washington State University Health Sciences Spokane
When the landmass that is now the Indian subcontinent slammed into Asia about 50 million years ago, the collision changed the configuration of the continents, the landscape, global climate and more. Now a team of Princeton University scientists has identified one more effect: the oxygen in the world's oceans increased, altering the conditions for life.
Latest Research Articles
Squid Skin Inspires Creation of Next-generation Space Blanket
Biodegradable Bags can Hold a Full Load of Shopping after 3 Years in the Environment
Graphene Sponge Helps Lithium Sulphur Batteries Reach New Potential
3D Optical Biopsies within Reach thanks to Advance in Light Field Technology
Gene-Editing Technology may Produce Resistant Virus in Cassava Plant
Lost Graves Identified by New Archaeology Methods
Mystery of the Universe's Expansion Rate Widens with New Hubble Data
Improving the Lifetime of Bioelectrodes for Solar Energy Conversion
Diamonds Reveal How Continents are Stabilized, Key to Earth's Habitability
Lionfish Genes Studied for Clues to Invasive Prowess
Mysterious Eruption Came from Campi Flegrei Caldera
New View of How Ocean 'Pumps' Impact Climate Change
MOST POPULAR
-
Weak Spot in Earth's Magnetic Field Raises Concerns for Humanity's Future
-
Spectacular Northern Lights Show Possible in 10 States as Geomagnetic Storm Approaches
-
Earth's Magnetic North Pole Shifts Toward Russia, Scientists Update Its Location
-
Mount Rainier's Volcanic Activity Closely Watched by Scientists
-
Undersea Volcano Off Oregon Coast Could Erupt in 2025 After Scientists Notice 'Swelling'
