A new study suggests that black-browed albatrosses may not evolve fast enough to keep pace with climate change. Cutting greenhouse gas emissions could give them a better chance of survival. Black-browed albatrosses, long-lived seabirds of the Southern Ocean and surrounding seas, may need more time to adapt to climate change than a warming world allows. […]
Can Species Evolve Fast Enough To Survive Climate Change?
A new study suggests that black-browed albatrosses may not evolve fast enough to keep pace with climate change. Cutting greenhouse gas emissions could give them a better chance of survival. Black-browed albatrosses, long-lived seabirds of the Southern Ocean and surrounding seas, may need more time to adapt to climate change than a warming world allows. […]
Can Species Evolve Fast Enough To Survive Climate Change?
A new study suggests that black-browed albatrosses may not evolve fast enough to keep pace with climate change. Cutting greenhouse gas emissions could give them a better chance of survival. Black-browed albatrosses, long-lived seabirds of the Southern Ocean and surrounding seas, may need more time to adapt to climate change than a warming world allows. […]
Can Species Evolve Fast Enough To Survive Climate Change?
A new study suggests that black-browed albatrosses may not evolve fast enough to keep pace with climate change. Cutting greenhouse gas emissions could give them a better chance of survival. Black-browed albatrosses, long-lived seabirds of the Southern Ocean and surrounding seas, may need more time to adapt to climate change than a warming world allows. […]
3-Million-Year-Old Bones Reveal an Unexpected Chapter in Human Evolution
By comparing the strength of fossilized limb bones, a research team led by the Keck School of Medicine of USC found new evidence about how early human ancestors moved. For Australopithecus, an early human ancestor that lived roughly 2 million to 4 million years ago, walking upright did not necessarily mean leaving the trees behind. […]
A Diamond Smaller Than a Grain of Rice Could Transform Heart Monitoring
A new generation of quantum sensors could improve medical diagnostics. Diamond-based quantum sensors could make it easier to record the heart’s activity without attaching electrodes to the skin. Physicists at Johannes Gutenberg University Mainz (JGU) have used a tiny diamond to measure the heart’s magnetic field, building their sensor into a fiber-based instrument designed as […]
A Diamond Smaller Than a Grain of Rice Could Transform Heart Monitoring
A new generation of quantum sensors could improve medical diagnostics. Diamond-based quantum sensors could make it easier to record the heart’s activity without attaching electrodes to the skin. Physicists at Johannes Gutenberg University Mainz (JGU) have used a tiny diamond to measure the heart’s magnetic field, building their sensor into a fiber-based instrument designed as […]
A Diamond Smaller Than a Grain of Rice Could Transform Heart Monitoring
A new generation of quantum sensors could improve medical diagnostics. Diamond-based quantum sensors could make it easier to record the heart’s activity without attaching electrodes to the skin. Physicists at Johannes Gutenberg University Mainz (JGU) have used a tiny diamond to measure the heart’s magnetic field, building their sensor into a fiber-based instrument designed as […]
Tiny Diamond Beams Could Unlock More Powerful Quantum Networks
Building a circuit around a tiny diamond beam offers a way to keep more of the light that future quantum computers and networks could use. Building a quantum network often comes down to a stubborn materials problem. Diamond can host quantum emitters, tiny systems that produce light signals, while other materials are better suited to […]
Scientists Discover a New Potential Treatment Target for High Blood Pressure
The discovery could lead to more targeted treatments that reduce inflammation linked to high blood pressure. For nearly half of U.S. adults who have high blood pressure, controlling the condition can be a persistent challenge. Researchers at the University of Missouri are investigating whether a protein called TG2, found in blood vessels and certain immune […]