Pigeons may sense Earth’s magnetic field using their inner ear, sending signals to brain areas that help with navigation and ...

When Santa is done delivering presents on Christmas Eve, he must get back home to the North Pole, even if it's snowing so ...

The movement of the magnetic North Pole is the result of the Earth having an active core. The inner core, starting about 3,200 miles below your feet, is solid and under such immense pressure that it ...

New research reveals how cryptochromes, magnetite, and electromagnetic induction help animals detect magnetic cues and find ...

Abstract: Accurate identification and classification of agricultural fields is essential for analyzing crop growth, agricultural resource management, and supporting decision-making in precision ...

Most people assume a compass will behave perfectly, no matter where you take it, but the magnetic pole is a […] ...

For Quinney Scholar Marie Wood, one unexpected conversation sparked a passion for environmental science — now she’s sharing that spark with the next generation as a Natural Resources Ambassador. When ...

New research is revealing that baby sea turtles do not simply drift on ocean currents during their first epic journey. Instead, they carry a built‑in magnetic sense that lets them read Earth’s field ...

Abstract: Magnetic particle spectroscopy (MPS), first developed in relation to magnetic particle imaging (MPI) since its introduction in 2005, has been widely applied in biomedical detection and the ...

Compass’s preliminary injunction hearing in its antitrust lawsuit against Zillow continued throughout this week, before finishing up on Friday. The hearing, which is being held in New York City under ...

"The cells we describe are ideally equipped to detect magnetic fields using electromagnetic induction—enabling pigeons to find their way home using the same physical principle which permits the ...