The tides are not only influenced by the moon’s gravity but also by the shape and depth of the ocean basins, the coastline features, the wind, and the weather. These factors can cause local ...

Tides are one of the most noticeable natural phenomena in coastal areas, but have you ever wondered how they actually work? Why do the ocean's waters rise and fall at regular intervals, and what ...

Southern California saw stormy seas combine with king tides on Jan. 11-12, causing flooding of low-lying coastal areas. New moons at perigee will occur again on Feb. 9, March 10 and April 8.

TAYLOR WELL, YOU MAY NOT KNOW IT, BUT RIGHT NOW EARTH IS AT ITS CLOSEST POINT TO THE MOON. FIRST WARNING, METEOROLOGIST BROOKE SILVERING EXPLAINS HOW IT AFFECTS OUR TIDES BROOKE. ALL RIGHT. THANK ...

If the moon is at its closest to our planet, the force of gravity will be stronger. As a result, water levels will actually rise higher than typically and drop further as we cycle tides.

Let’s consider the size of the moon because our natural satellite is the main source of Earth’s familiar tides. The moon is, on average, 384,000 kilometers from Earth, but based on the lunar ...

The moon is responsible for Earth's tides. (Image credit: Juan Maria Coy Vergara via Getty Images) You likely know that the moon's gravity is the main cause of the tides on Earth.

The problem is in the tides. The moon’s gravity always pulls on the Earth, raising the tides in its direction. But the Earth is also spinning, so it pulls those tides away.

The moon does, however, experience changes in its shape and gravity. You may like Volcanoes shaped the moon from the inside out, scientists find: 'Our team was genuinely puzzled' ...

The moon's diameter of about 2,160 miles (3,475 km) is a bit more than a quarter of Earth's diameter. The lunar mantle is the layer located beneath the crust and above the core, spanning a depth ...

The moon's diameter of about 2,160 miles (3,475 km) is a bit more than a quarter of Earth's diameter. The lunar mantle is the layer located beneath the crust and above the core, spanning a depth ...