If you live in the Northern Hemisphere, you might assume that July—with its heatwaves, long days, and intense sun—is when our planet makes its closest approach to the Sun. It seems logical: closer sun = hotter weather.
This counterintuitive fact surprises many people, but it holds the key to understanding seasons, orbital mechanics, and why our calendar doesn’t dictate our distance from the star we orbit. earth closest to sun month
He thought about the Southern Hemisphere. Down in Australia or South America, they were at their farthest point from the sun—Aphelion wasn’t for another six months, but they were currently tilted toward the star. They were getting the best of both worlds: the tilt toward the heat, and the extra dose of size from the proximity. If you live in the Northern Hemisphere, you
It was the Perihelion Paradox. They were standing in the shadow of the furnace, getting scorched by invisible light while their toes turned black with frost. He thought about the Southern Hemisphere
. Here is a short story explaining this cosmic phenomenon: The Sun’s Winter Invitation High in the Northern Hemisphere, January was a month of deep frost and long, biting nights. The people there huddled by their fires, looking up at the pale Sun and assuming it had drifted far away to leave them in the cold. But high above the atmosphere, the Earth was actually on a secret mission. While the North Pole was tilted away into the shadows, the entire planet was hurtling through space at its fastest speed of the year, racing toward a milestone. Every year, about two weeks after the winter solstice, Earth reaches its "perihelion"—a Greek name meaning "near the sun." During this first week of January, our planet snuggles roughly