Precipitation

Figure 2: The main characteristics of the Earth's motion in space that affect the radiation it receives from the Sun. Left: the degree of ellipticity of the orbit around the sun, the change in this feature is characterized by cycles of about 400,000 and about 100,000 years. In the center: the degree of inclination of the earth's rotation axis towards the sun, the change in this feature is characterized by a cycle of about 40,000 years. On the right - the direction to which the Earth's rotation axis points in space, the change in this feature is characterized by a cycle of about 20,000 years. Source: Wikimedia.

A new study reveals: the effect of climate change on the Levant basin over the past 5 million years

Researchers from the Geological Survey of Israel have identified climate cycles and their effects on the accumulation of sand and clay at the bottom of the Mediterranean Sea, combining historical findings and astronomical theory
A graphic illustration of the S2 meteorite impact and its immediate effects. Credit: Nadia Drabon

The asteroid the size of four Everests that changed the course of life on Earth

It turns out that these giant meteorites actually had a positive effect on life compared to the later extinction-causing meteorites
It's hotter in the summer. Illustration: depositphotos.com

Rain at the time

Recent research has shown that in the future there will be fewer rainy days in our region due to the climate crisis, but there will be more strong rain events. How can this be explained using simple scientific principles?
Changes in clouds and amounts of rain over the equatorial Atlantic Ocean in the last sixty years, dark brown = 40 mm more rain per month, gray = 40 mm less rain per month, (note the increase on the West African coast)

Warming and winds

clouds

The blocking phenomenon

Cosmic scene with DNA, stars, solvents and atomic circles in oral flow.

Bacteria bring rain