Mars can actually trigger ice ages on Earth despite being millions of miles away

ZME SCIENCE - Mars is about half Earth’s size and roughly a tenth its mass — not really the sort of planet you’d expect to leave fingerprints on Earth’s climate history. Yet a new set of simulations by an international group of researchers suggests the Red Planet helps shape some of the slow, repeating orbital...
By Jordan Strickler | ZME Science |

Mars has a massive impact on Earth’s climate, new study suggests

DAILY GALAXY - Mars, long admired for its rusty hue and alien deserts, may play a far greater role in shaping life on Earth than once believed. A new study published in the Publications of the Astronomical Society of the Pacific reveals that Mars’ gravitational influence subtly but significantly affects Earth’s climate cycles, planetary tilt...
By Lydia Amazouz | Dailygalaxy.com |

Mars may help set the timing of Earth’s ice ages

EARTH.COM - New simulations suggest Mars helps set a 2.4 million-year rhythm in Earth’s orbit that can steer the timing of ice-ages. Scientists recently tested whether a small planet could leave a detectable trace in deep-time climate records. Testing a planetary hunch Computer runs allowed the experts to switch planets on and off, turning the...
By Jordan Joseph | Earth.com |

Without Mars, Earth’s ice-age rhythm would change, simulations show

STUDYFINDS - Earth would certainly be different without its rusty red neighbor. No Mars in the night sky, no target for future human exploration. Now, however, scientists say this scenario would result in much bigger changes than simply depriving humanity of a nearby planet to study. According to the research, this scenario would fundamentally alter...
By John Anderer | Study Finds |

Without Mars, humans and animals could look entirely different. Scientist says the Red Planet shapes our Ice Ages

BBC SKY AT NIGHT MAGAZINE - You might think that Earth's influence on your life is minimal at best. Beyond often appearing like a bright red 'star' in the sky, what has Mars ever done for us? Quite a lot, it turns out. In fact, Mars could play a huge role in shaping the tilt...
By Iain Todd | BBC Sky at Night Magazine |

Exoplanet discoveries pass the 6,000 mark, shedding light on how our solar system compares with the rest of the universe

SMITHSONIAN MAGAZINE - Just decades after the first exoplanets were identified, our database of the distant worlds—monitored by the NASA Exoplanet Science Institute—has breached a new threshold. Now, astronomers have officially identified more than 6,000 planets outside our solar system. “This milestone represents decades of cosmic exploration driven by NASA space telescopes—exploration that has completely...
By Margherita Bassi | Smithsonian Magazine |

NASA’s extrasolar planet tally officially hits the 6,000 mark

FORBES - NASA reports that its official tally of extrasolar planets has hit the 6,000 mark. This thirty-year milestone has been in the works since two little known Swiss astronomers, Michel Mayor and Didiez Queloz, first detected 51 Pegasi b. The first of the so-called “hot Jupiters” to be detected, “51 Peg” is a gas...
By Bruce Dorminey | Forbes |

Why Is Venus Hell and Earth an Eden?

QUANTA MAGAZINE - enus is arguably the worst place in the solar system. A cloak of carbon dioxide suffocates the planet, subjecting its surface to skull-crushing pressure. Sulfuric acid rains down through the sickly yellow sky but never reaches the lava-licked ground. Venus is so hot — hot enough to melt lead — that the...
By Robin George Andrews | Quanta Magazine |
RUSD Earth & Space Sciences Symposium at UC Riverside

UCR Hosts Symposium on Earth and Space Sciences for Teachers from RUSD

In a day-long symposium on August 6, a panel of researchers from UC Riverside’s (UCR) College of Natural & Agricultural Sciences (CNAS) expounded on the earth and space sciences to an audience of high school and middle school science teachers from the Riverside Unified School District (RUSD). The Earth & Space Sciences Symposium, held on...

Physicists solve a 50-year mystery about a critically important molecule

GIZMODO - After relying on an educated guess for decades, scientists have finally confirmed the dipole moment of aluminum monochloride (AlCl), an elusive but important molecule known to sneak around the interiors of ancient galaxies. An electric dipole moment is a measure of polarity—a crucial determinant for many physical properties of any system, such as...
By Gayoung Lee | Gizmodo |
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