• Subscribe
  • News
  • Astronautics
  • Science
  • Environment
  • Security
  • Specials
  • Opinion
  • Lounge
  • Reviews
  • Quick subscription
  • Board
  • Team
  • Advertising
  • Contributors
  • Industry
  • Foreword
  • Partners
  • Log in
  • Subscribe
  • Log in
  • Home
  • News
  • Astronautics
  • Science
  • Environment
  • Security
  • Specials
  • Opinion
  • Lounge
  • Reviews

Articles tagged: asteroid belt

  • Cerealia Facula, Ceres, cryovolcanism, Dawn Mission, Occator Crater 13 December 2017 Bright spots suggest Ceres is surprisingly active

    ... Earth (and not merely visit or flyby) and the only craft to orbit an object in the debris-strewn asteroid belt. Ceres is a world of both rock and ice. With a dark, rigid protective crust, a less rigid interior, and...

    • Cerealia Facula
    • Ceres
    • cryovolcanism
    • Dawn Mission
    • Occator Crater
  • Hayabusa-2, JAXA, Ryugu 27 June 2018 Hayabusa2 reaches Ryugu after a 42 month journey

    ... underwater palace in Japanese folktale – is composed mainly of carbon, meaning Ryugu is a 'C-type' asteroid. C-Types are found most frequently at the outer edge of the asteroid belt and are the most common variety, forming around 75 percent of known...

    • Hayabusa-2
    • JAXA
    • Ryugu
  • fluffy dust, Hayabusa-2, planetesimals, rubble-pie asteroid, Ryugu 16 March 2020 Porous nature of Ryugu suggests formation from fluffy particles, new study says

    ... ancient space rock that forms around 80 percent of known asteroids, most of which are strewn about the outer edges of the asteroid belt. Scientists are interested in c-type asteroids because their composition is thought to be similar to that of the...

    • fluffy dust
    • Hayabusa-2
    • planetesimals
    • rubble-pie asteroid
    • Ryugu
  • Chelyabinsk meteorite, Large Synoptic Survey Telescope, Near Earth Objects, potentially hazardous asteroids (PHAs), Sentry December 2014 Finding NEO

    ... corresponds to about 400 times the Earth–Moon distance). NEOs are asteroids, small bodies composed predominantly of stony material ejected from the main asteroid belt between Mars and Jupiter due to gravitational and non-gravitational perturbations...

    • Chelyabinsk meteorite
    • Large Synoptic Survey Telescope
    • Near Earth Objects
    • potentially hazardous asteroids (PHAs)
    • Sentry
    Authors: Lynne Jones     Mario Juric     Zeljko Ivezic    
  • Asteroid impact, Diviner, kimberlite pipes, NASA's Lunar Reconnaissance Orbiter 18 January 2019 Asteroid impacts on the increase since the age of the dinosaurs

    ...more than 290 million years ago in the main asteroid belt (between the orbits of Mars and Jupiter) created...planets causing rocks to rain down on us. So, with an increase in asteroid strikes on the horizon, how does that bode for us humans, considering...

    • Asteroid impact
    • Diviner
    • kimberlite pipes
    • NASA's Lunar Reconnaissance Orbiter
  • asteroid, UAE Hope Mars mission, UAE Space Agency, United Arab Emirates (UAE), Venus 06 October 2021 UAE aims to flyby Venus and land on an asteroid in new 5yr mission

    ... visit Venus on its way to exploring the asteroid belt between Mars and Jupiter, Sheikh Mohammed bin Rashid...spend five years exploring our cosmic back yard before culminating in an asteroid landing attempt in 2033; a feat only achieved by three other ...

    • asteroid
    • UAE Hope Mars mission
    • UAE Space Agency
    • United Arab Emirates (UAE)
    • Venus
    • «
    • 1
    • 2
    • 3
    • 4
    • 5
    • 6
    • »

ROOM Space Journal Trends

Room Space

astronomy magazine

air and space magazine

air space magazine

air and space magazine subscription

air and space smithsonian magazine

airplane magazine

all about space

air & space magazine subscription

astronomy magazines list

  • Home
  • Board
  • Team
  • Vacancies
  • Advertising
  • Contributors
  • Foreword
  • Partners
  • Contents
  • Archives
  • Reviews
  • Submit an article
  • Terms of Service
  • Privacy Policy
  • Cookie Notice
  • Imprint
  • Quick subscription
  • Submit an article
  • Terms of Service
  • Privacy Policy
  • Cookie Notice
  • Imprint
  • ROOM, Space Magazine Cover
  • Contact us: subscription@room.eu.com
  • Phone: +44 7977 469 741
  • Follow us:
© 2014 - 2025 Copyright beta version "Room The Space Journal of Asgardia". ISSN 2412 - 4311. All Rights reserved