Earth Planets Space, 60, 265–270, 2008 Lunar cratering chronology: Statistical fluctuation of crater production frequency and its effect on age determination Tomokatsu Morota1 , Jun’ichi Haruyama1 , Chikatoshi Honda

Source URL: www.terrapub.co.jp

• Planetary science
• Lunar science
• Impact craters
• Secondary crater
• Tycho
• Crater counting
• Geology of the Moon

Automatic Detection of Craters in Planetary Images: An Embedded Framework Using Feature Selection and Boosting Wei Ding1 , Tomasz F. Stepinski2 , Lourenco Bandeira3 , Ricardo Vilalta4 Youxi Wu5 , Zhenyu Lu5 , and Tianyu

Source URL: www.cs.umb.edu

• Learning
• Computational statistics
• Lunar science
• Supervised learning
• Lunar craters
• AdaBoost
• Impact crater
• Boosting
• Müller
• Ensemble learning
• Machine learning
• Artificial intelligence

46th Lunar and Planetary Science Conferencepdf “PRISTINE” MARTIAN CRATERS: PART 1 – CRITERIA AND CHARACTERISTICS. L. L. Tornabene1, J. L. Piatek2, N. G. Barlow3, J. M. Boyce4, P. J. Mouginis-Mark4, G.

Source URL: about.sjrdesign.net

• Lunar science
• Impact crater
• Ray system
• Planetary geology
• Zunil
• Bach quadrangle
• Geomorphology
• Planetary science
• Geology

REPORTS exceeding 40° when referred to the ellipsoid. Gravitational slopes are slightly less steep but also reach up to ~ 40° on a lower-resolution shape model (~700 m). A considerable number of slopes on Vesta are mos

Source URL: www-ssc.igpp.ucla.edu

• Lunar science
• 4 Vesta
• Rheasilvia
• Complex crater
• Planetary geology
• Bach quadrangle
• Michelangelo quadrangle
• Planetary science
• Geology
• Impact craters

46th Lunar and Planetary Science Conferencepdf A LARGE SPECTRAL SURVEY OF SMALL LUNAR CRATERS. P. G.. Lucey,1 J. A. Norman,1 S. T. Crites,1 G. J. Taylor,1 B. R. Hawke,1 M. Lemelin,1 H. J. Melosh2, 1Hawaii I

Source URL: www.hou.usra.edu

• Anorthosite
• Impact crater
• Moon
• Space weathering
• 243 Ida
• South Pole–Aitken basin
• Planetary science
• Astronomy
• Lunar science

Solar System Research, Vol. 34, No. 5, 2000, pp. 390–397. Translated from Astronomicheskii Vestnik, Vol. 34, No. 5, 2000, pp. 432–440. Original Russian Text Copyright © 2000 by Rodionova, Kozlova. Morphological Anal

Source URL: selena.sai.msu.ru

• Lunar science
• Impact crater
• Lunar craters
• Jules Verne
• South Pole–Aitken basin
• Copernicus
• Mare Imbrium
• Zelinskiy
• Planetary geology
• Geomorphology
• Planetary science
• Geology

Delineation of Martian Craters Based on Edge Maps and Dynamic Programming Jorge S. Marques1 and Pedro Pina2(B) 1 2

Source URL: vislab.isr.ist.utl.pt

• Impact crater
• Lunar science
• Erro
• Borealis quadrangle
• Geomorphology
• Geology
• Planetary science

thunderbolts.info Thunderblog Our Moon - Window to the Space Age by David Talbott

Source URL: www.thunderbolts.info

• Astronomy
• Impact crater
• Lunar craters
• Ray system
• Tycho
• Lichtenberg
• Aristarchus
• Transient lunar phenomenon
• Plasma
• Planetary science
• Moon
• Lunar science

Uplifted Jumble of Ancient Bedrock uahirise.org/ESP_025296_1535 Impact craters larger than a certain size have complex forms, including central peaks or other structures that result from structural uplift of the target

Source URL: static.uahirise.org

Impact craters as indicators of tectonic and volcanic activity in the Beta-Atla-Themis region, Venus Audeliz Matias Donna M. Jurdy Department of Geological Sciences, Northwestern University, 1850 Campus Drive, Evanston,

Source URL: www.mantleplumes.org

• Corona
• Ruth
• Impact crater
• Planetary geology
• Balch
• Geomorphology
• Planetary science
• Geology