SIMPLE IMPACT CRATERS: ARE THEY EXHIBITING ONLY SYMMETRIC ELEVATION PROFILES? ANALYSIS OF THE DETECTED SHAPES IN CRATERS WITH DIAMETER BETWEEN 10 AND 20 KM

Usually, scholars are determining three main classes of impact craters: simple, complex, and meteoric basins, where the main differences are in the crater size but also the geomorphological features. It is assumed that in most of the cases simple craters are exhibiting simple bowl shape of the cavity unless modified by external factors, e.g. landslides. More complex features are notable when the crater size is becoming bigger. However, upon investigation, more complicated and asymmetric shapes were noted to be present in already categorized simple craters. In this work is proposed a general subdivision classification of the simple craters based on their elevation profile shapes.

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Published
2024-12-11
DOI
https://doi.org/10.34660/inf.2023.63.11.018
Primary Topic
Planetary Science and Exploration
Type
article
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article

SIMPLE IMPACT CRATERS: ARE THEY EXHIBITING ONLY SYMMETRIC ELEVATION PROFILES? ANALYSIS OF THE DETECTED SHAPES IN CRATERS WITH DIAMETER BETWEEN 10 AND 20 KM

Vasil Yordanov
Planetary Science and Exploration
article

SIMPLE IMPACT CRATERS: ARE THEY EXHIBITING ONLY SYMMETRIC ELEVATION PROFILES? ANALYSIS OF THE DETECTED SHAPES IN CRATERS WITH DIAMETER BETWEEN 10 AND 20 KM

Vasil Yordanov
article en

Abstract

Usually, scholars are determining three main classes of impact craters: simple, complex, and meteoric basins, where the main differences are in the crater size but also the geomorphological features. It is assumed that in most of the cases simple craters are exhibiting simple bowl shape of the cavity unless modified by external factors, e.g. landslides. More complex features are notable when the crater size is becoming bigger. However, upon investigation, more complicated and asymmetric shapes were noted to be present in already categorized simple craters. In this work is proposed a general subdivision classification of the simple craters based on their elevation profile shapes.

Vasil Levski National Military University (BG)
Sustainable cities and communities
Openalex Percentile: Top 83%
Planetary Science and Exploration
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