Depth Floor: Points were chosen as the lowest elevation that did not include visible embedded craters.
After consideration, I have decided to use one of the existing choices.
It is a data set specific to a study of the craters of Mars in 2011, by Stuart James Robbins of the University of Colorado, Boulder.
As rim slope is somewhat related to crater depth, I can hypothesize that crater diameter and depth do have a direct correlation to each other.
The degree to which they are related remains unknown at this point until I begin analysis.
Mazarico (2011), A global catalog of large lunar crater (≥20 KM) from the Lunar Orbiter Laser Altimeter, This data includes a more complete assessment of the probable-to-certain impact basins on the surface of Mercury, as well as includes a number of additional craters, particularly in locations where the imaging from the MESSENGER flybys and Mariner 10 observations were not ideal for crater recognition.
This 3-D stereo image taken by the Mars Exploration Rover Spirit’s navigation camera shows the rover’s lander and, in the background, the surrounding martian terrain. Kreslavsky, Lunar Orientale Impact Basin Secondary Craters: Spatial Distribution, Size-Frequency Distribution and Estimation of Fragment Size, Journal of Geophysical Research, submitted. Head (2017), Evidence for stabilization of the ice-cemented cryosphere in earlier martian history: Implications for the current abundance of groundwater at depth on Mars, Icarus, 288, 120–147, doi:10.1016/j.icarus.20. Links to the study, codebook and data set are in the References section at the bottom of this post.After reviewing the materials, I have decided I am interested in physical characteristics of the craters, specifically diameter (DIAM_CIRCLE_IMAGE) and depth (DEPTH_RIMFLOOR_TOPOG).I have decided to restrict my personal codebook to the following variables taken from the list in the Mars Crater Codebook –a.Depth Rim: Points are selected as relative topographic highs under the assumption they are the least eroded so most original points along the rim.b.Summary We have covered the purpose for this initial post, including the selection of a data set, and determination of a research topic based on the data set.Additionally, we have determined the content of a personal codebook for the data set based on the topic scope, and formulation of a hypothesis for our research topic. Rothman (2001), Statistics of Mars’ topography from the Mars Orbiter Laser Altimeter: Slopes, correlations, and physical Models, J. Res., 106(E10), 23723–23735, doi:10.1029/2000JE001403. While the morphology category data (MORPHOLOGY_EJECTA_1 through 3) is interesting, this data is not available for most craters listed in the data set.Additionally, the available data on morphology may prove difficult to interpret based on my existing knowledge.
Comments Physics Coursework Craters Secondary Data
Considering the Craters of Mars - Towards Data Science
Sep 20, 2017. This post is the first in a series related to my coursework in. is a secondary association between the noted characteristics and crater. Robbins, S. J. 2011, Planetary Surface Properties, Cratering Physics, and the Volcanic.…
LUNAR SELF-SECONDARY CRATERING IMPLICATIONS FOR.
J. B. Plescia1 and M. S. Robinson2, 1Applied Physics Laboratory, The Johns Hopkins University, Laurel, MD 20723. 2School Earth. Secondary craters are produced by blocks of ma-. lower than a primary crater but elevation data with.…
Observations From a Global Database of Impact Craters on.
Abstract We created a global database of Mercurian impact craters with diameters over 5 km, excluding obvious secondary craters. For craters.…
Simulating lunar craters and the impacts that cause them.
Given this, the spinel seen in impact craters on the Moon is often. crustal rocks,” he told – and therefore Copernicus did not.…
Research Data Bases - Brown University Planetary Geosciences
Dijun Guo, D. J. Liu, J. W. Head III, and M. A. Kreslavsky, Lunar Orientale Impact Basin Secondary Craters Spatial Distribution, Size-Frequency Distribution and.…
Distant secondary craters from Lyot crater, Mars, and implications for.
Mar 2, 2011. The population of secondary craters ‐ craters formed by the ejecta from an initial impact event ‐ is important to understand when deriving the.…
Factors affecting the range of a Trebuchet - Semantic Scholar
A2 Physics Coursework. 1. be unsuccessful in producing enough data to be harvested. The pouch. In addition the background physics behind this type of. 3 Rulers – One to give a straight vertical distance to the crater and the second to.…
Observations From a Global Database of Impact Craters on Mercury.
Aug 6, 2018. Abstract We created a global database of Mercurian impact craters with diameters over 5 km, excluding obvious secondary craters. For craters.…