Improved Orthorectification and Empirical Reduction of Topographic Effects in Monostatic Mini-RF S-band Observations of the Moon

Dataset DOI

https://doi.org/10.48732/vzjt-1634

Author(s)

Caleb I. Fassett Ali M. Bramson Joshua T. S. Cahill Cameron P. Harris Gareth A. Morgan Catherine D. Neish Cole A. Nypaver G. Wesley Patterson Edgard Rivera-Valentin Patrick A. Taylor Bradley J. Thomson The Mini-RF Team

Journal

Planetary Science Journal TBD: TBD

Publication DOI

TBD

Publication Year

2023

Description

Mosaic datasets underlying Figure 6 and 7 of Fassett et al., "Improved Orthorectification and Empirical Reduction of Topographic Effects in Monostatic Mini-RF S-band Observations of the Moon". The empirical correction of these products for incidence angle means they are not exactly equivalent to what would be measured in an individual collect at a given location on this map with any particular radar geometry. The collects that went into these mosaics are also available by contacting the authors, as are 90m/px versions of the global mosaics.

Files

Preview Filename Description
southpole-minirfdeltageotiffs-v3.zip

δS1_norm and δCPR for the South Pole (90m/px). Version 3 is the version at the time of publication of Fassett et al., PSJ

northpole-minirfdeltageotiffs-v5.zip

δS1_norm and δCPR for the North Pole (90m/px). Version 5 is the version at the time of publication of Fassett et al., PSJ

globalnopolesdeltacpr_v2-offsetto49d_128ppdtif.zip

δCPR for the globe (excluding the poles (128ppd). Version 2 is the version at the time of publication of Fassett et al., PSJ. Note that a 90m/px version is available from the lead author. (Not uploaded here due to space limitations).

globalnopolesdeltas1_v2_128ppdtif.zip

S1_norm for the globe (excluding the poles (128ppd). Version 2 is the version at the time of publication of Fassett et al., PSJ. Note that a 90m/px version is available from the lead author. (Not uploaded here due to space limitations).

Uploaded by fasseci1 on Sept. 29, 2023, 7:17 p.m.
Last modified Oct. 31, 2023, 6:43 p.m.