MRO | Recurring Geometric Depictions on the Plains of Utopia on Mars

BACKGROUND:
The photograph analyzed here (PSP_009334_2275) was acquired by NASA’s Mars Reconnaissance Orbiter (MRO) HiRISE Camera on 23 July 2008 and is described as ‘Survey Thermophysical Boundary.’

ANALYSIS:
Featured here are anomalies with recurring geometric depictions on them.

There are several categories: Megalithic blocks with protrusions in their centers (many of the blocks are next to each other in rows – some blocks have perfect holes in them too), large bases with triangles depicted on them, large parts with lines (three objects next to each other in rows) depicted on them and smaller blocks and rounded parts with holes or protrusions in their centers. One piece also has a semi-circle depicted on it.

These anomalies are symmetrical and geometric indicating the likelihood that they may be artificial in nature.

As always, until we get to see these anomalies up close and personal, I can only speculate as to what these objects might be.

THE ANOMALIES ON MARS:
Following is an elevated view of the site as seen in Google Earth Pro (with the Mars option in the main menu selected):

Elevated view of the site as seen in Google Earth Pro (click for larger image)
Elevated view of the site as seen in Google Earth Pro (click for larger image)

Following are cropped images taken from the original MRO HiRISE JP2 photograph as well as close-up views of the anomalies upscaled using Topaz Labs’ Gigapixel (more about Gigapixel below).

Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)

The image below shows a comparison between conventional magnification and Gigapixel image upscaling. The conventional magnification was produced by a Magnifier Extension added to Chrome. The comparison between the two types of image upscales shows that the shape, outlines, highlights, shadows and geometry are the same in both, except conventional magnification produces blurred images whereas Gigapixel preserves edges producing clearer images. The smaller inset image is the anomaly at actual size 1:1 scale.

Comparison between conventional magnification and Gigapixel (click for larger image)
Comparison between conventional magnification and Gigapixel (click for larger image)

The images below are arranged in no particular order and are not in the same sequence they are presented in the YouTube video:

Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)
Close-up view (click for larger image at actual size 1:1 scale)

MY YOUTUBE VIDEO:
MRO | Recurring Geometric Depictions on the Plains of Utopia on Mars:

ORIGINAL NASA SOURCE:
https://www.uahirise.org/PSP_009334_2275

https://hirise-pds.lpl.arizona.edu/download/PDS/RDR/PSP/ORB_009300_009399/PSP_009334_2275/PSP_009334_2275_RED.JP2

HiVIEW JP2 PHOTOGRAPH VIEWER:
Download the NASA JP2 photograph viewer at the link below should you want to open and view the JP2 photograph:
https://pirlwww.lpl.arizona.edu/software/HiView/download.php

IMAGE UPSCALING:
To see more examples of how well this image upscaler works and to read about the technology used please refer to the following web page:
https://www.topazlabs.com/gigapixel

Topaz Labs’ Gigapixel is not the run-of-the-mill free AI image upscaler. It is an expensive piece of sophisticated software used in studios and by professional photographers around the world, even NASA uses Topaz Labs upscaling technology.

RESEARCHER, PRODUCER AND DESIGNER: Jean Ward
https://megalithicmars.com
https://x.com/JeanWardMars
https://www.youtube.com/JeanWard

https://www.raptorzone.co.za
https://wxsat.raptorzone.co.za

IMPORTANT NOTE:
My Intro and Outro Theme (including the soundtrack), Social Media Profile Pic/Logo and Theme are copyright. None of the graphics (including the soundtrack) may be copied and used without my permission.

Should my work and research material be used, include the reference to the source:

“Jean Ward, Independent Mars Researcher: https://www.youtube.com/jeanward”

My work and research is public domain and free but I do ask that I’m credited when my work is used.

CONTRIBUTIONS (PayPal):
Your contribution, no matter how small, will help me to cover my Internet fees which include broadband access and hosting of my Blog. The NASA photographs I download for my research are huge thus the need for broadband, high data access. Your support is very highly appreciated:
https://www.paypal.me/JeanWardYouTube

DISCLAIMER:
Many or all of the anomalies/artefacts covered in this presentation may be naturally occurring geological features caused by some type of geological processes, however due to the lack of specific information from the source we can only speculate whether these are all natural or some artificial in nature.

In cases where I say an anomaly looks like something I’m attempting to clarify what I see and not specifically that the anomaly is what I say it looks like.

My intention is only to share anomalies I’ve discovered on Mars and not to convince anyone that there is or was a civilization on Mars.

As Will Farrar from WhatsUpInTheSky says: “I see what I see, you see what you see.”

FAIR USE NOTICE:
This presentation might contain copyrighted material, the use of which has not specifically been authorized by the copyright owner/s. I distribute this material for the purpose of news reporting, educational research, comment and criticism, constituting Fair Use under 17 U.S.C § 107. Please contact me with any copyright issue/s.