THERE WAS ONCE UNDOUBTEDLY LIVING LIFE ON ANCIENT PLANET MARS. BUT WHATEVER HAPPENED! IT LOST ITS ATMOSPHERE AND ALL ITS LIFE, AND BECAME A TERRESTRIAL, ROCKY, COLD, DRY, AND LIVING DEAD PLANET: COMPARING THE GEOLOGY OF THE EARTH AROUND ANLIURFA (SE

Images sent by NASA's rovers on the surface of Mars contain a wealth of geological data regarding the rock stratigraphic units on the surface of Mars,their rock type characteristics,origins, formation environments, and paleoclimatology. These have been determined for the first time to be similar to rock units on Earth and to be their allotropes on ancient Mars. Again, as a result of the analysis of some images sent by Mars geologists and accessible to the author, rock units of different ages on the ancient Martian surface were compared with their allotropic equivalents on Earth, and geographical names on Mars were given at the formation level according to the type locations where they outcrop on Mars, and possible ages were predicted.As for the question everyone is wondering about: NASA images of the Martian surface, along with studies and articles by both NASA employees and some scientists on Mars, have identified and presented new geological data, findings, and facts in multidisciplinary fields, marking a significant turning point and beginning in human history. It is the responsibility of other scientific writers to clarify, embellish, enrich, and mature these crucial geological data, findings, and facts. Because, according to the first article of the first prototype Constitution of matter (Tarhan, 2024c), which is unchanging and valid everywhere in the Universe (programmed according to Physics, Chemistry, Mathematics, and Biology), there is a tendency and obligation to act together in order to remain stable/determined, to share, to exist, to be sustainable, to evolve, to reproduce, to enrich, to integrate, to live, and to help others live (in Chemistry; the Octet and Doublet Rule).