As presented in this report numerous fossils like forms resembling a variety of marine arthropods including crustaceans, sea spiders, scorpions, arachnids, nematodes, annelids, tube worms, sea snakes, Kimberlla, Namacalathus, Lophotrochozoa, armored trilobites and millipedes have been found in Gale Crater (on Sols 302, 553, 753, 781, 809, 869, 880, 905, 1032), and Meridiani Planum both of which have hosted rivers, lakes, and inland seas. Similar specimens are mixed within a variety of divergent fossillike forms and are also found on distant sediment and mud stone. All specimens are distinct from underlying substrate and there are no obvious patterns or repetitions typically produced by erosion or weathering. Although without extraction and direct examination it is impossible to precisely determine the identity of all these specimens, the same problems bedevil identification of Burgess Shale fossils some of which are presented in this report for comparative analysis. The discoveries presented here and in other reports supports the theory that metazoans and other marine organisms evolved in the lakes, oceans and inland seas of Mars.

Arthropods on Mars? / Gabriel Joseph, Rhawn; Duvall, D.; Gibson, C. H.; DEL GAUDIO, Rosanna; Elewa, A. M. T.; Schild, Rudolph. - In: ANNALS OF EXPERIMENTAL BIOLOGY. - ISSN 2348-1935. - 14:3(2023), pp. 1-23. [10.4172/0976-1233.016]

Arthropods on Mars?

Rosanna del Gaudio
Membro del Collaboration Group
;
2023

Abstract

As presented in this report numerous fossils like forms resembling a variety of marine arthropods including crustaceans, sea spiders, scorpions, arachnids, nematodes, annelids, tube worms, sea snakes, Kimberlla, Namacalathus, Lophotrochozoa, armored trilobites and millipedes have been found in Gale Crater (on Sols 302, 553, 753, 781, 809, 869, 880, 905, 1032), and Meridiani Planum both of which have hosted rivers, lakes, and inland seas. Similar specimens are mixed within a variety of divergent fossillike forms and are also found on distant sediment and mud stone. All specimens are distinct from underlying substrate and there are no obvious patterns or repetitions typically produced by erosion or weathering. Although without extraction and direct examination it is impossible to precisely determine the identity of all these specimens, the same problems bedevil identification of Burgess Shale fossils some of which are presented in this report for comparative analysis. The discoveries presented here and in other reports supports the theory that metazoans and other marine organisms evolved in the lakes, oceans and inland seas of Mars.
2023
Arthropods on Mars? / Gabriel Joseph, Rhawn; Duvall, D.; Gibson, C. H.; DEL GAUDIO, Rosanna; Elewa, A. M. T.; Schild, Rudolph. - In: ANNALS OF EXPERIMENTAL BIOLOGY. - ISSN 2348-1935. - 14:3(2023), pp. 1-23. [10.4172/0976-1233.016]
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11588/916211
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