Results 201 to 210 of about 201,757 (374)
The foraminiferal fauna of the Upper Cretaceous Arkadelphia marl of Arkansas [PDF]
, 1949 Joseph A. Cushman
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Insect Science, EarlyView.We report three ca. 100 million‐year‐old lacewing larvae with extraordinarily large stemmata. One of them additionally has a very wide head, which represents a previously unknown morphology. The arrangement of the stemmata indicates stereoscopic vision in these predatory larvae.
Carolin Haug +9 more
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Description of some Cretaceous Fossils from South Africa; collected by Capt. Garden, of the 45th Regiment [PDF]
William Hellier Baily
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III.—The Lower Cretaceous Series of the Vale of Wardour [PDF]
, 1891 A. J. Jukes-Browne, Wayne Andrews
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Tectonics may affect closed watersheds used to monitor climate change and human activity effects
Terra Nova, Volume 35, Issue 1, Page 58-65, February 2023., 2023 Abstract Playa lakes developed in closed watersheds have been used as environmental impact indicators (global warming, water extractions, etc.), but they could be also sensitive to active tectonics. Our study area is located in the main watershed in the western Betics, the northern branch of the Gibraltar arc, which is within the fold‐and‐thrust belt ...
Alejandro Jiménez‐Bonilla +2 more
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An Upper Cretaceous Crab, Avitelmessus grapsoideus Rathbun [PDF]
, 1957 R. V. Kesling, Irving G. Reimann
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XLVI.—On the shoulder-girdle in Cretaceous Ornithosauria [PDF]
, 1891 H. G. Seeley
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Archaeometry, EarlyView.Abstract This research represents the most extensive characterisation of Roman mosaic tesserae (tiles) from Aquileia, Italy, to date, examining 153 specimens. The study aimed to identify the lithotypes used in mosaics production through a multi‐analytical approach, which included colorimetric analysis, polarised light microscopy and scanning electron ...
Neva M. E. Stucchi +5 more
wiley +1 more source
Broken Beds, but better science; using multiple hypotheses to interpret geological data
Terra Nova, Volume 35, Issue 1, Page 73-82, February 2023., 2023 Abstract In this study, we propose a multiple hypotheses approach to improve interpretations of limited remotely sensed datasets, such as sparsely exposed outcrops, subsurface datasets, or planetary objects using semi‐quantitative scoring and ranking of observable features.
Arnaud Gallois +3 more
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