Results 151 to 160 of about 4,687 (281)
ON TIDAL BORES WHICH ASSUME THE FORM OF A GROUP OF SHORT WAVES. [PDF]
Vaughan Cornish
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Carbonate sedimentology: An evolved discipline
Abstract Although admired and examined since antiquity, carbonate sediment and rock research really began with Charles Darwin who, during a discovery phase, studied, documented and interpreted their nature in the mid‐19th century. The modern discipline, however, really began after World War II and evolved in two distinct phases.
Noel P. James, Peir K. Pufahl
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Magnetic Resonance Imaging of Marmoset Monkeys. [PDF]
Schaeffer DJ +3 more
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Polygonal tepee structures of Arabia
Tepee structures on Sheybarah Island form polygonal microbial cemented crusts in the intertidal. Radiocarbon dating suggests they formed in the Holocene and reflect minor sea‐level changes, highlighting their value as palaeoenvironmental indicators. Satellite surveys identified 126 polygonal features, including coral reefs that may have developed on ...
Pauline Falkenberg +6 more
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Hydrodynamic Forces Generated on a Coarse Spherical Particle Beneath a Tidal Bore
Muhammad Zain Bin +2 more
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We propose that one of the largest known bioconstructions (the Monte Zenone bioherm) in the Southern Alps, northern Italy, and its growth on a tilted and drowned platform block of the Norian Dolomia Principale was controlled by hydrothermal dolomitisation from fault‐controlled fluids during the Late Triassic–Early Jurassic rifting phase. Dolomitisation
Martin Müller +3 more
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Machine-learning detection and variability of mesospheric frontal waves observed by VIIRS day/night band. [PDF]
Hozumi Y +6 more
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An Improved Inter-frame Difference Algorithm and its Application on Tidal Bore Video Auto Detection [PDF]
Ruirong Wang +5 more
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Domed‐rim microbial polygons and their preservation potential
Microbially induced sedimentary structures (MISS) derive through interactions between minerals and microorganisms. We define a domed‐rim MISS, morphologically distinct from abiotic mud cracks and demonstrate its potential for long‐term preservation. These structures represent promising biosignatures in ancient environments on Earth and potentially Mars.
Franziska R. Blattmann +11 more
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