Digital Commons @ Trinity

Duration and Intensity of End-Permian Marine Anoxia, M. Pimentel-Galvan, K. V. Lau, K. Maher, T. Mukerji, Daniel J. Lehrmann, D. Altiner, J. L. Payne
Geosciences Faculty Research

Proliferation of Chondrodonta as a Proxy of Environmental Instability at the Onset of OAE1a: Insights from Shallow-Water Limestones of the Apulia Carbonate Platform, G. Del Viscio, G. Frijia, R. Posenato, P. Singh, Daniel J. Lehrmann, J. L. Payne, K. Al-Ramadan, U. Struck, K. P. Jochum, M. Morsilli
Geosciences Faculty Research

Implications of Giant Ooids for the Carbonate Chemistry of Early Triassic Seawater, X. Li, E. J. Trower, Daniel J. Lehrmann, M. Minzoni, B M. Kelley, E. K. Schaal, D. Altiner, M. Yu, J. L. Payne
Geosciences Faculty Research

Fully Automated Carbonate Petrography Using Deep Convolutional Neural Networks, A. Koeshidayatullah, M. Morsilli, Daniel J. Lehrmann, K. Al-Ramadan, J. L. Payne
Geosciences Faculty Research

Giant Sector-Collapse Structures (Scalloped Margins) of the Yangtze Platform and Great Bank of Guizhou, China: Implications for Genesis of Collapsed Carbonate Platform Margin Systems, Daniel J. Lehrmann, M. Minzoni, P. Enos, Caroline Kelleher, Leanne M. Stepchinski, X. Li, J. L. Payne, M. Yu
Geosciences Faculty Research

Controls on Carbonate Platform Architecture and Reef Recovery Across the Palaeozoic to Mesozoic Transition: A High-Resolution Analysis of the Great Bank of Guizhou, B. M. Kelley, Daniel J. Lehrmann, M. Yu, A. B. Jost, K. M. Meyer, K. V. Lau, D. Altiner, X. Li, M. Minzoni, E. K. Schaal, J. L. Payne
Geosciences Faculty Research

Interactions Between Sediment Production and Transport in the Geometry of Carbonate Platforms: Insights from Forward Modeling of the Great Bank of Guizhou (Early to Middle Triassic), South China, X. Li, O. Falivene, M. Minzoni, Daniel J. Lehrmann, J. J. G. Reijmer, M. Morsilli, K. A. H Al-Ramadan, M. Yu, J. L. Payne
Geosciences Faculty Research