The dataset for the paper "Inherited necking-zone structures and the polyphase, diachronous drowning across the Apennine Carbonate Platform margins (Italy)"

This dataset contains the supplementary data and code of the article "Inherited necking-zone structures and the polyphase, diachronous drowning across the Apennine Carbonate Platform margins (Italy)" by G.L. Cardello, L. Consorti, R. D'Onofrio and A. Garzarella, submitted to Earth and Planetary Science Letters. The dataset documents the Cretaceous–Miocene record of syn-sedimentary faulting, discontinuities and drowning at 28 sites of the Apennine Carbonate Platform (central–southern Italy): six sites studied in the field in the Volsci and Gran Sasso ranges and 22 sites revised from the literature and from the 1:50,000 Geological Map of Italy (CARG project). Ages are biostratigraphic brackets referred to the International Chronostratigraphic Chart. Files: Supplementary_Data_S1.xlsx – Excel workbook with: Events: 177 dated discontinuities (hiatuses, unconformities, palaeokarst), facies shifts and tectonic indicators (neptunian and magmatic dikes, growth wedges, slumps, palaeofaults), with age brackets, sign of vertical motion, confidence and sources; Sites: coordinates, regional group, stratigraphic record window and position relative to the Olevano–Antrodoco and Ortona–Roccamonfina lineaments; Facies_intervals: depositional facies intervals of each site; Lineaments: digitised traces of the two lineaments; - Sea_level_bands: rising/falling phases and intensity classes of the tectono-glacio-eustatic curve of van der Meer et al. (2022) at 1-Myr and 10-Myr steps (0–200 Ma); Fig9_time_series, Fig9f_cooccurrence, Fig9g_diachrony, Fig9_statistics: all values plotted in Figure 9 of the article; Sensitivity_tests and Robustness: results of the multiple-testing, sensitivity and robustness analyses; README: definitions of event types, signs, ages and counting rules. Supplementary_Data_S2.zip Python scripts (numpy, scipy, matplotlib, openpyxl) that reproduce all statistical analyses of the article (Monte Carlo null model, global significance of event pulses, spatial overlap of event ages, diachrony of Late Cretaceous drowning, eustatic tests, sensitivity and robustness tests), the sea-level bands of Figure 1d and the panels of Figure 9, together with their results. Random seeds are fixed, so that a run from an empty folder (run_all.py) reproduces all numbers quoted in the article. Instructions are given in README.txt. README.md – description of the files and of the external data required. The numerical tectono-glacio-eustatic curve used in the analyses is not redistributed here; it is available from the supplementary data of van der Meer et al. (2022), Gondwana Research 111, 103–121, https://doi.org/10.1016/j.gr.2022.07.014.