Gambino, SalvatoreBarreca, GiovanniGross, FelixMonaco, CarmeloGutscher, Marc-AndréAlsop, G. Ian2022-10-222022-10-222022-02-01Gambino, S, Barreca, G, Gross, F, Monaco, C, Gutscher, M-A & Alsop, G I 2022, 'Assessing the rate of crustal extension by 2D sequential restoration analysis : A case study from the active portion of the Malta Escarpment', Basin Research, vol. 34, no. 1, pp. 321-341. https://doi.org/10.1111/bre.126210950-091XRIS: urn:0334E9D8FC274356A234F80DDFC7C9FBSCOPUS: 85117622666ORCID: /0000-0003-4479-372X/work/161797477https://hdl.handle.net/2164/19420ACKNOWLEDGEMENTS The bathymetric data were extracted from Gutscher et al. (2017) and from EMODnet open dataset (http://www.emodnet-bathymetry.eu/). Digital topographic data are from the Japan Aerospace Exploration Agency (https://www.eorc.jaxa.jp). The authors also acknowledge the use of MOVE Software Suite granted by Petroleum Experts Limited (www.petex.com). This work is part of the S. Gambino's Ph.D. research project at the University of Catania. Bernard Mercier de Lepinay (GeoAzur, Université de Nice/CNRS), is also acknowledged for the CIRCEE-HR seismic data processing. Funding information: This work benefits from the finding from the University of Catania in the framework of the project “Multidisciplinary analysis of the deformation around active tectonic structures” (responsible G. Barreca) and partly from the MUSE 4D project - Overtime tectonic, dynamic and rheologic control on destructive multiple seismic events -Special Italian Faults & Earthquakes: from real 4D cases to models in the frame of PRIN 2017213216878engdeformation rateMalta Escarpmentseismic profilesequential restorationQE GeologySupplementary InformationQEJournal article10.1111/bre.12621341