The 2023 Mw 6.8 Al Haouz, Morocco earthquake: A multi-layer reconnaissance framework for the remote sensing and field assessment of landslides, building and heritage damage, and road access disruption in the High Atlas region

• Viviana Iris NovelliCardiff University
• Fabio FreddiUniversity College London
• Michael R. Z. WhitworthAecom (United Kingdom)
• Martin StokesUniversity of Plymouth
• Mhamed Alaeddine BelfoulUniversité Ibn Zohr
• Sarah EsperCardiff University
• Riccardo VitaleUniversity of Houston
• Zeyad KhalilHong Kong Polytechnic University
• Mauritz FeldbruggeDelft University of Technology
• Asmaa MaaroufiUniversité Mohammed VI Polytechnique
• Hiba Shaimed
• Hamza SkikraUniversité Mohammed VI Polytechnique
• Alejandra AlbuerneIE University
• Marco Redaeli
• Giorgia GiardinaDelft University of Technology
• Keith AdamsLondon South Bank University
• Roberto GentileUniversity College London
• Siau Chen ChianNational University of Singapore
• Sarah Jean BoultonUniversity of Plymouth
• Joshua N. JonesAecom (United Kingdom)
• Pietro MililloDeutsches Zentrum für Luft- und Raumfahrt e. V. (DLR)
• Fatemeh ForoughniaDelft University of Technology
• Valentina Putrino
• Jacob Black