La gravimétrie mobile en champ proche : outil essentiel pour la haute résolution en géodésie physique et en géosciences. (Mobile near-field gravimetry: an essential tool for high resolution physical geodesy and geosciences). - Jérôme Verdun (2017)

Improved Hydrological Loading Models in South America: Analysis of GPS Displacements Using M-SSA. - Joëlle Nicolas; Jérôme Verdun; Jean-Paul Boy; Louis Bonhomme; Ayoub Asri; Adélie Corbeau; Antoine Berthier; Frederic Durand; Peter Clarke (Remote. Sens., 2021)

Development of a Lightweight Inertial Gravimeter for Use on Board an Autonomous Underwater Vehicle: Measurement Principle, System Design and Sea Trial Mission. - Jérôme Verdun; Clément Roussel; José Cali; Marcia Maia; Jean-François D'Eu; Ossama Kharbou; Charles Poitou; Jérôme Ammann; Frédéric Durand; Marie-Édith Bouhier (Remote. Sens., 2022)

Lake Altimetry Using Long Coherent Integration Carrier Phase Measurements from Airborne GNSS Reflectometry. - Nolan Varais; Jérôme Verdun; José Cali; Laurent Lestarquit (Remote. Sens., 2023)

High-Resolution Gravity Measurements on Board an Autonomous Underwater Vehicle: Data Reduction and Accuracy Assessment. - Dinh Toan Vu; Jérôme Verdun; José Cali; Marcia Maia; Charles Poitou; Jérôme Ammann; Clément Roussel; Jean-François D'Eu; Marie-Édith Bouhier (Remote. Sens., 2024)

3DSES: An Indoor Lidar Point Cloud Segmentation Dataset with Real and Pseudo-Labels from a 3D Model. - Maxime Mérizette; Nicolas Audebert; Pierre Kervella; Jérôme Verdun (VISIGRAPP (2): VISAPP, 2025)