2025 (May): GeoConvention, technical presentation, An In-Depth Analysis of the Four Spatial Dimensions in Seismic Survey Geometries, Mostafa Naghizadeh,
2025 (May): GeoConvention, technical presentation, What Can We Gain? Optimizing Amplification Settings to Improve Seismic Resolution, Fernando Berumen Borrego
2025 (January): First Break, Vol.43, No. 1: 89-100. Land 3D Acquisition Design: Theory of Wavefield Sampling. Part 2: Present 3D Design Tests for Environmentally Sustainable Sparse Perturbed Parallel Geometries; Goodway et al.
2024 (September): Carbon Capture Canada 2024, technical session, Multi-Technology Imaging for Efficient & Effective MMV Plans; Andrea Crook
2024 (September): First Break, Vol.42, No. 9: 59-70. Land 3D Acquisition Design: Theory of Wavefield Sampling. Part 1: Past 3D Design Testing and Assessment of Cross-Spread and Parallel Geometries; Goodway et al.
2024 (September): IMAGE, Poster Session ACQ P4, Alternative Linear Land Geometries for Acquiring 3D and 4D Seismic Surveys; Mostafa Naghizadeh, Andrea Crook
2024 (August): IMAGE, Near Surface Pavilion Stage, OptiSeis: Transforming The Way Subsurface Imaging is Done; Andrea Crook
2024 (June): A Solution for Low-Impact Seismic Imaging, Global Energy Show Canada 2024, Andrea Crook.
2024 (June): GeoConvention, technical presentation, The Impact of 3D Sampling on McMurray Formation Imaging, Andrea Crook
2024 (June): GeoConvention, Showcase Stage 1: Is exact source and receiver repeatability necessary for timelapse (4D) seismic surveys: Learnings from EcoSeis phase II, Andrea Crook
2025 (May): GeoConvention, technical presentation, An In-Depth Analysis of the Four Spatial Dimensions in Seismic Survey Geometries, Mostafa Naghizadeh,
2025 (May): GeoConvention, technical presentation, What Can We Gain? Optimizing Amplification Settings to Improve Seismic Resolution, Fernando Berumen Borrego
2025 (January): First Break, Vol.43, No. 1: 89-100. Land 3D Acquisition Design: Theory of Wavefield Sampling. Part 2: Present 3D Design Tests for Environmentally Sustainable Sparse Perturbed Parallel Geometries; Goodway et al.
