| Paper Title | Year | Source | Authors | Keywords |
| INSPIRE standards as a framework for artificial intelligence applications: a landslide example | 2020 | Natural Hazards & Earth System Sciences | Gioachino Roberti*, Jacob McGregor*, Sharon Lam*, David Bigelow*, Blake Boyko*, Chris Ahern*, Victoria Wang, Bryan Barnhart*, Clinton Smyth*, David Poole*, Stephen Richard** | natural hazards, landslides |
| Predicting Landslides Using Locally Aligned Convolutional Neural Networks | 2020 | International Joint Conferences on Artificial Intelligence Organization | Ainaz Hajimoradlou, Gioachino Roberti*, David Poole* | natural hazards, landslides, cognitive AI, GIS, geology |
| Prediction And Anomaly Detection In Water Quality With Explainable Hierarchical Learning Through Parameter Sharing | 2020 | University of British Columbia | Ali Mohammad Mehr* | natural hazards, AI |
| Ontology Design for Scientific Theories That Make Probabilistic Predictions | 2008 | Institute of Electrical and Electronics Engineers (IEEE) | David Poole*, Clinton Smyth*, Rita Sharma | cognitive AI, geology, natural hazards |
| Hazardmatch: an application of artificial intelligence to landslide susceptibility mapping, Howe Sound area, British Columbia | 2008 | Canadian Geotechnical Society | Lionel Jackson**, Clinton Smyth*, David Poole* | landslides, natural hazards, GIS, cognitive AI |
| Semantic e-Science and Geology | 2007 | The Association for the Advancement of Artificial Intelligence (AAAI) | Clinton Smyth*, David Poole*, Rita Sharma | GIS, geology, cognitive AI, standards |
| | | * Minerva staff **Minerva advisor | |
