Rockfalls from structurally controlled failures were hazard-mapped by identifying their origins and block sizes. The process involved geological surveys and 3D slope analysis using RocSlope3, a program from Rocscience, to determine block stability and safety factors. These findings informed rockfall origins for simulation in RocFall3, aiding in rockfall protection and slope stabilization. A demo highlighted these workflows in both programs.

Learn about Geosetta, a nonprofit geotechnical data database, to optimize slope projects near infrastructure by accessing historical data, improving project accuracy through preliminary research, and exploring case studies demonstrating its benefits.

This webinar covers the rockfall mitigation project at Hell Hole Dam spillway, detailing slope investigation, rockfall simulations, barrier design and construction, post-rockfall repairs, LiDAR change detection, and energy absorption analysis following the 2022/2023 atmospheric rivers in California.

The Norwegian Public Roads Administration uses autonomous UAVs to monitor roadside geohazards like avalanches and landslides; the GEOSFAIR project aims to develop transferable methodologies, test technology, establish best practices, and recommend implementations.

This webinar covered rockfall catchment fences, focusing on a case study tracking the 15-year performance of a 1000 kJ fence, providing insights for owners and designers.

This webinar reviews a NIOSH-funded research project by the Geotechnical Center of Excellence on using thermal imaging cameras to detect and record rockfall events in surface mining operations to protect mine workers.

This webinar overviews impact theories for 3D rockfall analysis in RocFall3, including slope surface creation, material assignments by image segmentation, rock shape library, barriers, results interpretation with heatmaps and graphs, and multi-section export.

This webinar reviews resources and partnerships characterizing potential hazards from landslides near Barry Glacier and efforts to understand tsunamigenic landslide hazards in Prince William Sound.

This webinar covers snow avalanche dynamics, explaining their development and comparing them with other rapid slope hazards, including video analyses and mitigation options based on avalanche impact.

This webinar introduces DebrisFlow Predictor software, explaining agent-based simulation and its efficacy, showcasing successful case studies of its deployment, and discussing pros and cons through live video feed demonstrations of LABS in action.

The 2013 floods in Alberta, Canada were devastating, particularly in Canmore, where extreme rainfall exceeding 250 mm over three days caused debris floods and flows damaging homes, businesses, and infrastructure. This webinar shares the Town of Canmore's efforts and lessons learned in the aftermath.

This webinar provides a quick review of 2-D theories before contrasting them with 3-D impact theories, showcasing computed results and their presentation in the RocFall 3 software. The demonstration emphasizes slope surface creation, barrier addition, computation, rock animation, results filtering, contour heat maps, and graphics.

This webinar summarizes the outcomes of two recent industry publications: TRB Circular - "Managing Rock Slope Scaling (E-C260)" and "Estimating and Contracting Rock Scaling Adjacent to Highways (NCHRP Synthesis 555)."

This webinar detailed the historical progression of sensing concepts and products over the last 100 years, reviewed the present commercially available platforms, and forecasted future developments aimed at identifying, assessing, and monitoring geohazards with unprecedented accuracy and thoroughness.

This webinar showcased the use of real-time GB-InSAR systems for early warning of landslide movements in safety-critical scenarios, focusing on an Oregon Department of Transportation project along Interstate 5 involving interstate widening and landslide remediation.

This webinar presented approaches to prioritize geohazard risk across large and typically data-scarce regions like British Columbia and discussed how their results supported development planning, regulation, and emergency management.

This presentation discussed grouting basics, explored the background of various grouting techniques, highlighted design and planning considerations, and provided insights from various project examples along with operational tips and tricks.

This webinar offered an overview of commercially available anchoring products, highlighting key technical aspects of anchor design and selection, including Specification Compliance, Geotechnical Design Considerations, Mechanical Properties, Longevity, Corrosion Protection, Anchor Economics, and Practical Commentary reflecting the current state of practice.

This webinar closely examines debris flow behavior, critical parameters, load concepts, and design considerations for selecting mitigation solutions, focusing on Debris Flow Barriers as containment systems designed to withstand high dynamic loads from channelized debris flows and shallow landslides.

This webinar explores the similarities and differences between ground anchors and ground reinforcement members, discussing PTI testing, anchor components, testing of complex and simple anchors, and how such testing applies to rock reinforcement like tensioned Rock Bolts and passive Rock Dowels.

This webinar introduces Rocscience’s RocFall, a 2D statistical analysis program that simulates rockfall energy, velocity, and bounce height along slope profiles to aid in rockfall risk assessment and mitigation design. It focuses on barrier/berm analysis, barrier sensitivity analysis, and design reports.

This webinar covers current trends and technologies in multi-instrument data acquisition, analysis, and reporting in geotechnical asset and geohazard fields, including UAS, LiDAR, Photogrammetry, GbSAR, SatSAR, Microseismic, DFOS, and GNSS, offering practical suggestions for maximizing the benefits of multi-sensor acquisition deliverables.

This webinar describes sediment and large wood trapping structures utilized in debris-flow and debris-flood mitigation schemes, introducing the driving mechanisms of deposition and erosion processes at both the fan and structure scales to aid engineers in selecting the optimal type of structure for a site and designing its shape and geometry.

This webinar discusses how snow avalanches differ from other geohazards, impacting assessment and mitigation methods. It outlines techniques for characterizing avalanche terrain, extreme snow avalanches, assessment, mapping methods, and mitigation approaches such as structural defenses and remote triggering.