Thanks, Claude. I'll start off by providing a brief overview of our operating heap leach facilities before moving on to an update on our projects. We are currently operating heap leach facilities across 3 types in the U.S. As Paul mentioned, we are confident in the quality and safety of our heap leach facilities for a few reasons. First off, our facilities are primarily run-of-mine heap leach pads, meaning they have larger rocks and crushed heap leach pads which significantly reduces the risk of liquefaction and increases the structural stability of the pads. The only heap leach we have with crushing is Round Mountain, where we are only crushing a portion of the ore we are placing on the pads. So overall, we still have larger rock sizing and a fully crushed pad. Second, topography. Both Round and Bald Mountain are built on relatively level ground rather than hill sides or valley-fills, increasing their stability. Fort Knox is our only valley-fill heap leach operation. And again, the 2 pads there are 100% run-of-mine ore. Finally, it is also worth noting that the [indiscernible] of the valley pads at Fort Knox are designed, engineered, operated and monitored as dams based on state regulation in Alaska which ensures strong governance on construction and stability. So overall, we are confident in the quality of our heap leach facilities. And as always, we will maintain safety and environmental impact of these facilities as our top priority. Moving to updates at Round Mountain. At Phase X underground, the development of the exploration decline continues to progress well, with over 2.2 kilometers developed so far. Exploration drilling has also progressed well as we have started infill drilling as the primary Phase X target and continued opportunity drilling outside of the target to extend the mineralization. As you can see on Figure 1 on the top of this slide, we have received multiple strong assay results on intercepts outside of the Phase X target. Of particular note, you can see in the bottom of Figure 2, an impressive intercept of approximately 30 grams per tonne over 32 meters above the lower portion of our primary exploration targets, shown in purple. There is also a link to a video on the slide and our press release that can give you a better sense of the location of these intercepts. We are pleased to see these results and confirmation of the potential to extend the mineralization that we are targeting for underground mining. We will continue our exploration program at Phase X through the remainder of this year and into next as we advance technical studies in parallel. Moving to Curlew Basin, exploration continued to advance in the second quarter. Results from the underground drill program continue to confirm thicker zones of high-grade mineralization near the Stealth Zone where a recent assay returned approximately 14 grams per tonne over 19 years. Drilling from both surface and underground also continued on the Roadrunner vein zone, with the recent hole returning 12.5 grams per tonne over 2.4 meters. We are encouraged by these higher-grade results which indicate potential to expand the resource and improve the overall resource quality. At Great Bear, drilling continues to focus on demonstrating that high-grade mineralization continues well beyond our current resource. As Paul mentioned, in Q2, we drilled the deepest hole on the property to date. This hole returned 3.8 meters at a grade of 9.5 grams per tonne at nearly 1.6 kilometers vertical depth, demonstrating the impressive continuity of this system that will ultimately need to be drilled out from underground. Drilling in the second quarter also showed good grades and widths at depths well beyond our current resource at the Discovery, Yaro and Oro zones, as can be seen on this slide. Similar to Yuma, these zones continue to show potential for significant resource upside and growth at depth. Lastly, drilling at Hinge and Limb this quarter has returned promising results for depth extensions at both zones. At Hinge, we had multiple strong intercepts at around 850 meters, including 9.3 grams per tonne over 3.1 meters and 22.7 grams per tonne over 3.1 meters. We are excited to be seeing confirmation of depth extensions to mineralization across the board at Great Bear, continuing to support our original thesis of a long-life, high-grade mining complex. Moving to a few other updates at Great Bear. Through the AEX decline, detailed engineering, execution planning and procurement continue to progress well. We are targeting a start of early works later this year and start of the underground decline in mid-2025. For the Main Project, in Q2, we continue to advance technical studies, field work and comprehensive baseline studies. Beyond the strong exploration results, we're encouraged to see the in-depth technical work continuing to show positive results across the board, including simple metallurgy, high recovery and competent geotechnical conditions. Work on the initial project PEA is well advanced and we look forward to releasing these results from the study in early September. I will now turn the call back to Paul.