Thanks, Mike. Total company production for the quarter was 2.9 million barrels of oil equivalent, comprised of 29% oil, 22% NGLs, and 49% natural gas. Our lifting cost averaged $8.37 per BOE for the quarter and $7.76 per BOE year-to-date. The company brought six wells to sales, all in North Park Basin. CapEx for the quarter was $43 million, with $27 million in drilling and completion costs, almost exclusively from North Park completion activity. We will defer rig utilization until 2020 in order to conserve capital. We continue to do high return, short payout workover and artificial lift installations to optimize our production. Let's now look at the new North Park wells on Slide 6. As mentioned last quarter, we initiated drilling on a six-well pad on the north side of the field. Two Peterson Ridge unit, XRLs were drilled to reach the farthest limits north to date. From this same pad, we drilled four Patriot XRLs to the south. With the four Patriots, we are testing a third-generation 15-well per section pattern based on the results of our microseismic testing. We've finished drilling all six wells and released the rig as planned in early June. We initiated stimulation operations on all six of these XRLs, plus a refrac of a legacy SRL within the same section in mid-June. We finished completion and stimulation operations in late August, while initiating production in early September. Now turning to Slide 7, where we focus on the results of the four Patriot wells. They were spaced utilizing two rows of wells within wine rack lateral placement. Recall that we designed this spacing test, applying information from microseismic and frac modeling based on the earlier Peters Well spacing test project. This earlier work indicated that our frac design delivers a prop type of more than half the vertical section of the Niobrara, with effective prop half lengths of an estimated 500 to 800 feet. In light of these results, we implemented three new well configuration changes for the Patriot Test project. One, two rows of wells were used to effectively stimulate the entire 400-to-500-foot thick Niobrara interval. Two, wells were located in rows, with an offset wine rack pattern so that no laterals are vertically stacked on top of each other to avoid unnecessary fracture interference. And three, wells were spaced at eight wells per row per section, which we believe is adequate to effectively drain the upper and lower intervals. The cross-section diagram at the bottom right of this slide illustrates the well configuration. In regards to production results, you can see from the well test table and the cumulative well production graph that these wells have performed as planned. These wells delivered the anticipated production targets, which helps verify successful improvements of this third-generation spacing test. We have not seen any signs of pressure communication between the wells, which further encourages us. Controlled flowback methods employed on these wells have been successful with better than type curve rates. Notably, these wells still have 1,000 psi flowing pressure on average after 50-plus days online. For the first time in North Park, we reduced total well cost below $6 million per well on two of the six wells, which improves the economics for future development planning. Turning to Slide 8. As I mentioned earlier, we completed a refrac of a legacy horizontal Niobrara well, the Grizzly 3-32H, just offsetting the Patriot wells in conjunction with this project. You can see the proximity of these wells to each other in the map on the top right of the slide. We chose this operation for several purposes. The primary purpose was to re-pressurize the reservoir in the vicinity of the new Patriot laterals that were about to be stimulated to improve the fracture efficiency and not lose energy to a reduced pressure area. We feel this was accomplished not only by the resulting production, but also by the treating pressures and other stimulation technical data. Additionally, we thought the re-frac would be a successful project on its own production improvement merits. The wellbore also had approximately 1,000 feet of unperforated lateral. We perforated this section and added it to the newly refraced interval. The graph on the bottom right shows the tenfold improvement in the Grizzly wells' forecasted production after the first 50 days post refrac. Based on this success, we're analyzing additional refrac candidates that we anticipate scheduling next year. Moving to Slide 9. Our North Park net daily oil production plot shows that in 2019 we've delivered a record Q2 production level and the best first three quarters of any year since we purchased the property. The third quarter was lower than Q2 since no new wells were brought online until early to mid-September, at the end of the quarter. Additionally, downtime associated with changing out some artificial lift equipment impacted third quarter production. We continue to work on artificial lift optimization and efficiency improvements. These combined items lowered our Q3 and Q4 projections that were anticipated on last quarter's presentation. Regardless, the fourth quarter will realize the full benefit of all six of these new wells, which should improve from Q3. This will end the year with record full-year 2019 oil production from North Park. In closing, I'm pleased with our continued northern delineation work in North Park and the associated well results. Our team remains vigilant on cost reduction and production optimization in this period of lower capital deployment. Once again, I would like to thank the SandRidge team for a standout safety record, signified by our 15th consecutive month without a recordable incident from company personnel. I'll now hand it back to Paul for some closing remarks.