Thanks, Jim. Good morning, everyone. I'll begin today on Slide 15. And I also plan to keep my comments fairly high level and focused on the quarter, and then share more detail in New York on the 24th. After a strong finish to 2010, we're off to a great start so far this year in E&P. We continue to grow production, and the Haynesville core continues to perform very well on the gas side. And at the same time, oil and condensate volumes are rising fast, up roughly 24% year-over-year, consistent with our increase in oil-directed CapEx. And even though we are seeing cost inflation in many aspects of our business, our teams have done a great job of mitigating most of those costs, including drilling, completion and production operations by continuing to increase operating efficiencies. We're actively advancing our Eagle Ford and Wolfcamp oil programs, and the news is good on both fronts. We've delineated our Eagle Ford central acreage, so we now know what we have there, and the results have been at or above our models. Our early West Texas Wolfcamp drilling results are also encouraging. So far this year, we've drilled and completed 3 wells, which has told us a lot about our acreage. What seemed like a big step out just last September is shaping up to be another core program for us. We're on a steep learning curve, but we still like what we see in the Wolfcamp. And going forward, we'll continue to utilize the same approach that's proven successful in the development of our Haynesville and our Eagle Ford Shale programs. So turning then to Slide 16. We are pleased with our Q1 production and operating cash cost results. Our production was $821 million equivalent per day for the quarter, which is up 5% from last year and 3% from the fourth quarter. Again, liquids were up 18% from Q1 of last year. Cash costs were down $0.03 to $1.85, and that's primarily driven by higher volumes. And while there's been a lot of recent discussion regarding inflation of drilling and completion cost, it's also a cost pressure on the operating expense side, so reduce in unit cash cost is a big win for us. We have a pretty good example of how we are overcoming service cost inflation on Slide 17. The example shown is a fully completed Haynesville well, which is our most mature shale program. We began the year with completed well cost of about $9 million, well below the $10-plus million level for many of our peers. Drilling cost began to rise, as we increased the average lateral links and as rig rates have increased, but we fought off those increases with a 3-day reduction in drilling time. On the completion side, while we have a dedicated frac crew, there's still some costs that are being passed through such as some of the pumping cost, fuel and other non-pressure pumping completion cost. To offset those increases, we were able to reduce the time it takes to complete the wells. We're now pumping up to 5 frac stages per day. And I believe that many others in the play would consider 3 to 4 in a day to be a good day. In addition to the cost savings, the improvement efficiency also results in one additional well coming on production each month, which also contributed to our Q4 and our Q1 production results. Overall, our asset and our operations teams have done a great job of creating a continuous improvement culture and coming up with new ways to gain efficiencies across the board. Let's turn to the Eagle Ford on a -- with an update on Slide 18. Doug shared an overview of what's taken place in the Eagle Ford. But to expand a little, we currently have 4 rigs working in the play. They're all in the central area in La Salle County, which is up from 2 that we started the year with. And we've now fully delineated our central position, so we are very much in the pilot phase in the northern areas. And as you'd expect, we don't have much activity planned in the dry gas area in the South. We're still treating the southern area as a call option on higher gas prices. And we're working hard to deliver the same kind of cost efficiencies here that we're delivering in the Haynesville. On Slide 19, we provide a few more details of the central area. And remember this area, we expect 75% of recoverable reserves to be oil. We drilled 30 wells here, and we drilled them across the block, as you can see from the green dots, so we're developing a very good understanding of the well performance and our acreage position. As we learn more, we think we'll have the opportunity to move to even denser space and perhaps 80 or 100 hundred acres versus the current 120-acre space. And we're piloting that concept this year. If we're proven right, then we'd expect to drill more wells in this area and significantly increase our recoverable resources. Our productive capacity is growing rapidly, and along with Mark and in the Midstream company, we are actively building in-field infrastructure, which will result in a step-up in production rates later this summer. We're pleased with our results today, and we'll definitely spend more time laying out our Eagle Ford story in a few weeks. So let's move on to the Wolfcamp. We've included a map on Slide 20. Last summer before we bid on the university lands, we drilled a pilot well in the eastern side of our position. That well provided us with subsurface core and log data that gave us confidence to spend $180 million on land and to get into the play early, at least in this part of the play. And so far this year, we drilled and completed 3 wells, which are shown as red stars on the map. And as you can see, as you go across -- they go across our entire acreage position that spans roughly 35 miles. And we'll show you more of the technical subsurface data in New York, but we found a very consistent high-quality Wolfcamp section across this area. We're in the early days of the program and much optimization work remains, but everything that we've seen confirms the view that we showed you back in November. At that time, we showed a single average well model across the acreage, but we'll likely start to discuss a couple of different models from east to west as we continue our appraisal drilling. But overall, the models will be in line with our average type well. We've added a second rig in Q1 and will likely stay at this level for the remainder of the year. One very important development since our last call is we've now finalized unitization agreements with the university land office, where we've created 4 drilling units on the acreage that we picked up last September. And what this means is, instead of having a bunch of 640-acre section-size three-year term leases, we've now combined our leases to create groups of leases or units that we can hold by drilling for up to 7 years. Now forming these units is an example of the benefits of having all of our leases with a single co-development land owner. Turning to Slide 21. I can't resist including a little science. On the right-hand side of the chart is a picture of a whole core section from one of our wells. Now we normally think of shale as dense, silt or mudstone type of rock. But remember that we said that the Wolfcamp source rock in our lease area has high quartz and high carbonate content. So it has some of the same rock characteristics as conventional reservoirs. Now granted this is a significantly magnified view, but the black dark areas that you see are nice-looking pore spaces, pore spaces that can hold a lot of oil. And we see that kind of quality rock vertically up and down throughout the Wolfcamp shale section. On the upper left, we summarize our originally assumed Wolfcamp geologic and petrophysical parameters, and we've included the results so far from our first 4 wells on the right side of the table. All of the values in the table are for the entire Wolfcamp section. To date, we've only targeted the upper Wolfcamp, which is a little over half of the total thickness. And our published type curves and their future inventory only include the upper Wolfcamp section. All told, though, we are finding thicker sections and more net pay. The average porosity is higher and the organic content is very good. So we have a very nice looking interval, which is also why we see an industry competing aggressively to get into this part of the play. We've included some early production stats on Slide 22. We've tested 4 wells. The 38-29-1H was our pilot well, which we're only able to frac with 7 stages over a 2,000-foot interval, but achieved -- it still achieved good initial test rates. We've been experimenting with lateral length and a number of frac stages, and our last 3 wells have all tested nearly 300 barrels per day plus the associated gas. And the greater amount of gas in the oil has been positive. It's good news because it provides energy for more oil to be able to move to the pore spaces. But as we've discussed before, these wells also go on artificial lift almost immediately, and so more gas makes the pump selection a bit tricky. So pump design and a post-frac, flowback rates are also through the areas that we're optimizing. We also have 2 wells nearing completion, shown on the bottom of the slide. One of them is a 7,000-foot lateral, and we plan to complete it with 24 frac stages. So I'll wrap up on Slide 23. While it's admittedly early days for the Wolfcamp program, and we still have a lot to learn, we're encouraged by the results of our pilot wells. The highest value items that we'll be optimizing include lateral links, the density or frequency of the frac stages, the artificial lift options, optimal initial producing rates and the facility design. And we are also considering drilling a vertical well this year to test the entire Wolfcamp section, including that lower portion. So I've covered a lot of high points for the quarter this morning, and I'll expand all of these discussions further on the 24th. But again, we're pleased with our execution so far this year and the way that our programs are advancing. And I'll now turn the call back to Doug for closing comments.