“These decreases are offset by a $900 million to $1 billion increase at Willow, and $100 million to $200 million increase in Canada to account for the acquisition of the remaining 50% of Surmont and the addition of a second rig in the Montney.”

In context

“be in the 36% to 37% range of strip prices, and that’s excluding any one-time items and that’s with an effective cash tax rate in the 33% to 34% range. For capital spending, our full year guidance range is between $11 billion to $11.5 billion, which includes $200 million to $300 million of capitalized interest. Now on slide eight of the presentation, we provided bridge from 2023 to 2024 with some of the key year-over-year variables, most of which we’ve discussed on prior earnings calls. These include our expectation of $200 million to $300 million in deflation benefits, primarily in the Lower 48; $200 million to $300 million of lower spending in Norway following the startup of our four subsea tieback projects; and $500 million to $600 million in lower LNG spending, mostly at Port Arthur. These decreases are offset by a $900 million to $1 billion increase at Willow, and $100 million to $200 million increase in Canada to account for the acquisition of the remaining 50% of Surmont and the addition of a second rig in the Montney. For Willow, we expect spending to be more heavily weighted to the first quarter and this is consistent with the normal timing of winter construction season. And for Port Arthur, we expect that our $400 million of equity contributions in 2024 will also be weighted towards the first half of the year. Now as a result, first quarter CapEx could be a bit above $3 billion. So to wrap up, we ended the year with another solid operational quarter. We continue to deliver on our strategic initiatives across our deep, durable and diverse portfolio, and we remain highly competitive on our shareholder distributions. Now that concludes our prepared remarks. I’ll turn it back over to the Operator to start the Q&A. Operator: Thank you. [Operator Instructions] Our first question comes from Neil Mehta with”