Planning for the Yamal's development began in the 1990s, when Gazprom first identified the peninsula's gas fields as the next frontier after the depletion of its more accessible Western Siberian reserves. The original schedule called for drilling at the Bovanenkovo field to begin in 1997, but the economic chaos following the Soviet Union's collapse pushed timelines back repeatedly. The project was not officially inaugurated until 3 December 2008. By that point, Gazprom had catalogued 11 gas fields and 15 oil, gas, and condensate fields on the peninsula and its offshore shelf in the Kara Sea. The numbers were staggering: 16 trillion cubic meters of explored and provisionally evaluated gas reserves, plus additional forecast reserves pushing the total toward 22 trillion cubic meters. Condensate reserves were estimated at 230.7 million tonnes, and oil at 291.8 million tonnes. The Bovanenkovo field alone -- the largest on the peninsula -- held an estimated 4.9 trillion cubic meters.

Gas beneath the ground is worthless without a way to move it. The Yamal project required building an entirely new transport network in the Arctic, starting with the Obskaya-Bovanenkovo railway. Completed in 2011, this 572-kilometer rail line runs from the existing Trans-Siberian network deep into the peninsula, crossing the Yuribey River on a 3.9-kilometer bridge -- the longest above the Arctic Circle. The railway provides year-round access to the Bovanenkovo field, replacing a dependence on seasonal barge traffic and air transport that had made industrial-scale operations impossible. The Kharasavey gas field has a summer-accessible port, and the Bovanenkovo Airport serves the fields by air. Most dramatically, the Arctic Gate offshore oil loading terminal operates in the Gulf of Ob, where sea ice can exceed two meters in thickness. Every piece of this infrastructure represents an engineering argument with the Arctic -- and the Arctic has not yet conceded.

Getting gas out of the ground on the Yamal Peninsula was only half the challenge. The other half was moving it thousands of kilometers to the customers who would burn it. The Yamal-Europe pipeline, a joint project agreed in 1993 between the gas transportation companies of Russia, Belarus, Poland, and Germany, was commissioned in 1999 and became one of the primary arteries of European gas supply. The Bovanenkovo-Ukhta trunk pipeline, whose construction began in July 2008, was designed to carry Yamal gas south to the existing network. From there, the gas could flow west through the Yamal-Europe pipeline via Poland or through the Nord Stream 1 undersea pipeline directly to Germany. The Yamal LNG project, operated by Novatek rather than Gazprom, added another dimension: a liquefied natural gas facility at Sabetta that began commercial operations in December 2017, loading its first LNG carrier for export to global markets.

The Yamal project represents a particular kind of human ambition: the conviction that no place is too remote, too cold, or too hostile for extraction if the resource beneath it is valuable enough. The Nenets people who named this peninsula 'end of the land' had lived here for centuries as reindeer herders, moving with the seasons across tundra that now carries railway tracks, pipelines, and drilling rigs. The environmental stakes are significant. Permafrost thaw, accelerated by both industrial activity and climate change, threatens the stability of the infrastructure built upon it. The gas that flows from Yamal contributes to the very warming that undermines its own foundations. Whether the peninsula's reserves will last their projected century of production, and whether the permafrost will cooperate for that long, are questions the engineers who designed the Yuribey Bridge for a 100-year service life would prefer not to dwell on.