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Technology Cooperation and Capacity Building - CommDev

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TECHNOLOGY COOPERATION AND CAPACITY BUILDINGCase Study OneAmoco in Western Siberia<strong>Cooperation</strong> between US <strong>and</strong> Russian enterprises ishelping identify means of revegetating areas of Siberia.This effort is part of a broader programme to repairdamage that occurred during past Soviet era developmentof oil <strong>and</strong> gas resources.The partners● Amoco Production Company● Nadym Gasprom● Komi Research Institute● Institute of Agriculture of the Northern Urals● US <strong>and</strong> Russian scientistsYamalPeninsulaSalekhardUrengoyWesternSiberiaOver the past five years, many oil <strong>and</strong> gas companies havebeen investigating investment in the former Soviet Union. Aprime area of interest has been Western Siberia, an area richin proven oil <strong>and</strong> gas reserves but lacking capital <strong>and</strong> thetechnical assistance needed to bring major fields intoproduction. Since 1989 Amoco Production Company hasbeen investigating the economic potential for oil <strong>and</strong> gasdevelopment in the Yamal Peninsula region of north-westernSiberia. Located above the Arctic Circle, the area ischaracterized by long cold winters, short cool summers <strong>and</strong>is underlain by permafrost. The vegetation is typically lowgrowing shrubs <strong>and</strong> forbs. Native reindeer herders have usedthe area for centuries, pasturing vast herds in the tundra inthe summer <strong>and</strong> returning to the forested areas in the winter.From field visits <strong>and</strong> discussions with community leaders <strong>and</strong>regulatory officials, it was determined that terrain damage<strong>and</strong> erosion associated with earlier exploration <strong>and</strong>development activities was a major environmental concern.Revegetating disturbed areasSurface vegetation acts as an insulating barrier between thesurface <strong>and</strong> permafrost layers in the Arctic <strong>and</strong> sub-Arctic,protecting the latter from thawing during warm periods. Inthe summer, heavy vehicles destroy this vegetation <strong>and</strong> thescars of military <strong>and</strong> industrial movements have beenrecorded in the tundra over many years. Much was learntabout this phenomenon, <strong>and</strong> about how to rectify <strong>and</strong>prevent it, in Canada <strong>and</strong> Alaska during the 1970s <strong>and</strong> 1980s.Russian scientists have also been conducting studies intomethods of reclaiming disturbed areas in sub-Arctic regionsbut have only recently begun studies in the more severeArctic. Studies have included species <strong>and</strong> seed mix trialsusing locally available native species. Some species have beenplaced into seed increase programmes on the basis ofrelatively short-term data, but few have gone through arigorous selection process.Revegetation trials in the North American Arctic havebeen under way since 1968 <strong>and</strong> have included species, seedmix <strong>and</strong> soil nutrient testing. Two important areas for testinghave been Prudhoe Bay in Alaska <strong>and</strong> the TuktoyaktukPeninsula in the Northwest Territories of Canada. Bothareas are at about the same latitude as the Yamal <strong>and</strong> have asimilar climatic regime. A significant difference is soiltexture: the Yamal is s<strong>and</strong>y compared to the silty clay soils of18

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