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Integrating Biodiversity Conservation into Oil and Gas ... - EBI

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Forest in Bangladesh, which had been included in the<br />

company’s concession license, <strong>and</strong> the redrawing of the<br />

boundaries of Shell’s Camisea concession license in Peru<br />

to exclude Manu National Park.<br />

5.1.2 <strong>Conservation</strong> priority areas<br />

Just as important in terms of biodiversity conservation<br />

are areas that are not yet officially designated for<br />

protection, but have been identified as having a high<br />

biodiversity value, by governments, international<br />

convention bodies, conservation organizations or the<br />

scientific community (see Box 4). Such conservation<br />

priority areas are sometimes very large, for example an<br />

entire country or region of the world. The challenges<br />

here are to underst<strong>and</strong> the criteria used in making<br />

the designation, confirm local biodiversity values <strong>and</strong><br />

determine which specific parts of those areas are the<br />

highest priorities for conservation, by desk studies<br />

<strong>and</strong> communications with governments, conservation<br />

organizations or scientists. It is also important to<br />

examine the social <strong>and</strong> economic aspects of biodiversity<br />

(for example, the value of a certain species or area as a<br />

local source of food or income).<br />

5.1.3 Confirming biodiversity values <strong>and</strong><br />

determining appropriate responses<br />

If a region of interest has neither been legally designated<br />

for protection nor identified as having high biodiversity<br />

values by another party, it is still important to be aware<br />

of the value of biodiversity in the area. In all new<br />

BOX 15. RE-ROUTING PIPELINES TO CONSERVE BIODIVERSITY<br />

<strong>Oil</strong> <strong>and</strong> gas pipelines can stretch for thous<strong>and</strong>s of miles across several different ecosystem types <strong>and</strong> have the potential<br />

to cause damage to biodiversity either through the primary impacts of their construction <strong>and</strong> use or through the<br />

secondary impacts caused by people using the pipeline right-of-way to gain access to previously inaccessible ecosystems.<br />

Recognizing this risk, several companies altered the planned routes of new pipelines to avoid areas of high biodiversity<br />

value.<br />

In building the West to East pipeline in China, Shell worked with Petrochina <strong>and</strong> the Wild Camel Foundation to re-route the<br />

pipeline path from the core of the Lop Nur wild camel reserve to the reserve’s buffer zone. Although Shell is not yet part<br />

of the project, it has been working with its potential joint-venture partners to raise issues of biodiversity management <strong>and</strong><br />

other HSE concerns.<br />

Statoil has modified several pipeline routes off the coast of Norway, to protect the reef-building cold-water corals (Lophelia<br />

pertusa) that are found there. Statoil found the first cold-water coral reef in 1982 <strong>and</strong> has since cooperated with the<br />

Norwegian Institute of Marine Research (IMR) to identify several more reefs <strong>and</strong> collect biodiversity data. As a result of<br />

this work, an inshore coral reef in the Trondheim fjord was preliminarily protected as the first Norwegian marine nature<br />

reserve in 2000. When planning the underwater Haltenpipe gas pipeline off the coast of Norway, Statoil found a number<br />

of reefs along the intended pipeline corridor. The company surveyed the area in cooperation with IMR <strong>and</strong> modified the<br />

pipeline route to avoid the Trondheim fjord reserve <strong>and</strong> other reefs.<br />

BP is managing the development <strong>and</strong> operation of the Baku-Tblisi-Ceyhan (BTC) pipeline, which will export crude oil from<br />

the Caspian Sea to the Mediterranean, through Azerbaijan, Georgia <strong>and</strong> Turkey. An intensive investigation was carried<br />

out to refine the exact course the pipeline should take. Different constraints were weighed, including environmental <strong>and</strong><br />

social issues, the nature of the terrain, safety (both during <strong>and</strong> after construction), technical feasibility, cost, schedule <strong>and</strong><br />

ultimate operability. Although the pipeline route passes through a region internationally renowned for its biodiversity,<br />

great care has been taken to ensure that the pipeline construction route has minimized effects on ecologically sensitive<br />

areas. The primary mechanism for this has been re-routing. For example, in Azerbaijan, the route was designed to<br />

avoid two protected areas: the Shamkir State Forbidden Area <strong>and</strong> the Korchay Forbidden Area. In Georgia, the route<br />

was amended to avoid primary forest at Tetritskaro in the east <strong>and</strong> Tori in the west <strong>and</strong> the Narianis Veli <strong>and</strong> Ktsia valley<br />

wetl<strong>and</strong>s. In Turkey, re-routing was done to avoid wetl<strong>and</strong>s <strong>and</strong> the habitat of the endangered Great Snipe bird.<br />

41<br />

<strong>Integrating</strong> <strong>Biodiversity</strong> <strong>Conservation</strong> <strong>into</strong> <strong>Oil</strong> <strong>and</strong> <strong>Gas</strong> Development

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