1.Front section - IUCN
1.Front section - IUCN
1.Front section - IUCN
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Extractive industries as a new constituency for protected areas 2<br />
Contributions to conservation science<br />
Equal in importance to winning support for the<br />
establishment of protected areas and securing funds<br />
for their management is the generation of scientific<br />
knowledge about the species within their boundaries.<br />
Scientists have recognised only a fraction, maybe less<br />
than 10%, of the world’s species, and know the<br />
biology of only a handful of these (Novotny et al.,<br />
2002). Without this knowledge it is difficult, if not<br />
impossible, to craft strategies for biodiversity<br />
protection and establish a representative protected<br />
area system.<br />
Either because they are legally required or because<br />
they are acting to comply with their own corporate<br />
environmental policies, energy and mining companies<br />
carry out, commission, or support a great number of<br />
environmental studies in the locality of their projects.<br />
Throughout the project cycle, biological data is<br />
gathered for base line studies, scientific analysis<br />
completed for inclusion in environmental impact<br />
assessments, and monitoring programmes put in place<br />
to track changes in the physical environment at<br />
various scales, from the project site to the regional<br />
land or seascape.<br />
QIT Madagascar Minerals S.A. (QMM) has been<br />
exploring the feasibility to mine ilmenite in<br />
southeastern Madagascar from the mineral sands<br />
found beneath the fragile ecology of a littoral forest<br />
system. The company hired sixty of its own experts<br />
and worked with leading Malagasy and international<br />
specialists to undertake extensive, in-depth<br />
environmental and social studies over a ten-year<br />
period. QMM established partnerships with several<br />
leading research institutions, including Missouri<br />
Botanical Gardens, Oxford University, Hamburg<br />
University, Royal Botanic Gardens at Kew, the<br />
Institute of Development Studies at Sussex University<br />
and the Smithsonian Institution. Arrangements with<br />
academic institutions have enabled 105 Malagasy and<br />
international students to complete studies for<br />
professional, masters, and doctorate degrees.<br />
The range of taxonomic groups and species studied<br />
is impressive. More than fifty volumes contain<br />
information on lemur species, invertebrates and<br />
pedofauna, small mammals, birds, reptiles,<br />
amphibians, fish, shrimps, mussels, algae, multiple<br />
flora species and plants, and mycorhiza and<br />
rhizobium. To date, 18 papers have been published in<br />
scientific publications (Vincelett, 2004, pers. comm.).<br />
As a result, there is now available some of the best<br />
scientific knowledge possible in regard to the<br />
dynamics of the littoral forest ecosystem and specific<br />
faunal species. These data and analyses are the<br />
bedrock of the biodiversity monitoring programme for<br />
the area that is of international importance (Porter et<br />
al., 2001).<br />
Data and analysis generated by energy and mining<br />
companies can be an important resource for managing<br />
protected areas, as the example in Box 2.3 of Alcoa in<br />
south-western Australia shows in the control of the<br />
deadly dieback disease that threatens the unique jarrah<br />
forest (Gardner, 2001; Gardner and Stoneman, 2003).<br />
As well, the findings of scientific studies carried out<br />
to explore increasingly geologically complex areas<br />
can be of equal importance for conservation efforts<br />
when used to gather information on species and<br />
delineate protected areas. Nowhere is this more the<br />
case than in the marine biome, the frontier for both<br />
conservation efforts and oil and gas exploration.<br />
Statoil, the Norwegian national oil company, found<br />
the first coral reef in Norway at 70˚N in 1982 using<br />
multibeam sonar, a technology used for seismic<br />
exploration activities and for routing sub-marine<br />
pipelines to avoid sensitive biodiversity. Sonar and<br />
echo sounder technologies, combined with new<br />
technologies for visualization, and video recording<br />
cameras on remotely operated vehicles are<br />
increasingly popular tools for mapping coral reefs and<br />
their associated macrofauna. Since then the company<br />
has been working with scientists at the Norwegian<br />
Institute of Marine Research in a collaboration that<br />
has led to the protection of the Sulia Reef, one of the<br />
largest coral reefs in Norway, and the designation of<br />
an inshore coral reef in the Trondheim fjord as a<br />
marine nature reserve (IPIECA, 2004b).<br />
Public support for protected areas<br />
Finally, the extractive industries sector can be an<br />
advocate for the global protected area system. Large<br />
international energy and mining companies are not<br />
without influence. They have an audience with<br />
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