Abstract :
[en] RecentadvancesinmolecularbiologytechniqueshaveshownthepresenceofdiversemicrobialcommunitiesandendemicspeciesinAntarctica.Endemicmicrobesmaybeapotentialsourceofnovelbiotechnologicallyimportantcompounds,including,forexample,newantibiotics.Thus,thescientificandbiotechnologicalvalueofAntarcticterrestrialmicrobialhabitatscanbecompromisedbyhumanvisitationtoagreaterextentthanpreviouslyrealized.Theever-increasinghumanfootprintinAntarcticamakesconsiderationofthistopicmorepressing,asthenumberoflocationsknowntobepristinehabitats,whereincreasinglysophisticatedcutting-edgeresearchtechniquesmaybeusedtotheirfullpotential,declines.ExaminationoftheProtectedAreassystemoftheAntarcticTreatyshowsthatmicrobialhabitatsaregenerallypoorlyprotected.NoothercontinentonEarthisdominatedtothesamedegreebymicrobialspecies,andrealopportunitiesexisttodevelopnewwaysofconceptualizingandimplementingconservationofmicrobialbiogeographyonacontinentalscale.Herewehighlightpotentialthreatsbothtotheconservationofterrestrialmicrobialecosystems,andtofuturescientificresearchrequiringtheirstudy.
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