Multiomics in the central Arctic Ocean for benchmarking biodiversity change.
Thomas MockWilliam BoultonJohn-Paul BalmonteKevin BarryStefan BertilssonJeff BowmanMoritz BuckGunnar BratbakEmelia J ChamberlainMichael CunliffeJessie CreameanOliver EbenhöhSarah Lena EggersAllison A FongJessie GardnerRolf GradingerMats A GranskogCharlotte HavermansThomas HillClara J M HoppeKerstin KorteAud LarsenOliver MüllerAnja NicolausEllen OldenburgOvidiu PopaSwantje RoggeHendrik SchäferKatyanne ShoemakerPauline Snoeijs-LeijonmalmAnders TorstenssonKlaus ValentinAnna VaderKerrie BarryI-M A ChenAlicia ClumAlex CopelandChris DaumEmiley Eloe-FadroshBrian FosterBryce FosterIgor V GrigorievMarcel HuntemannNatalia IvanovaAlan KuoNikos C KyrpidesSupratim MukherjeeKrishnaveni PalaniappanT B K ReddyAsaf SalamovSimon RouxNeha VargheseTanja WoykeDongying WuRichard M LeggettVincent MoultonKatja MetfiesPublished in: PLoS biology (2022)
Multiomics approaches need to be applied in the central Arctic Ocean to benchmark biodiversity change and to identify novel species and their genes. As part of MOSAiC, EcoOmics will therefore be essential for conservation and sustainable bioprospecting in one of the least explored ecosystems on Earth.