| Plural | coccolithophores |
coccolithophore blooms
koccolithoforer blomstrenge
coccolithophore distribution
koccolithoforer fordeling
coccolithophore abundance
koccolithoforer mængde
coccolithophore calcification
koccolithoforer kalcificering
coccolithophore production
koccolithoforer produktion
living coccolithophores
levende koccolithoforer
fossil coccolithophores
fossile koccolithoforer
marine coccolithophores
marine koccolithoforer
dominant coccolithophore
dominerende koccolithofore
coccolithophore species
koccolithofore arter
marine scientists have discovered a new species of coccolithophore in the deep ocean waters.
Oceanologer har opdaget en ny art af koccolithoforer i de dybe oceanvande.
coccolithophore blooms can significantly affect ocean chemistry and marine ecosystems.
Koccolithoforblomstrenge kan betydeligt påvirke oceanets kemi og marine økosystemer.
the tiny coccolithophore plays a crucial role in the global carbon cycle.
Den lille koccolithofor spiller en afgørende rolle i den globale kulstofcyklus.
researchers are studying how coccolithophore populations respond to climate change.
Forskerne undersøger, hvordan koccolithoforpopulationer reagerer på klimaforandringer.
some coccolithophore species produce distinctive calcium carbonate plates called coccoliths.
Nogle koccolithoforarter producerer karakteristiske kalciumkarbonatplader, der kaldes koccoliths.
ocean acidification threatens the survival of many calcifying coccolithophores.
Oceanisk acidificering truer overlevelsen af mange kalcificerende koccolithoforer.
satellite imagery has revealed massive coccolithophore blooms in various ocean regions.
Satellitbilleder har afsløret store koccolithoforblomstrenge i forskellige oceanområder.
the coccolithophore's ability to photosynthesize makes it a key primary producer.
Koccolithoforens evne til fotosyntese gør den til en vigtig primær producent.
coccolithophore productivity varies seasonally across different ocean basins.
Koccolithoforproduktiviteten varierer sæsonligt over de forskellige oceanbassiner.
understanding coccolithophore ecology is essential for climate modeling and prediction.
Forståelsen af koccolithoforens økologi er afgørende for klimamodellering og forudsigelse.
the calcite shells of coccolithophores contribute significantly to marine sediment formation.
Koccolithoforens kalcit skaller bidrager betydeligt til dannelse af marine sedimenter.
coccolithophore distribution is influenced by temperature, light availability, and nutrient concentrations.
Koccolithoforens fordeling påvirkes af temperatur, lysforhold og næringsstofkoncentrationer.
coccolithophore blooms
koccolithoforer blomstrenge
coccolithophore distribution
koccolithoforer fordeling
coccolithophore abundance
koccolithoforer mængde
coccolithophore calcification
koccolithoforer kalcificering
coccolithophore production
koccolithoforer produktion
living coccolithophores
levende koccolithoforer
fossil coccolithophores
fossile koccolithoforer
marine coccolithophores
marine koccolithoforer
dominant coccolithophore
dominerende koccolithofore
coccolithophore species
koccolithofore arter
marine scientists have discovered a new species of coccolithophore in the deep ocean waters.
Oceanologer har opdaget en ny art af koccolithoforer i de dybe oceanvande.
coccolithophore blooms can significantly affect ocean chemistry and marine ecosystems.
Koccolithoforblomstrenge kan betydeligt påvirke oceanets kemi og marine økosystemer.
the tiny coccolithophore plays a crucial role in the global carbon cycle.
Den lille koccolithofor spiller en afgørende rolle i den globale kulstofcyklus.
researchers are studying how coccolithophore populations respond to climate change.
Forskerne undersøger, hvordan koccolithoforpopulationer reagerer på klimaforandringer.
some coccolithophore species produce distinctive calcium carbonate plates called coccoliths.
Nogle koccolithoforarter producerer karakteristiske kalciumkarbonatplader, der kaldes koccoliths.
ocean acidification threatens the survival of many calcifying coccolithophores.
Oceanisk acidificering truer overlevelsen af mange kalcificerende koccolithoforer.
satellite imagery has revealed massive coccolithophore blooms in various ocean regions.
Satellitbilleder har afsløret store koccolithoforblomstrenge i forskellige oceanområder.
the coccolithophore's ability to photosynthesize makes it a key primary producer.
Koccolithoforens evne til fotosyntese gør den til en vigtig primær producent.
coccolithophore productivity varies seasonally across different ocean basins.
Koccolithoforproduktiviteten varierer sæsonligt over de forskellige oceanbassiner.
understanding coccolithophore ecology is essential for climate modeling and prediction.
Forståelsen af koccolithoforens økologi er afgørende for klimamodellering og forudsigelse.
the calcite shells of coccolithophores contribute significantly to marine sediment formation.
Koccolithoforens kalcit skaller bidrager betydeligt til dannelse af marine sedimenter.
coccolithophore distribution is influenced by temperature, light availability, and nutrient concentrations.
Koccolithoforens fordeling påvirkes af temperatur, lysforhold og næringsstofkoncentrationer.
Explore frequently searched vocabulary
Want to learn vocabulary more efficiently? Download the DictoGo app and enjoy more vocabulary memorization and review features!
Download DictoGo Now