d. carbon atoms in ocean water
Explanation:
The carbon atoms in ocean water is one of the ways through which carbon is sequestered in nature.
Sequestration of carbon implies the storage of carbon either naturally or artificially for a very long time.
Carbon sequestration cuts off carbon from the normal biogeochemical cycle and stores it in natural reservoirs for a very long duration.
- In nature, carbon is sequestered a whole lot through biological and chemical activities.
- Phytoplanktons are food producers. When consumed by higher organisms, their organic materials which contains carbon can become sequestered when the consumer dies and falls to the bottom of the ocean.
- Organisms that used carbonate to manufacture their shells in the ocean also sequesters carbon.
Learn more:
biogeochemical cycle brainly.com/question/4217448
#learnwithBrainly
A)mitochondria and chloroplast:- converts energy,oxygen and carbon dioxide are involved in its processes.
B)mitocondria:- have fluids inside it
C)nucleus and ribosomes:- enclosed by two membranes
Butterflies taste with their feet to tell on which plans they lay their eggs on. Plus, they have a taste sensors on their feet. Hope I helped you. xoxo :)
THYLAKOID :A FLATTENED SAC OR VESICALE WITH A PIGMENTED MEMBRANE THAT IS THE SITE OF PHOTOSYNTHESIS,IN PLANT AND ALGAE OCCURRING IN INTERCONNECTED STACKS CONSTITUTING A GRANUM OF THE CHLOROPLAST,AND IN OTHER PHOTOSYNTHESIZING ORANAISMS OCCURRING EITHER SINGLY OR AS PART OF THE CELL MEMBRANE OR OTHER STRUCTURE,HOPE THIS HELPS PLZ THANK ME :-)
The right option is; b. live in trees
Arboreal animals are animals that live in trees
Arboreal animals are animals that spend most of their lives in trees. This group of animals play, eat and sleep in the tree canopy. Examples of arboreal animals include monkeys, tree snakes, possums, koalas, parrots sloths, chameleons and many rodents. These animals have special adaptations such as elongated limbs and long tails, feet and claws and special movement pattern that aid their arboreal lifestyles.
