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The growth of to our climate. Using energy from the Sun, these single celled plants take up during and glucose are formed. This glucose then reacts to form organic compounds which make up the cells. in the oceans is important from the air . During this process, Some phytoplankton species produce the containing gas can react with ironto form - Once in the air, this gas aerosols. These aerosols reflect sunlight back into space and this causes a cooling of the Earth. They can also allowing clouds effect on climate. act as to form. Clouds have an Some types of cloud reflect sunlight back into space and therefore cause - Others trap heat from the surface of the Earth enhancing the and cause In some regions of the oceans, nutrients such as and are available in sufficient amounts for the growth of phytoplankton. But the of iron can prevent phytoplankton growing in some areas. If phytoplankton growth is increased in the ocean, more will be removed from the air. When these phytoplankton die or are eaten, some sink to the ocean floor taking their carbon with them. Some people suggest that adding to parts of the ocean may help reduce Missing Words cloud condensation nuclei lack sulphur photosynthesis sulphate greenhouse effect dimethyl sulphide iron cooling global warming directly oxygen indirect phytoplankton warming nitrate phosphate carbon dioxide carbon dioxide

The growth of to our climate. Using energy from the Sun, these single celled plants take up during and glucose are formed. This glucose then reacts to form organic compounds which make up the cells. in the oceans is important from the air . During this process, Some phytoplankton species produce the containing gas can react with ironto form - Once in the air, this gas aerosols. These aerosols reflect sunlight back into space and this causes a cooling of the Earth. They can also allowing clouds effect on climate. act as to form. Clouds have an Some types of cloud reflect sunlight back into space and therefore cause - Others trap heat from the surface of the Earth enhancing the and cause In some regions of the oceans, nutrients such as and are available in sufficient amounts for the growth of phytoplankton. But the of iron can prevent phytoplankton growing in some areas. If phytoplankton growth is increased in the ocean, more will be removed from the air. When these phytoplankton die or are eaten, some sink to the ocean floor taking their carbon with them. Some people suggest that adding to parts of the ocean may help reduce Missing Words cloud condensation nuclei lack sulphur photosynthesis sulphate greenhouse effect dimethyl sulphide iron cooling global warming directly oxygen indirect phytoplankton warming nitrate phosphate carbon dioxide carbon dioxide

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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11:08 ull 4G DMS & Clouds Quest... 2. How do phytoplankton affect our climate? Fill in the gaps with the correct words from the list below. in the oceans is important The growth of to our climate. Using energy from the Sun, these single celled plants take up during and glucose are formed. This glucose then reacts to form organic compounds which make up the cells. from the air During this process, Some phytoplankton species produce the containing gas can react with ironto form Once in the air, this gas aerosols. reflect sunlight back into space and this causes a cooling of the Earth. They can also allowing clouds effect on climate. These aerosols act as to form. Clouds have an Some types of cloud reflect sunlight back into space and therefore cause Others trap heat from the surface of the Earth enhancing the and cause In some regions of the oceans, nutrients such as and are available in sufficient amounts for the growth of phytoplankton. But the of iron can prevent phytoplankton growing in some areas. If phytoplankton growth is increased in the ocean, more will be removed from the air. When these phytoplankton die or are eaten, some sink to the ocean floor taking their carbon with them. Some people suggest that adding to parts of the ocean may help reduce Missing Words cloud condensation nuclei lack sulphur photosynthesis sulphate greenhouse effect dimethyl sulphide cooling global warming directly oxygen indirect phytoplankton warming nitrate phosphate carbon dioxide iron carbon dioxide
Transcribed Image Text:11:08 ull 4G DMS & Clouds Quest... 2. How do phytoplankton affect our climate? Fill in the gaps with the correct words from the list below. in the oceans is important The growth of to our climate. Using energy from the Sun, these single celled plants take up during and glucose are formed. This glucose then reacts to form organic compounds which make up the cells. from the air During this process, Some phytoplankton species produce the containing gas can react with ironto form Once in the air, this gas aerosols. reflect sunlight back into space and this causes a cooling of the Earth. They can also allowing clouds effect on climate. These aerosols act as to form. Clouds have an Some types of cloud reflect sunlight back into space and therefore cause Others trap heat from the surface of the Earth enhancing the and cause In some regions of the oceans, nutrients such as and are available in sufficient amounts for the growth of phytoplankton. But the of iron can prevent phytoplankton growing in some areas. If phytoplankton growth is increased in the ocean, more will be removed from the air. When these phytoplankton die or are eaten, some sink to the ocean floor taking their carbon with them. Some people suggest that adding to parts of the ocean may help reduce Missing Words cloud condensation nuclei lack sulphur photosynthesis sulphate greenhouse effect dimethyl sulphide cooling global warming directly oxygen indirect phytoplankton warming nitrate phosphate carbon dioxide iron carbon dioxide
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