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OTHER WORDS FROM photosynthesispho·to·syn·thet·ic [foh-tuh-sin-thet-ik], /ˌfoʊ tə sɪnˈθɛt ɪk/, adjectivepho·to·syn·thet·i·cal·ly, adverbnon·pho·to·syn·thet·ic, adjective
Words nearby photosynthesis
How to use photosynthesis in a sentence
Specifically, he was interested in the protein-based "reaction centers" in spinach leaves that are the basic mechanism for photosynthesis—the chemical process by which plants convert carbon dioxide into oxygen and carbohydrates.Popeye would approve: Spinach could hold key to renewable fuel cell catalysts|Jennifer Ouellette|October 16, 2020|Ars Technica
Algae and plants use photosynthesis to turn sunlight into food.
According to the Washington Post, this happens because as the days shorten and turn frigid, it’s not worth it for some trees to expend energy to conduct photosynthesis.
In a steady state, most of the energy captured by photosynthesis is used up by the furnace of respiration and metabolism burning on Earth’s surface by its infrared layer of life.
There’s no sunlight beneath half a mile of ice, so of course there’s no photosynthesis.He Found ‘Islands of Fertility’ Beneath Antarctica’s Ice|Steve Nadis|July 20, 2020|Quanta Magazine
Nevertheless, it was required, and at least it was more fun than studying algebra or photosynthesis.The Financial Case for Dodgeball: Why America Needs Gym Class|Mark McKinnon|April 28, 2014|DAILY BEAST
Re-solarizing the food chain should be our goal in every way—taking advantage of the everyday miracle that is photosynthesis.It’s the End of the World Unless We All Start Cooking|Rachel Khong|April 23, 2013|DAILY BEAST
As the microbes moved toward the light to carry out photosynthesis, they projected the image of the stencil.
Timiriazeff, in his Croonian Lecture, was the first to see the connexion between photosynthesis and the Lagado research.
On the other hand, their ancestors, the green or yellow mastigota, form new plasm by photosynthesis like true cells.
There the miracle of life consists merely of the chemical process of plasmodomism by photosynthesis.
Like von Baeyer's hypothesis, this assumes that formaldehyde and oxygen are the first products of photosynthesis.
In general, starch is the final product of photosynthesis in most green plants; but there are many exceptions to this.
British Dictionary definitions for photosynthesis
Derived forms of photosynthesisphotosynthetic (ˌfəʊtəʊsɪnˈθɛtɪk), adjectivephotosynthetically, adverb
Medical definitions for photosynthesis
Other words from photosynthesispho′to•syn•thet′ic (-sĭn-thĕt′ĭk) adj.
Scientific definitions for photosynthesis
A Closer Look
Almost all life on Earth depends on food made by organisms that can perform photosynthesis, such as green plants, algae, and cyanobacteria. These organisms make carbohydrates from carbon dioxide and water using light energy from the Sun. They capture this energy with various pigments which absorb different wavelengths of light. The most important pigment, chlorophyll a, captures mainly blue and red light frequencies, but reflects green light. In plants, the other pigments are chlorophyll b and carotenoids. The carotenoids are usually masked by the green color of chlorophyll, but in temperate environments they can be seen as the bright reds and yellows of autumn after the chlorophyll in the leaves has broken down. The energy gathered by these pigments is passed to chlorophyll a. During the light reactions, the plant uses this energy to break water molecules into oxygen (O2), hydrogen ions, and electrons. The light reactions produce more oxygen than is needed for cellular respiration, so it is released as waste. All of the oxygen in the Earth's atmosphere today was produced as waste by photosynthetic organisms, especially cyanobacteria, which have been producing oxygen for some three billion years, since their first appearance in the Precambrian Eon. During the dark reactions, the plant uses hydrogen ions and the electrons to make carbon dioxide into carbohydrates. Within the leaf of a green plant, photosynthesis takes place in chlorophyll-containing chloroplasts in the columnlike cells of the palisade layer and in the cells of the spongy parenchyma. The cells obtain carbon dioxide from air that enters the leaf through holes called stomata, which also allow excess oxygen to escape. Water from the roots is brought to the leaf by the vascular tissues called xylem, while the carbohydrates made by the leaf are distributed to the rest of the plant by the vascular tissue called phloem.