Plants take carbon dioxide(CO2)out of the atmosphere to do photosynthesis(光合作用), and thus help reduce the greenhouse gases warming the planet. At least, that’s how the story went before researchers from the Ca
Plants take in carbon dioxide and release oxygen through the process of ___. A. photosynthesis B. respiration C. digestion D. metabolism 相关知识点: 试题来源: 解析 A。植物通过光合作用吸收二氧化碳释放氧气。选项 B 呼吸作用是吸收氧气释放二氧化碳。选项 C 消化作用是动物的生理过程。选项 D 新陈代谢...
To understand the new breakthrough, it is important to know how photosynthesis works. 要想理解这个新的突破,重点要了解光合作用如何运作。 Plants take in carbon dioxide and water from the air and soil. 植物从空气和土壤中...
1、photosynthesis：这个词有点长哈，意思是“光合作用”。植物通过光合作用制造氧气，Plants make oxygen through photosynthesis 2、chlorophyll：“叶绿素”。叶绿素对植物进行光合作用起着关键作用，Chlorophyll helps plants with photosynthesis 3、germinate：“发芽；使发芽”。Seeds germinate when the conditions are ...
Help plants associate with specific bacteria. This one is a bit complicated, but basically some bacteria help mineralize carbon dioxide underground, trapping it. In addition to tweaking plants, researchers will work to better understand how carbon is moving through plants and the surrounding environment...
Plants take in carbon dioxide and make oxygen for humans and animals; Plants make 98% of the oxygen we breathe. food The world’s food supply depends on about 150 plant species; just 12 plant species provide three-quarters of the world’s food. water Plants help clean water and reduce fl...
阅读短文,判断下列句子与短文内容是否相符,相符的写"T",不相符的写"F"。HealthPlants take in carbon dioxide(二氧化碳) and make oxygen(氧气) people and animals need.Some plants can be medicine.Some plants can also help you study and work better....
some plants can take in carbon dioxide we breathe out and give ()oxygen to us.A in turn B in return B 翻译应该是：一些植物能够吸收我们呼出的二氧化碳而放出氧给我们 in return有“作为回报”的意思，可以理解为“吸收CO2”然后以“放出O2”“作为回报”选...
句意：一些作物吸收我们呼出的二氧化碳而给我们呼出氧气作为回报。A.in case 万一；假使 B.in turn 轮流，依次=by turns, in file；转而，反过来（强调“按顺序轮流过来之后又转向”）C. in return 作为回报；作为…的报酬；作为交换 D. in addition另外，此外 另外，此外（on top of, on the...
Primary cell walls are highly reactive to biotic and abiotic stresses through a cell wall integrity system to modulate their composition33. On the other hand, it has been suggested that secondary cell walls lack such an intricate system34. Therefore, we can hypothesize that the incorporation of ...