open stomates
打开气孔
closed stomates
关闭气孔
stomates function
气孔功能
stomates control
气孔控制
stomates regulation
气孔调节
stomates opening
气孔开启
stomates closing
气孔关闭
stomates size
气孔大小
stomates density
气孔密度
stomates response
气孔反应
stomates play a crucial role in gas exchange in plants.
气孔在植物的气体交换中起着至关重要的作用。
the opening and closing of stomates regulate water loss.
气孔的开合调节水分的流失。
stomates are found on the leaves of most plants.
大多数植物的叶子上都有气孔。
environmental factors can affect the function of stomates.
环境因素会影响气孔的功能。
research shows that stomates respond to light conditions.
研究表明，气孔会对光照条件作出反应。
stomates help in the process of photosynthesis.
气孔有助于光合作用的过程。
plants adapt their stomates to survive in dry environments.
植物通过调整气孔来适应干旱环境。
the density of stomates varies among different plant species.
不同植物种类的气孔密度各不相同。
stomates can be observed under a microscope.
气孔可以在显微镜下观察到。
understanding stomates is essential for studying plant biology.
了解气孔对于研究植物生物学至关重要。
open stomates
打开气孔
closed stomates
关闭气孔
stomates function
气孔功能
stomates control
气孔控制
stomates regulation
气孔调节
stomates opening
气孔开启
stomates closing
气孔关闭
stomates size
气孔大小
stomates density
气孔密度
stomates response
气孔反应
stomates play a crucial role in gas exchange in plants.
气孔在植物的气体交换中起着至关重要的作用。
the opening and closing of stomates regulate water loss.
气孔的开合调节水分的流失。
stomates are found on the leaves of most plants.
大多数植物的叶子上都有气孔。
environmental factors can affect the function of stomates.
环境因素会影响气孔的功能。
research shows that stomates respond to light conditions.
研究表明，气孔会对光照条件作出反应。
stomates help in the process of photosynthesis.
气孔有助于光合作用的过程。
plants adapt their stomates to survive in dry environments.
植物通过调整气孔来适应干旱环境。
the density of stomates varies among different plant species.
不同植物种类的气孔密度各不相同。
stomates can be observed under a microscope.
气孔可以在显微镜下观察到。
understanding stomates is essential for studying plant biology.
了解气孔对于研究植物生物学至关重要。
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