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1·Included among these cells are hairs (leaves have hairs), any sort of bump or ornamentation, and most important, stomata.

这些细胞包括有毛(叶子有毛)、任何突起或纹饰，最重要的是气孔。

2·The stomata of most plants close.

参考译文：大多数植物的气孔就关闭了。

3·The stomata mainly distribute in the granular zone.

气孔主要分布在颗粒物区。

4·But stomata width firstly decreased, then increased.

气孔密度呈现先升高后降低。

5·Epidermal cells on areas with stomata are polygonous.

气孔分布区内的表皮细胞有时为多边形。

6·The size and density of stomata are of negative correlation.

气孔大小与密度成负相关。

7·Plants breath in air and breath out moisture through tiny pores called stomata.

植物体通过气孔吸入空气并且传递出水分。

8·The main waste product, oxygen, they emit through their stomata in a watery belch.

而光合作用中分解出的氧粒子，最终形成了氧气，作为“加工废料”，随着水分的蒸散通过气孔排放出去。

9·When the sun rises, the guard cells inflate and bulge to open the stomata, and photosynthesis begins.

当太阳升起时，这些保卫细胞充气并膨胀，打开了气孔，即开始了光合作用。

10·This study consists of 8 species, 28 cultivars, and the density and size of the stomata were measured.

本研究包括8个种，28个品种类型，测定了气孔密度和大小。

气孔

1·Included among these cells are hairs (yup, leaves have hairs), any sort of bump or ornamentation, and most important, stomata.

在这些细胞中包裹着绒毛(是的，叶子有绒毛)，某种肿块或装饰，还有最重要的——气孔。

2·The main waste product, oxygen, they emit through their stomata in a watery belch.

而光合作用中分解出的氧粒子，最终形成了氧气，作为“加工废料”，随着水分的蒸散通过气孔排放出去。

3·Our first paper shows connection between temperature, transpiration, and stomata density, Dilcher said in a Indiana University press release.

“我们的第一篇文章揭示了温度与蒸腾作用以及气孔密度之间的联系，”Dilcher在印第安纳大学通讯稿中谈到。

4·When the sun rises, the guard cells inflate and bulge to open the stomata, and photosynthesis begins.

当太阳升起时，这些保卫细胞充气并膨胀，打开了气孔，即开始了光合作用。

5·The difference in stomata characters between tissue-cultured jujube tree and original tree in field is reported in this paper.

报道了组培枣树大田苗与原种枣树大田苗在气孔性状上的差别。