folia

简明释义

英[ˈfəʊlɪə]美[ˈfoʊliə]

n. 叶形线（folium 的复数）

英英释义

单词用法

同义词

反义词

例句

1.Objective To study the effect of anti-mutation of Chinese medicinal herb Poly gala tenui folia willd on T lymphocyte proliferation in spleen.

目的：探讨中草药远志抗突变作用和对脾T淋巴细胞增殖的影响。

2.Objective To study the effect of anti-mutation of Chinese medicinal herb Poly gala tenui folia willd on T lymphocyte proliferation in spleen.

目的：探讨中草药远志抗突变作用和对脾T淋巴细胞增殖的影响。

3.He carelessly knocked over the silkworm tray, leaving the floor covered with folia mori.

他一不小心打翻了蚕匾，桑叶散满了一地。

4.The scientist studied the structure of the plant's folia to understand its photosynthesis process.

科学家研究了植物的叶片结构，以了解其光合作用过程。

5.In botany, folia refers to the leaves of a plant, which are crucial for its survival.

在植物学中，叶片指的是植物的叶子，这对其生存至关重要。

6.The artist used the vibrant colors of folia in her painting to depict the beauty of nature.

艺术家在她的画作中使用了叶片的鲜艳颜色来描绘自然之美。

7.During the autumn season, the folia of trees change color, creating a stunning landscape.

在秋季，树木的叶片变色，形成了壮观的风景。

8.The gardener trimmed the folia to promote healthier growth in the plants.

园丁修剪了叶片以促进植物更健康的生长。

作文

In the world of botany, the term folia refers to leaves, which are vital components of plants. They play a crucial role in photosynthesis, the process through which plants convert sunlight into energy. The importance of folia cannot be overstated, as they are not only essential for the survival of the plant but also for the entire ecosystem. Without folia, plants would be unable to produce oxygen, which is necessary for the survival of most living organisms on Earth. The structure of folia is fascinating. Each leaf is composed of several parts, including the blade, petiole, and sometimes stipules. The blade is the broad, flat part of the leaf where most of the photosynthesis occurs. The petiole connects the blade to the stem of the plant, allowing for the transport of nutrients and water. Stipules are small leaf-like structures that can be found at the base of the petiole in some plants, although they are not present in all species. Different types of plants exhibit various forms of folia. For instance, broadleaf trees, such as oaks and maples, have wide, flat leaves that capture sunlight efficiently. In contrast, coniferous trees like pines have needle-like folia that reduce water loss in dry conditions. This diversity in leaf structure is a testament to the adaptability of plants to their environments. Moreover, folia can also be categorized based on their arrangement on the stem. Alternate, opposite, and whorled are three common arrangements. In alternate arrangement, each leaf grows at a different height along the stem, while in opposite arrangement, two leaves grow directly across from each other at the same level. Whorled arrangement features three or more leaves growing at a single node. This variation in leaf arrangement can influence how much sunlight each leaf receives, further affecting the plant's overall health and growth. The study of folia extends beyond their biological function. In many cultures, leaves have symbolic meanings. For example, the olive branch, which represents peace, is essentially a folia of the olive tree. Similarly, the maple leaf is a national symbol of Canada, reflecting the country's natural beauty and heritage. These cultural significances attached to folia highlight their importance beyond just their physical presence in nature. In addition to their ecological and cultural roles, folia also have practical applications. Many leaves are edible and are used in culinary dishes around the world. For instance, lettuce, spinach, and basil are all examples of edible folia that provide essential nutrients and flavors to our diets. Furthermore, some leaves are used in traditional medicine for their healing properties, showcasing the multifaceted value of folia in human life. In conclusion, folia are more than just leaves; they are integral to the existence of life on Earth. Their roles in photosynthesis, their diverse structures and arrangements, their cultural significance, and their practical uses all contribute to their importance. Understanding folia helps us appreciate the complexity of nature and the interconnectedness of all living things. As we continue to explore the wonders of the natural world, let us not forget the humble folia and the vital functions they serve in sustaining life.

在植物学的世界中，术语folia指的是叶子，它们是植物的重要组成部分。叶子在光合作用中发挥着至关重要的作用，这一过程使植物能够将阳光转化为能量。folia的重要性不容小觑，因为它们不仅对植物的生存至关重要，而且对整个生态系统也是如此。没有folia，植物将无法产生氧气，而氧气是地球上大多数生物生存所必需的。 folia的结构令人着迷。每片叶子由几个部分组成，包括叶片、叶柄，有时还有小托叶。叶片是叶子的宽阔平坦部分，是进行光合作用的主要场所。叶柄将叶片连接到植物的茎上，允许营养物质和水分的运输。小托叶是一些植物的叶柄基部可以找到的小叶状结构，尽管并非所有物种都有。 不同类型的植物表现出各种形式的folia。例如，阔叶树，如橡树和枫树，具有宽大平坦的叶子，可以有效捕捉阳光。相比之下，针叶树如松树则具有针状folia，在干燥条件下减少水分流失。这种叶子结构的多样性证明了植物对其环境的适应能力。 此外，folia还可以根据它们在茎上的排列进行分类。交替、对生和轮生是三种常见的排列方式。在交替排列中，每片叶子在茎上以不同的高度生长，而在对生排列中，两片叶子在同一高度直接相对生长。轮生排列则是指三片或更多叶子在单个节点上生长。这种叶子排列的变化可能会影响每片叶子接收到的阳光量，从而进一步影响植物的整体健康和生长。 对folia的研究超出了它们的生物功能。在许多文化中，叶子具有象征意义。例如，橄榄枝，代表和平，实际上就是橄榄树的一片folia。同样，枫叶是加拿大的国家象征，反映了这个国家的自然美和遗产。这些附加在folia上的文化意义突显了它们在自然界中的重要性，超越了它们的物理存在。 除了生态和文化角色外，folia还有实际应用。许多叶子是可食用的，在世界各地的烹饪菜肴中使用。例如，生菜、菠菜和罗勒都是可食用的folia，为我们的饮食提供了必要的营养和风味。此外，一些叶子因其治疗特性而用于传统医学，展示了folia在人的生活中多方面的价值。 总之，folia不仅仅是叶子；它们是地球生命存在的关键。它们在光合作用中的作用、它们多样的结构和排列、它们的文化意义以及它们的实际用途都为它们的重要性做出了贡献。理解folia帮助我们欣赏自然的复杂性和所有生物之间的相互联系。当我们继续探索自然界的奇观时，让我们不要忘记谦逊的folia及其在维持生命中的重要功能。