vegetatively

简明释义

英[/ˌvɛdʒ.ɪˈteɪ.tɪv.li/]美[/ˌvɛdʒ.ɪˈteɪ.tively/]

adv. 生长地

英英释义

单词用法

同义词

反义词

例句

1.A "vegetative propagule" is any type of vegetatively propagated tree.

“营养繁殖体”是无性繁殖树木的任何类型。

2.They are all more important in plantation crop as also those which are propagated vegetatively.

它们在种植作物以及无性繁殖的作物中都是比较重要的。

3.Because taro is a kind of vegetatively propagated crop, few extensive studies on taro have been conducted, especially in genetic resources and phylogeny.

作为一种以无性繁殖为主的作物，芋在世界各国的研究相对较少，特别是在品种资源、遗传进化方面。

4.Because taro is a kind of vegetatively propagated crop, few extensive studies on taro have been conducted, especially in genetic resources and phylogeny.

作为一种以无性繁殖为主的作物，芋在世界各国的研究相对较少，特别是在品种资源、遗传进化方面。

5.These are inherent and apparently permanent and can be propagated vegetatively.

这些具有内在的和明显的遗传性，并可以无性繁殖。

6.The process of cloning a plant is done vegetatively 无性繁殖地, using tissue culture techniques.

克隆植物的过程是通过组织培养技术以无性繁殖的方式进行的。

7.Plants can reproduce vegetatively 无性繁殖地 through methods like runners and tubers.

植物可以通过像匍匐茎和块茎这样的方式进行无性繁殖。

8.Some species of cacti can grow vegetatively 无性繁殖地 from cuttings.

一些仙人掌种类可以通过切割的方式无性繁殖。

9.Farmers often prefer to propagate fruit trees vegetatively 无性繁殖地 to ensure the new plants are identical to the parent.

农民通常更喜欢以无性繁殖的方式繁殖果树，以确保新植物与母体完全相同。

10.Certain algae can reproduce vegetatively 无性繁殖地 by fragmenting into smaller pieces.

某些藻类可以通过分裂成更小的部分进行无性繁殖。

作文

In the world of biology, the term vegetatively refers to a type of reproduction that does not involve the formation of seeds or spores. Instead, it involves the growth of new plants from parts of existing ones, such as roots, stems, or leaves. This method of reproduction is particularly common among certain types of plants, including many species of ferns, grasses, and some flowering plants. Understanding how plants reproduce vegetatively can provide insight into their adaptability and survival strategies in various environments.For instance, consider the case of strawberries, which are known for their ability to spread rapidly through vegetative propagation. When a strawberry plant grows, it produces runners, which are long stems that extend outwards from the parent plant. These runners can root themselves in the soil, creating new plants that are genetically identical to the original. This form of reproduction allows strawberries to colonize an area quickly, taking advantage of available resources and space.Another example is the potato, which can reproduce vegetatively through its tubers. Each potato is actually a storage organ that contains the necessary nutrients for the plant to grow. When planted, a potato can sprout and develop into a new plant, complete with its own roots and leaves. This method not only ensures the continuation of the species but also allows for the rapid expansion of potato crops, making them a staple food source in many parts of the world.The advantages of vegetative reproduction extend beyond mere survival. It allows plants to maintain desirable traits over generations. For instance, farmers often use vegetative methods to propagate plants that have shown exceptional qualities, such as disease resistance or higher yields. By cloning these plants, they can ensure that the offspring will possess the same favorable characteristics, thus improving agricultural productivity.However, there are also challenges associated with vegetative reproduction. Since the new plants are genetically identical to the parent, they may be more susceptible to diseases that can affect the entire population. This lack of genetic diversity can pose a significant risk, especially in changing environmental conditions where adaptability is crucial. Therefore, while vegetative reproduction is a powerful tool for plant survival and propagation, it must be balanced with other forms of reproduction to ensure long-term resilience.In conclusion, the concept of vegetatively reproducing plants highlights the incredible adaptability of nature. Through methods like runners and tubers, plants can thrive in various conditions and expand their presence in ecosystems. This knowledge not only enriches our understanding of plant biology but also informs agricultural practices that can lead to sustainable food production. As we continue to study and appreciate the intricacies of plant life, the term vegetatively serves as a reminder of the remarkable strategies that living organisms employ to survive and flourish.

在生物学的世界中，术语vegetatively指的是一种不涉及种子或孢子形成的繁殖方式。相反，它涉及从现有植物的部分（如根、茎或叶）生长出新植物。这种繁殖方法在某些类型的植物中尤其常见，包括许多蕨类植物、草类和一些开花植物。理解植物如何以vegetatively方式繁殖可以提供对它们在各种环境中适应性和生存策略的洞察。例如，考虑草莓的案例，它们因能通过vegetative繁殖迅速扩散而闻名。当草莓植物生长时，它会产生匍匐茎，这是一种从母植物向外延伸的长茎。这些匍匐茎可以在土壤中扎根，形成与原始植物基因相同的新植物。这种繁殖形式使草莓能够快速占领一个区域，利用可用的资源和空间。另一个例子是土豆，它可以通过其块茎以vegetatively方式繁殖。每个土豆实际上是一个储存器官，含有植物生长所需的营养。当种植时，土豆可以发芽并发展成一株新植物，拥有自己的根和叶子。这种方法不仅确保了物种的延续，还允许土豆作物的快速扩展，使其成为世界许多地方的主食来源。Vegetative繁殖的优势不仅限于生存。它允许植物在几代中保持理想特征。例如，农民经常使用vegetative方法来繁殖表现出色的植物，如抗病性或更高产量。通过克隆这些植物，他们可以确保后代将具备相同的有利特征，从而提高农业生产力。然而，伴随vegetative繁殖也存在挑战。由于新植物与母体基因相同，它们可能更容易受到影响整个种群的疾病。这种缺乏遗传多样性可能构成重大风险，特别是在适应能力至关重要的变化环境条件下。因此，虽然vegetative繁殖是植物生存和繁殖的强大工具，但必须与其他繁殖形式相结合，以确保长期的韧性。总之，vegetatively繁殖植物的概念突显了自然的惊人适应能力。通过匍匐茎和块茎等方法，植物能够在各种条件下茁壮成长，并在生态系统中扩展它们的存在。这一知识不仅丰富了我们对植物生物学的理解，也为可持续食品生产提供了农业实践的指导。随着我们继续研究和欣赏植物生命的复杂性，术语vegetatively提醒我们生物体为了生存和繁荣所采用的非凡策略。