A grapevine is a climbing plant that produces grapes.

葡萄藤是一种能结葡萄的攀缘植物。

This paper is about interactively modeling and editing climbing plants.

这篇论文是关于交互式建模及编辑攀爬植物。

Over 160,000 varieties of orchids, ferns and other climbing plants have been planted in the trees.

超过16万种的兰花、蕨类植物和其他攀缘植物都已栽在树上。

He found the door with the climbing plant over it, and stood outside, listening, for a moment.

他找到被藤蔓遮蔽的门，站在外面，听了一会儿。

The robin hopped on to an old climbing plant on the wall, and sang his most beautiful song.

知更鸟跳到墙上的一根老藤上，唱起他最动听的歌。

Then there are a great many climbing plants, that twist themselves round and round the trunks and branches of the trees.

有很多攀缘植物，一圈一圈的缠绕着树干和树枝。它们被称为植物电缆，因为看起来很像绳子。

We will now turn to climbing plants.

我们现在将转向攀缘植物。

Writing in Science Robotics, they described " FiloBot" (pictured above), a robot based on climbing plants.

在《Science Robotics》杂志上， 他们描述了“FiloBot” （如上图所示），这是一种基于攀爬植物的机器人。

With respect to climbing plants, I need not repeat what has been so lately said.

关于攀缘植物， 我不需要重复最近说过的话。

To survive, a climbing plant must have the capacity to switch between several different modes of behaviour.

为了生存，攀缘植物必须有能力在几种不同的行为模式之间切换。

With these techniques, we can easily create any sort of artistic effect, be it highly artificial looking vines and branches, or some long forgotten object overgrown with climbing plants.

有了这些技术，我们可以很容易地创造出任何艺术效果，可以是高度人造外观的藤蔓和枝干或者是一些被攀爬植物覆盖的被人长久遗忘的物体。

In the vegetable kingdom Mr. Mivart only alludes to two cases, namely the structure of the flowers of orchids, and the movements of climbing plants.

在植物界， Mivart先生只提到了两种情况， 即兰花的花的结构和攀缘植物的运动。

To help it choose the best angle at which to grow, a climbing plant uses information from light and gravity receptors distributed along each shoot.

为了选择最佳生长角度，攀缘植物会利用沿每个枝条分布的光和重力受体的信息。

For example, it was long hypothesised that climbing plants find their supports by harnessing an ability to grow towards shade, though the exact mechanism was unclear.

例如， 长期以来人们假设攀缘植物能够利用向阴处生长的能力来找到支撑物，但具体机制尚不清楚。