swinging lianas
摇曳的藤蔓
climbing lianas
攀生的藤蔓
dense lianas
茂密的藤蔓
thick lianas
粗壮的藤蔓
lianas hung
悬挂的藤蔓
lianas grew
藤蔓生长
among lianas
在藤蔓中
covered lianas
覆盖的藤蔓
long lianas
长长的藤蔓
strong lianas
强壮的藤蔓
the thick lianas snaked up the ancient trees, reaching for the sunlight.
粗壮的藤蔓缠绕在古老的树木上，伸向阳光。
we observed several species of lianas during our trek through the rainforest.
在雨林徒步旅行中，我们观察到几种藤蔓物种。
lianas provide a vital pathway for animals to move between tree canopies.
藤蔓为动物在树冠之间移动提供了重要的通道。
the weight of the lianas threatened to bring down the old oak tree.
藤蔓重量威胁要将古老的橡树压倒。
researchers study lianas to understand rainforest ecosystem dynamics.
研究人员研究藤蔓以了解雨林生态系统动态。
the climber carefully avoided the tangled mass of lianas on the forest floor.
攀登者小心地避开了森林地面上缠绕的藤蔓丛。
lianas can grow incredibly long, sometimes exceeding 300 feet in length.
藤蔓可以生长得非常长，有时长度超过 300 英尺。
many epiphytic plants use lianas as support structures to reach sunlight.
许多附生植物利用藤蔓作为支撑结构以获得阳光。
the dense network of lianas created a challenging obstacle for the explorers.
藤蔓稠密的网络对探险家来说是一个具有挑战性的障碍。
we collected samples of lianas for further botanical analysis in the lab.
我们收集了藤蔓样本，以便在实验室进行进一步的植物学分析。
lianas contribute significantly to the biomass of tropical rainforests.
藤蔓对热带雨林的生物量贡献巨大。
swinging lianas
摇曳的藤蔓
climbing lianas
攀生的藤蔓
dense lianas
茂密的藤蔓
thick lianas
粗壮的藤蔓
lianas hung
悬挂的藤蔓
lianas grew
藤蔓生长
among lianas
在藤蔓中
covered lianas
覆盖的藤蔓
long lianas
长长的藤蔓
strong lianas
强壮的藤蔓
the thick lianas snaked up the ancient trees, reaching for the sunlight.
粗壮的藤蔓缠绕在古老的树木上，伸向阳光。
we observed several species of lianas during our trek through the rainforest.
在雨林徒步旅行中，我们观察到几种藤蔓物种。
lianas provide a vital pathway for animals to move between tree canopies.
藤蔓为动物在树冠之间移动提供了重要的通道。
the weight of the lianas threatened to bring down the old oak tree.
藤蔓重量威胁要将古老的橡树压倒。
researchers study lianas to understand rainforest ecosystem dynamics.
研究人员研究藤蔓以了解雨林生态系统动态。
the climber carefully avoided the tangled mass of lianas on the forest floor.
攀登者小心地避开了森林地面上缠绕的藤蔓丛。
lianas can grow incredibly long, sometimes exceeding 300 feet in length.
藤蔓可以生长得非常长，有时长度超过 300 英尺。
many epiphytic plants use lianas as support structures to reach sunlight.
许多附生植物利用藤蔓作为支撑结构以获得阳光。
the dense network of lianas created a challenging obstacle for the explorers.
藤蔓稠密的网络对探险家来说是一个具有挑战性的障碍。
we collected samples of lianas for further botanical analysis in the lab.
我们收集了藤蔓样本，以便在实验室进行进一步的植物学分析。
lianas contribute significantly to the biomass of tropical rainforests.
藤蔓对热带雨林的生物量贡献巨大。
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