托福听力避免生词影响理解应对方法汇总

由 范文百科 分享时间：2023-08-27 14:00:53 加入收藏我要投稿点赞

托福考试的听力部分很多同学都觉得心里没底，特别是如果在听力过程中遇到一些从来没听到过的生词考生就很容易产生理解困难影响解题。今天小编给大家带来托福听力避免生词影响理解应对方法汇总介绍,希望能够帮助到大家，下面小编就和大家分享，来欣赏一下吧。

托福听力避免生词影响理解应对方法汇总介绍

专有名词能够辨认即可

在文中出现的人名、地名等专有名词通常对考试没有多大影响。只要考生能够意识到在说的是某个人或者某个地点就行，笔记中的体现可以以大写首字母代替。甚至有的词在考试界面上会出现，考生只需混个眼熟，之后在做题时能认出来就行。

话题类词汇术语仔细听解释

托福考试的lecture话题非常广泛，虽然官方指南给出了艺术、生命科学、自然科学和社会科学四大类话题，但事实上这四个话题已经能囊括任何专业知识点了，知识面再广的学生也不可能面面俱到。当lecture中出现一些专业术语，甚至当这个术语就是考题的中心话题怎么办?既然是术语，文中当然会出现对术语的解释，所以考试只需淡定地等待解释出现即可。常见的说法有：

the definition of …is

…can be defined as…

… , that/which is …

… is/are ….

例如：What is spectroscopy? Well, the simplest definition I can give you is that spectroscopy is the study of the interaction between matter and light.

Spectroscopy is basically the study of spectra and spectral lines of light, and specifically for us, the light from stars.

这两句话出自不同话题的两篇文章，但都和spectroscopy(光谱学)这个话题相关，并做了定义。前句相对简单通俗，后句几乎是用本词介绍了自己，所以不容易理解，但也能知道这个概念是和光相关的，对做题也能产生辅助的理解作用，至少保证大方向不偏。

非术语词汇抓住解释性语句

为了能帮助考生理解，对于非术语性的一些词和语句，听力原文中也往往存在这样那样的解释。即便单词本身不理解，也可以根据这些解释来了解基本含义。常见的表达方式有：

… (by that) I mean…..

… that /which is…

… you know …

… in other words …

例如：…suddenly it stops and preens, you know, it takes a few moments to straighten its feathers…

后半句中straighten its feather即preen的解释，因此preen可解释为整理，梳理。

根据补充的同近义词来理解生词

这种方式是文中最容易出现的，在相对较陌生的单词后面紧跟一个或多个同义词。但对于考生来说，出现生词很容易造成恐慌，在慌乱中同义词就过去了，根本无暇顾及。专家提醒广大考生，考试不仅考实力，更是对心态的考验，好的心态往往能起到很大的作用。

例如：…many of the films of the 20s and 30s would be considered hybrids, that is, a mixture of styles that wouldn’t exactly fit into any of today’s categories.

该句中非常明确指出hybrid即mixture的意思，也就是混合的意思。

… got two conflicting drives – two competing urges

有冲突的动机和相互竞争的主张两者理解其一即可。

结合逻辑推测生词含义

不少考生做听力时会碰到一个问题，即无法做到对文章的整体理解，常常把句子、段落割裂开来听，不管语句之间意义的联系。有时顺着一个句子的逻辑方向去想，有些生词的意思自然就出现了。

… inside there is a seed with a hard shell. It appears that the shell has to crack open or breakdown somewhat to allow the seed soak up water.(听到这里如果思考一下为什么种子要吸水，不难想到是为了发芽) You know, if their seeds remain inside their shell, they will not germinate. 如果在听前半句时想到了发芽，按照逻辑后半句所说的如果种子无法破壳，那么也就无法发芽了。germinate也就是发芽的意思。

These paintings were made deep inside a dark cave, where no natural light can penetrate. 在又黑又深的山洞里，自然光当然是无法照射到了，所以penetrate是穿透的意思。

2020托福听力练习：木星大红斑释放神秘能量

For most people, Jupiter's most recognizable—and mysterious—feature is the Great Red Spot. For centuries, astronomers have watched the storm spin across the giant world's face.

But for planetary scientists, Jupiter's most distinctive mystery may be what's called the "energy crisis" of its upper atmosphere: how do temperatures average about as warm as Earth's even though the enormous planet is more than fives times further away from the sun?

All the sun's giant planets display this energy crisis, and those in chilly orbits around other stars probably have it, too. So where does the energy to heat their upper atmospheres come from?

According to a new study, the energy must originate within the giants, get transported upward and become amplified by turbulent storms. The finding appears in the journal Nature.

This offers a new window into Jupiter's depths, and should allow researchers to better understand gas-giant atmospheres throughout the universe. And it's all connected to the Great Red Spot.

Astronomers have long known that auroral displays can heat Jupiter's poles, where charged particles trapped in the planet's intense magnetic field slam into its upper atmosphere. Some theorists thought this auroral heating could flow toward the equator to warm the planet's mid-latitudes. So, using NASA's Infrared Telescope Facility, astronomers observed Jupiter for nine hours, looking for these flows as thermal fluctuations in the planet's upper atmosphere.

But they saw none.

Instead, in Jupiter's mid-latitudes they spied a thermal spike 800 kilometers above the Great Red Spot, where temperatures soared hundreds of degrees higher than the surroundings. The best way to explain this spike is from the swirling maelstrom below, where turbulent atmospheric waves must generate heat by crashing together like breakers on a windy beach shore. Though this must be a planet-wide phenomenon, it is most obvious directly over Jupiter's largest, most powerful storm.

As alien as it seems, scientists have seen the same behavior on much smaller, gentler scales here on Earth, when thunderheads rising over mountain ranges create rippling waves that heat the air above.

对大多数人来说，木星最容易辨认、最神秘的特征在于：大红斑。数个世纪以来，天文学家已经观察到了木星表面这一风暴气旋。

但是对行星科学家来说，木星最最独特的神秘之处在于所谓的上层大气中的“能源危机”：木星这颗巨大行星到太阳的距离比地球到太阳的距离远五倍以上，可是为什么其平均温度却和地球一样温暖?

所有太阳系中的巨行星都呈现出这种能源危机，而那些在寒冷轨道围绕其他恒星运转的行星可能也会出现这种能源危机。那么，使上层大气升温的能源从何而来?

一项新研究表明，这一能源肯定源自巨行星，然后向上输送，并通过猛烈的风暴扩大。该项研究结果发表在《自然》杂志上。

这为探索木星深处提供了一个新视角，并且这一发现使研究人员可以更好地了解整个宇宙中巨型大气层的奥秘。而这一切都与大红斑有关。

天文学家很早以前就知道极光可以使木星的两极升温，这是因为被困在木星强磁场中的带电粒子和其上层大气发生了猛烈撞击。一些理论家认为，这种极光加热可以向赤道流动，从而使木星中纬度地区变暖。所以，天文学家利用美国航空航天局的红外望远镜设备观测了木星9个小时，试图在木星上层大气发生热涨落时寻找这一热流。

但是他们什么都没看到。

相反，在木星的中纬度地区，他们在大红斑上方800公里处发现了温度峰值，相比于周围的温度，这个地方的温度飙升了几百度。对此最好的解释是这种温度飙升来自下方的漩涡，那里的大气湍流通过互相碰撞产生热量，就像在起风的沙滩上拍打海岸的白浪一样。虽然这是一种宇宙现象，但木星最强大的风暴使其尤为显著。

虽然看起来很奇怪，不过科学家已经在地球上发现了规模较小、较温和的相同现象，当雷雨云砧上升越过山脉，就会产生加热上方空气的微波。

1. even though 即使;尽管;纵然;

例句：The book is a mirror of his life even though it is not a biography

这本书虽然不是传记，但仍旧是他生活的写照。

2. come from 来自;始于;

例句：Correct ideas come from social practice.

正确的思想来自社会实践。

3. according to 依据，根据，依照;

例句：You've been in prison six times according to our records.

根据我们的记录，你曾入狱六次。

4. slam into 猛烈撞击;

例句：The plane slammed into the building after losing an engine shortly after take-off.

飞机起飞之后不久，就有一个引擎出现故障，随即便一头撞上了大楼。

2020托福听力练习：聪明的蚂蚁备份导航系统

Make a left at the big oak tree about a mile down the road. That kind of direction is common in landscapes filled with visual cues. But the Sahara desert is a much tougher place to navigate. Even any footprints you leave get erased as winds massage the sand. Nevertheless, ants in the desert go on searches for food—and once they find it they carry their prize directly back to the nest.

In the late 1980's, researchers discovered that the ants can achieve this impressive feat using a process called path integration. To gauge the direction home, they keep track of the sun's motion across the sky—just like sailors used to do. To calculate the distance, they count their steps.

"It's a very hostile environment. They're foraging at the hottest times of the day and it's a desert, so surface temperatures reach 60 to 70 degrees Celsius."

Neurobiologist Matthias Wittlinger from Germany's Ulm University, on the podcast of the journal Science, which published this work.

"And they need to be really quick in finding food, and they really need to be very quick in getting the food back to the nest...they need to be really fast, and they're travelling at speeds of 100 body lengths per second."

Wittlinger noticed that sometimes desert ants carry each other.

"And here we had this unique opportunity to test traveling ants that are not walking."

If they're not walking, then they can't count their steps. So would these ants be able to find their way home?、

Bees and wasps can't count their steps, because they fly. Instead, to estimate distance they rely on what's called optic flow, which tracks how much visual information flows past them while they travel. So, do carried ants also use optic flow?

To find out, the researchers waited for an ant to emerge from its nest carrying another. After the pair walked for ten meters, the researchers separated them. And impressively, the carried ant marched straight on back to the nest—but not if their vision was blocked.

"So if they were blindfolded while being carried, they have no chance of gaining any distance information."

Which proves that they need eyesight—and therefore optic flow—to do it.

These critters live in one of the harshest environments on the planet, so it makes sense that evolution endowed them with the tools for path integration and optic flow.

"In the case of the desert ant, it's really important that they're getting navigation right...if one system fails, you still have a backup system."

Because if you're going to live in the desert you have to be very clever in finding ways to not die in the desert.

沿着这条路走，在大约一英里处的大橡树那里左拐。这种导航方向在有视觉线索的地形非常常见。但是撒哈拉沙漠是一个很难导航的地方。即使你留下脚印也会被风沙覆盖。然而，在沙漠中的蚂蚁却能够继续寻找食物，一旦它们发现食物，它们可以直接把食物搬回巢穴中。

上世纪80年代后期，研究人员发现蚂蚁可以实现这一了不起的壮举，这被称为路径整合。蚂蚁跟踪太阳在天空中的运动情况来判断回家的方向，就像过去水手们做的一样。它们通过计算步数来计算距离。

“这是一个非常恶劣的环境。它们在一天最热的时间觅食，沙漠的表面温度高达60到70摄氏度。”

德国乌尔姆大学的神经生物学家马蒂亚斯·威特林格在本周《科学》期刊的播客上发表了这项研究成果。

“它们要快速找到食物，还要快速把食物带回巢穴……它们的动作要非常快，基本上它们每秒的速度要达到身长的100倍。”

威特林格指出，有时沙漠蚂蚁会互相背着前进。

“我们有这个独特的机会来测试那些没有走路的觅食蚂蚁。”

如果它们不走路，那它们就不能计算步数。那这些蚂蚁能找到回家的路吗?

蜜蜂和黄蜂不能数步数，因为它们靠飞行移动。所以，它们依靠光流来计算距离，它们会根据飞行过程中的视觉信息流来估算距离。那被抬着的蚂蚁也用光流来计算距离吗?

为了弄清楚这点，研究人员等待一只蚂蚁背着另一只蚂蚁从它的巢里出现。在它们走了十米以后，研究人员把它们分开了。令人印象深刻地是，如果视野受阻，那被背着的蚂蚁会径直返回巢穴中。