雅思2真题听力原文及答案 2021年11月30日雅思阅读考试真题答案

剑桥雅思9听力原文

这个是雅思考试的一个听力题

《剑桥雅思9》剑桥大学出版社是出版剑桥大学考试委员会外语考试部的各类考试（包括雅思）历届考试真题的唯一官方出版社。书中所包含的最新雅思全真试题资料由剑桥大学考试委员会外语考试部提供，是各类雅思考生备考过程中必不可少的参考书。非常适合学生自学的习题解答和听力录音文本。可影印使用的答题卡，方便考生体验真实的考试模式。

"What is love" was the most searched phrase on Google in 2021, according to the company. In an attempt to get to the bottom of the question once and for all, the Guardian has gathered writers from the fields of science, literature, religion and philosophy to give their definition of the much-pondered word.
“爱为何物”成了2021年谷歌最热门的搜索短语，跟据该公司。为了一劳永逸地弄清问题的真相，《卫报》聚集了来自科学、文学、宗教和哲学各领域的作家来给出他们对这个被思虑良多的单词的定义。
The physicist: 'Love is chemistry'
Biologically, love is a powerful neurological condition like hunger or thirst, only more permanent. We talk about love being blind or unconditional, in the sense that we have no control over it. But then, that is not so surprising since love is basically chemistry. While lust is a temporary passionate sexual desire involving the increased release of chemicals such as * and oestrogen, in true love, or attachment and bonding, the brain can release a whole set of chemicals: pheromones, dopamine, norepinephrine, serotonin, oxytocin and vasopressin. However, from an evolutionary perspective, love can be viewed as a survival tool – a mechani* we have evolved to promote long-term relationships, mutual defense and parental support of children and to promote feelings of safety and security.
物理学家：“爱是化学反应”
生理上，爱情是一种像饥饿和干渴一样的强大神经反射，只是更持久。我们说爱情盲目或无缘由，在某种意义上我们无法控制它。但这并不令人惊讶既然爱情基本上是化学反应。虽然欲望是一种临时的*的性渴望，涉及到在真爱或依赖关系中化学物质如睾丸激素和雌激素的释放增加，大脑会释放出一系列化学物质：信息素、多巴胺、去甲肾上腺素、血清素、催产素和垂体后叶加压素。然而，从进化的角度来看，爱情可被视为一种生存工具——我们已经形成的一种机制，为的是促进长期关系，共同防御和抚养孩子以及提升安全感。
The philosopher: 'Love is a passionate commitment'
The answer remains elusive in part because love is not one thing. Love for parents, partners, children, country, neighbor, God and so on all have different qualities. Each has its variants – blind, one-sided, tragic, steadfast, fickle, reciprocated, misguided, and unconditional. At its best, however, all love is a kind a passionate commitment that we nurture and develop, even though it usually arrives in our lives unbidden. That's why it is more than just a powerful feeling. Without the commitment, it is mere infatuation. Without the passion, it is mere dedication. Without nurturing, even the best can wither and die.
哲学家：“爱情是充满*的承诺”
某种程度上答案仍然是难以捉摸的因为爱不是一件事。爱父母、伴侣、孩子、国家、邻居、上帝等等都有不同的特质。每一个都有它的变体，盲目的、片面的、悲伤的、坚定的、变化无常的、有回应的、被误导的、无条件的。但是，它最好的是所有的爱都是一种我们培养和发展起来的充满*的承诺，尽管它通常不由自主地来到我们的生活中。这就是为什么它不仅仅是一种强烈的感觉。没有承诺，它只是单纯的迷恋。没有*，它只是纯粹的奉献。没有培养，即使是最好的爱情也会枯萎、死亡。
The romantic novelist: 'Love drives all great stories'
What love is depends on where you are in relation to it. Secure in it, it can feel as mundane and necessary as air – you exist within it, almost unnoticing. Deprived of it, it can feel like an obsession; all consuming, a physical pain. Love is the driver for all great stories: not just romantic love, but the love of parent for child, for family, for country. It is the point before consummation of it that fascinates: what separates you from love, the obstacles that stand in its way. It is usually at those points that love is everything.
浪漫的小说家：“爱情驱动所有伟大的故事”
爱为何物取决于你在哪里邂逅它。在其中安全，它就感觉像空气一样平常和必须——你存在于它，几乎无意识的。失去它，它就感觉像是一场妄想；所有沉溺都是身体上的疼痛。爱是所有伟大故事的前因：不只是浪漫的爱情，也包括父母对孩子的爱，对家庭的爱，对国家的爱。这就是在它圆满之前令人着迷的一点：把你从爱中分隔的是阻挡它的障碍。爱是一切通常是关键点。
The nun: 'Love is free yet binds us'
Love is more easily experienced than defined. As a theological virtue, by which we love God above all things, it seems remote until we encounter it enfleshed, so to say, in the life of another – in acts of kindness, generosity and self-sacrifice. Love's the one thing that can never hurt anyone, although it may cost dearly. The paradox of love is that it is supremely free yet attaches us with bonds stronger than death. It cannot be bought or sold; there is nothing it cannot face; love is life's greatest blessing.
修女：“爱是自由但也使我们盲目”
爱更容易经历而非定义。作为一种神学美德，我们爱上帝高于一切，它似乎很遥远直到我们遇见它，可以这么说，在另一个生命里——在善举、慷慨和自我牺牲里重生。爱是不会伤害任何人的东西，尽管它可能成本高昂。爱的悖论：它是极其自由的但比死亡还强大的纽带把我们联系在一起。它不能**，没有什么它不能面对的；爱是人生最大的祝福。

上周完成了11月的最后一次雅思考试，大家考得怎么样呢？下面就由的我来为大家介绍2021年11月30日雅思阅读考试真题答案。

一、考题解析

P1 New Zealand Forestry

P2 Regulation

P3 Toy

二、名师点评

1. 本次考试：难度中等。

2. 整体分析：涉及植物类（P1）、人文类（P2）和历史类（P3）。

相较于11月份的前四场考试，本场考试难度中等偏上，主要原因在于此次考试顺序的调整（听力和阅读顺序交换）以及匹配题数量的增多（共18题）。尽管如此，大多数考生反映此次考试难度一般，原因在于考生擅长的题型（判断和填空）的数量仍然维持常规水平（22题），同时配对题中出现人名观点和分类配对这一容易定位的题型；另外，相对于科学和心理学领域的文章，此次三篇文章的题材比较常规，这也相应地降低了此次考试的难度。综上所述：本次考试难度中等。

3. 主要题型：

本次考试题型比较常规。主流题型是填空、判断和配对，同时此次未涉及的题型选择题也应是考生备考需要重点准备的题型。

4. 文章分析：

第一篇文章主要介绍新西兰林业的发展历史。

第二篇文章主要介绍美国体测规则的制定和发展。

第三篇文章主要介绍英国儿童的游戏变化以及玩具发展。

5. 部分答案及参考文章：

Passage 1：New Zealand Forestry

题型搭配：判断6+填空7

原文待补充

1. FALSE

2. TRUE

3. NOT GIVEN

4. FALSE

5. FALSE

6. TRUE

7. shipping cost

8. export sector

9. 60000

10. the biggest sector

11. soft wood

12. Scandinavian Countries

13. substitute

技巧分析：本文是常规的填空加判断组合，注意交叉出题的方式。同学们在定位上应注意判断题前两题的定位，同时由于此篇文章难度偏低，建议在保证正确率的同时提高速度。

Passage 2：Regulation

题型：段落信息匹配题5+人名观点配对4+填空4

原文待补充

14. F

15. D

16. G

17. B

18. E

19. Dewey Llelmcamp

20. Carl Mitz

21. Jerry Ellig

22. Carl Mitz

23. benefits

24. $1 trillion

25. politicians

26. decline

技巧分析：本文是段落信息匹配、人名观点配对和填空搭配的题型，属于常规题型。据考生反映，此次第二篇文章难度系数高，主要体现在词汇和题型上，笔者建议考生在心理上沉着应对，同时采取先易后难的做题方法：填空题和人名观点配对题先行。

Passage 3：Toy

题型：段落信息匹配5+分类配对4+判断5

原文待补充

27. D

28. G

29. E

30. F

31. B

32. 1400 children gang warfare

33. 1518 a description of seasonal activity

34. 1582 dolls taxed in England

35. 1908 poem about value of games

36. FALSE

37. NOT GIVEN

38. TRUE

39. NOT GIVEN

40. TRUE

技巧分析：此题与第二篇文章的做法一致。从题型上来看，依然是比较常规的题型，但由于第二篇文章专业词汇和题型难度较大，导致大多数考生没有时间做第三篇，此时建议考生可以先做分类匹配和判断题，同时对于相对比较简单的段落信息匹配可以一网打尽，剩余的题目可以通过出题区域来卡答案。

三、考试预测

1. 2021年11月第五场考试，难度中等偏上。根据全年考试特点来看，配对题中段落信息匹配题仍然为重中之重，考生应着重此题型和其套题的相关练习。

2. 下场考试的话题可能有关科学类，传记类和社会生活类。

3. 重点浏览2021年机经。

托福TPO作为大家托福备考的模考工具，它的题目对我们有很大的参考价值，为了帮助大家备考，下面我给大家带来托福TPO2Part2阅读原文及参考答案，望喜欢。

托福TPO2Part2阅读原文

The Origins Of Cetaceans

It should be obvious that cetaceans-whales, porpoises, and dolphins-are mammals. They breathe through lungs, not through gills, and give birth to live young. Their streamlined bodies, the absence of hind legs, and the presence of a fluke1 and blowhole2 cannot disguise their affinities with land dwelling mammals. However, unlike the cases of sea otters and pinnipeds (seals, sea lions, and walruses, whose limbs are functional both on land and at sea), it is not easy to envision what the first whales looked like. Extinct but already fully marine cetaceans are known from the fossil record. How was the gap between a walking mammal and a swimming whale bridged? Missing until recently were fossils clearly intermediate, or transitional, between land mammals and cetaceans.

Very exciting discoveries have finally allowed scientists to reconstruct the most likely origins of cetaceans. In 1979, a team looking for fossils in northern Pakistan found what proved to be the oldest fossil whale. The fossil was officially named Pakicetus in honor of the country where the discovery was made. Pakicetus was found embedded in rocks formed from river deposits that were 52 million years old. The river that formed these deposits was actually not far from an ancient ocean known as the Tethys Sea.

The fossil consists of a complete skull of an archaeocyte, an extinct group of ancestors of modern cetaceans. Although limited to a skull, the Pakicetus fossil provides precious details on the origins of cetaceans. The skull is cetacean-like but its jawbones lack the enlarged space that is filled with fat or oil and used for receiving underwater sound in modern whales. Pakicetus probably detected sound through the ear opening as in land mammals. The skull also lacks a blowhole, another cetacean adaptation for diving. Other features, however, show experts that Pakicetus is a transitional form between a group of extinct flesh-eating mammals, the mesonychids, and cetaceans. It has been suggested that Pakicetus fed on fish in shallow water and was not yet adapted for life in the open ocean. It probably bred and gave birth on land.

Another major discovery was made in Egypt in 1989. Several skeletons of another early whale, Basilosaurus, were found in sediments left by the Tethys Sea and now exposed in the Sahara desert. This whale lived around 40 million years ago, 12 million years after Pakicetus. Many incomplete skeletons were found but they included, for the first time in an archaeocyte, a complete hind leg that features a foot with three tiny toes. Such legs would have been far too *all to have supported the 50-foot-long Basilosaurus on land. Basilosaurus was undoubtedly a fully marine whale with possibly nonfunctional, or vestigial, hind legs.

An even more exciting find was reported in 1994, also from Pakistan. The now extinct whale Ambulocetus natans ("the walking whale that swam") lived in the Tethys Sea 49 million years ago. It lived around 3 million years after Pakicetus but 9 million before Basilosaurus. The fossil luckily includes a good portion of the hind legs. The legs were strong and ended in long feet very much like those of a modern pinniped. The legs were certainly functional both on land and at sea. The whale retained a tail and lacked a fluke, the major means of locomotion in modern cetaceans. The structure of the backbone shows, however, that Ambulocetus swam like modern whales by moving the rear portion of its body up and down, even though a fluke was missing. The large hind legs were used for propulsion in water. On land, where it probably bred and gave birth, Ambulocetus may have moved around very much like a modern sea lion. It was undoubtedly a whale that linked life on land with life at sea

Fluke: the two parts that constitute the large triangular tail of a whale

1. "Blowhole: a hole in the top of the head used for breathing

Paragraph 1: It should be obvious that cetaceans-whales, porpoises, and dolphins-are mammals. They breathe through lungs, not through gills, and give birth to live young. Their streamlined bodies, the absence of hind legs, and the presence of a fluke3 and blowhole4 cannot disguise their affinities with land-dwelling mammals. However, unlike the cases of sea otters and pinnipeds (seals, sea lions, and walruses, whose limbs are functional both on land and at sea), it is not easy to envision what the first whales looked like. Extinct but, already fully marine cetaceans are known from the fossil record. How was the gap between a walking mammal and a swimming whale bridged? Missing until recently were fossils clearly intermediate, or transitional, between land mammals and cetaceans.

托福TPO2Part2阅读题目

Directions: Mark your answer by filling in the oval next to your choice.

1. In paragraph 1, what does the author say about the presence of a blowhole in cetaceans?

It clearly indicates that cetaceans are mammals.

It cannot conceal the fact that cetaceans are mammals.

It is the main difference between cetaceans and land-dwelling mammals.

It cannot yield clues about the origins of cetaceans.

2. Which of the following can be inferred from paragraph 1 about early sea otters?

It is not difficult to imagine what they looked like

There were great numbers of them.

They lived in the sea only.

They did not leave many fossil remains.

Paragraph 3: The fossil consists of a complete skull of an archaeocyte, an extinct group of ancestors of modern cetaceans. Although limited to a skull, the Pakicetus fossil provides precious details on the origins of cetaceans. The skull is cetacean-like but its jawbones lack the enlarged space that is filled with fat or oil and used for receiving underwater sound in modern whales. Pakicetus probably detected sound through the ear opening as in land mammals. The skull also lacks a blowhole, another cetacean adaptation for diving. Other features, however, show experts that Pakicetus is a transitional form between a group of extinct flesh-eating mammals, the mesonychids, and cetaceans. It has been suggested that Pakicetus fed on fish in shallow water and was not yet adapted for life in the open ocean. It probably bred and gave birth on land.

3. The word precious in the passage is closest in meaning to

Exact

Scarce

Valuable

Initial

4. Pakicetus and modern cetaceans have similar

Hearing structures

Adaptations for diving

Skull shapes

Breeding locations

5. The word it in the passage refers to

Pakicetus

Fish

Life

ocean

Paragraph 4: Another major discovery was made in Egypt in 1989. Several skeletons of another early whale, Basilosaurus, were found in sediments left by the Tethys Sea and now exposed in the Sahara desert. This whale lived around 40 million years ago, 12 million years after Pakicetus. Many incomplete skeletons were found but they included, for the first time in an archaeocyte, a complete hind leg that features a foot with three tiny toes. Such legs would have been far too *all to have supported the 50-foot-long Basilosaurus on land. Basilosaurus was undoubtedly a fully marine whale with possibly nonfunctional, or vestigial, hind legs.

6. The word exposed in the passage is closest in meaning to

Explained

Visible

Identified

Located

7. The hind leg of Basilosaurus was a significant find because it showed that Basilosaurus

Lived later than Ambulocetus natans

Lived at the same time as Pakicetus

Was able to swim well

Could not have walked on land

8. It can be inferred that Basilosaurus bred and gave birth in which of the following locations

On land

Both on land and at sea

In shallow water

In a marine environment

Paragraph 5: An even more exciting find was reported in 1994, also from Pakistan. The now extinct whale Ambulocetus natans ("the walking whale that swam") lived in the Tethys Sea 49 million years ago. It lived around 3 million years after Pakicetus but 9 million before Basilosaurus. The fossil luckily includes a good portion of the hind legs. The legs were strong and ended in long feet very much like those of a modern pinniped. The legs were certainly functional both on land and at sea. The whale retained a tail and lacked a fluke, the major means of locomotion in modern cetaceans. The structure of the backbone shows, however, that Ambulocetus swam like modern whales by moving the rear portion of its body up and down, even though a fluke was missing. The large hind legs were used for propulsion in water. On land, where it probably bred and gave birth, Ambulocetus may have moved around very much like a modern sea lion. It was undoubtedly a whale that linked life on land with life at sea

9. Why does the author use the word luckily in mentioning that the Ambulocetus natans fossil included hind legs?

Fossil legs of early whales are a rare find.

The legs provided important information about the evolution of cetaceans.

The discovery allowed scientists to reconstruct a complete skeleton of the whale.

Until that time, only the front legs of early whales had been discovered.

10. Which of the sentences below best expresses the essential information in the highlighted sentence in the passage?

Incorrect choices change the meaning in important ways or leave out essential information.

Even though Ambulocetus swam by moving its body up and down, it did not have a backbone.

The backbone of Ambulocetus, which allowed it to swim, provides evidence of its missing fluke.

Although Ambulocetus had no fluke, its backbone structure shows that it swam like modern whales.

By moving the rear parts of their bodies up and down, modern whales swim in a different way from the way Ambulocetus swam.

11. The word propulsion in the passage is closest in meaning to

Staying afloat

Changing direction

Decreasing weight

Moving forward

Paragraph 1: Extinct but already fully marine cetaceans are known from the fossil record. ■How was the gap between a walking mammal and a swimming whale bridged? ■Missing until recently were fossils clearly intermediate, or transitional, between land mammals and cetaceans.■Very exciting discoveries have finally allowed scientists to reconstruct the most likely origins of cetaceans. ■In 1979, a team looking for fossils in northern Pakistan found what proved to be the oldest fossil whale.

12. Look at the four squares [■] that indicate where the following sentence can be added to the passage.

This is a question that has puzzled scientists for ages.

Where would the sentence best fit?

13-14. Directions: An introductory sentence for a brief summary of the passage is provided below. Complete the summary by selecting the THREE answer choices that express the most important ideas in the passage. Some answer choices do not belong in the summary because they express ideas that are not presented in the passage or are minor ideas in the passage. This question is worth 2 points.

This passage discusses fossils that help to explain the likely origins of cetaceans-whales, porpoises, and dolphins.

●

●

●

Answer Choices

1. Recent discoveries of fossils have helped to show the link between land mammals and cetaceans.

2. The discovery of Ambulocetus natans provided evidence for a whale that lived both on land and at sea.

3. The skeleton of Basilosaurus was found in what had been the Tethys Sea, an area rich in fossil evidence.

4. Pakicetus is the oldest fossil whale yet to be found.

5. Fossils thought to be transitional forms between walking mammals and swimming whales were found.

6. Ambulocetus' hind legs were used for propulsion in the water

托福TPO2Part2 阅读答案

参考答案：

1、2

2、1

3、3

4、3

5、1

6、2

7、4

8、4

9、2

10. 3

11. 4

12. 2

13-14. 1 2 5

托福TPO2Part2阅读原文翻译

沙漠已经占据了地球表面积约四分之一，而且最近几十年正以惊人的速度扩张。沙漠化是指类似沙漠的环境漫延到原本并非沙漠的区域。据估计，地球表面另外四分之一的地方正面临沙漠化威胁。

沙漠化主要通过以下过程实现：首先自然植被不断减少，随后风力和 雨水 加速了土壤的腐蚀。有的时候松散的土壤全部被风刮走，留下石质化的表层; 其它 情况下细小的沙粒可能会被吹走，而正常沙粒大小的砂子不断堆积，从而形成移动的沙丘或者沙脊。

即便是在保留了土壤表层的区域，植被减少也已成为土壤大量吸取地下水的能力下降的典型因素。雨水对松散土壤的冲击会把细小的粘土颗粒冲到土壤空隙中，封闭了土壤并降低土地表层水的渗透率。地表对水的吸收急剧减少，大量水资源流失，因此土壤的腐蚀率也随即增加。地表吸收水分的能力进一步弱化使得土壤越发干燥，导致植被的进一步流失，于是便形成了土壤沙漠化的恶性循环。

在一些地方，沙漠面积的扩大很大程度上归因于干燥的气候条件。在过去的几千年里，不断增加的温室效应使得一些地方干旱问题愈发严重。倘若空气污染带来的温室效应继续恶化，沙漠化进程会在未来数十年内加速实现。

然而，可以肯定的是，大部分地区沙漠化主要都是由于人类活动造成，而非自然条件导致。沙漠边缘的半干旱土地所处的生态平衡环境非常脆弱，环境压力持续增加，而这些半干旱区域适应环境压力的能力极其有限。人口数量的增加使得人们不断向土地施压，依其提供食物和燃料。在湿润的季节里，土地兴许能够应付这些压力。但是在干旱的季节里，在沙漠周边的土地上，存在着这样一个十分普遍的现象：人类对土地施加的压力远远超过了土地自身减压的能力，因此最终形成了沙漠。

导致沙漠化的主要因素有四个：过度 种植 ，过度放牧，过分砍伐，过度灌溉。由于人口密度增加，人们对粮食作物的种植已经扩展到日益干燥的区域进行。这些区域很有可能经常会发生干旱，所以农作物种植失败是很正常的事情。大多数农作物的种植需要事先移除天然植被，而农作物欠收后又会留下大面积荒地，非常容易被风力和雨水侵蚀。

在半干旱地区，草坪是主要的天然植被，家畜 饲养 是当地的一项主要经济活动。在一个地区过量饲养家畜会导致植被覆盖面积减少，土地被大量践踏和碾碎。通常，随之而来的就是土地硬化和加速侵蚀。

在很多国家木材是用来做饭和加热的最主要燃料。人口增加带来的压力促使人们大量砍伐木材，导致许多城市和乡村周围大面积树木和灌木减少。同时人们大量使用烘干的动物排泄物作为替代燃料同样对土壤不利，因为这些珍贵的土壤成分调节剂和植物营养资源将不会再回归至土壤当中。

造成土地沙漠化的最后一个主要人为因素在于人类过度灌溉导致土壤的盐碱化。灌溉多余的水渗透到地下水位。假如没有排水系统的存在，那么地下水位上升，把溶解的盐分带到土壤表面。水分蒸发后，盐分留在了表面，形成白色的地壳层，这一地壳层阻止了空气和水接触地底下的土壤。

沙漠化问题异常严重，这是因为有佷广阔的地区和数量庞大的人群都受到了沙漠化的影响，而且要想逆转沙漠化的进程甚至减缓沙漠化的速度都面临着巨大的困难。一旦土壤被侵蚀，需要再经过几百到上千年的时间才会产生新的土壤。那些大量土壤仍保存完好的地方，亟需一个严谨而有力的保护政策和植被覆盖计划来保护现有土地。

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