雅思阅读真题（Part 3）
白蚁丘与节能建筑
本篇也叫：白蚁丘、白蚁巢、蚁丘、白蚁堆、白蚁窝、白蚁丘阅读
Part 3 · 考频：高频 · 最近考试：2025.7.26
本篇为雅思阅读真题（Part 3）《Termite mounds》，共 14 题，2025.7.26雅思考试真题回忆，页面提供完整原文、题目、答案与解析，并支持在线机考模式免费练习。本页同时提供 Markdown 版本 供 AI 助手与搜索引擎直接读取。
文章介绍撒哈拉以南非洲的白蚁丘：白蚁用泥土建造高达数米的塔状巢穴，内部隧道网络能吸入空气、排出废气，使巢内温度恒定、湿度自动调节。英国拉夫堡大学Rupert Soar博士团队研究这些结构，希望借鉴其原理用于未来节能建筑。白蚁还在丘内‘种植’真菌帮助消化木材。
Could the vast towers of mud constructed by insects in sub-Saharan Africa hold the key to our energy-efficient building of the future?
A
To most of us, termites are destructive insects which can cause damage on a devastating scale. But according to Dr Rupert Soar of Loughborough University’s School of Mechanical and Manufacturing Engineering, these pests may serve a useful purpose for us after all. His multi-disciplinary team of British and American engineers and biologists have set out to investigate the giant mounds built by termites in Namibia, in sub-Saharan Africa, as part of the most extensive study of these structures ever taken.
B
Termite mounds are impressive for their size alone; typically they are three metres high, and some as tall as eight metres by found. They also reach far into the earth, where the insects ‘mine’ their building materials, carefully selecting each grain of sand they use. The termite's nest is contained in the central cavity of the mound, safely protected from the harsh environment outside. The mound itself is formed of an intricate lattice of tunnels, which spilt into smaller and smaller tunnels, much like a person’s blood vessels.
C
This complex system of tunnels draws in air from the outside, capturing wind energy to drive it through the mound. It also serves to expel spent respiratory gases from the nest to prevent the termites from suffocating, so ensuring them a continuous provision of fresh, breathable air. So detailed is the design that the nest stays within three degrees of a constant temperature, despite variations on the outside of up to 50o C, from blistering heat in the daytime to below freezing on the coldest nights. The mound also automatically regulates moisture in the air, by means of best its underground ‘cellar’, and evaporation from the top of the mound. Some colonies even had ‘chimneys’ at a height of 20m to control moisture less in the hottest regions of sub-Saharan Africa.
D
Furthermore, the termites have evolved in such a way as to outsource some of their biological functions. Part of their digestive process in camera out by a fungus, which they ‘farm’ inside the mound. This fungus, which is found nowhere else on earth, thrives in the constant and optimum environment of the mound. The termites feed the fungus with slightly chewed wood pulp, which the fungus then breaks down into a digestible sugary food to provide the insects with energy, and cellulose which they use for building. And, although the termites must generate waste, none ever leaves the structure, indicating that there is also some kind of internal waste-recycling system.
E
Scientists are so excited by the mounds that they have labelled them a ‘super organism’ because, in Soar’s word. “They dance on the edge of what we would perceive to cool down, or if you’re too cold you need to thrive: that’s called homeostasis. What the termites have done is to move homeostatic function away from their body, into the structure in which they live. ‘As more information comes to light about the unique features of termite mounds, we may ultimately need to redefine our understanding of what constitutes a ‘living’ organism.
F
To reveal the structure of the mounds, Soar’s team begins by filling and covering their plaster of Paris, a chalky white paste based on the mineral gypsum, which becomes rock-solid when dry. The researcher's hen carves the plaster of Paris into half-millimatre-thick slices, and photograph them sequentially. Once the pictures are digitally scanned, computer technology is able to recreate complex three-dimensional images of the mounds. These models have enabled the team to map termite architecture at a level of detail never before attained.
G
Soar hopes that the models will explain how termite mounds create a self-regulating living environment which manages to respond to changing internal and external conditions without drawing on any outside source of power. If they do, the findings could be invaluable in informing future architectural design, and could inspire buildings that are self-sufficient, environmentally, and cheap to run. ‘As we approach a world of climate change, we need temperatures to rise, he explains, there will not be enough fuel to drive air conditioners around the world. It is hoped, says Soar, ‘ that the findings will provide clues that aid the ultimate development of new kinds of human habitats, suitable for a variety of arid, hostile environments not only on the earth but maybe one day on the moon and beyond.’
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答案：reconsidering the termite’s reputation
原文定位：To most of us, termites are destructive insects which can cause damage on a devastating scale. But according to Dr Rupert Soar;these pests may serve a useful purpose for us after all
答案：the astonishing physical dimensions of the termite mound
原文定位：Termite mounds are impressive for their size alone; typically they are three metres high, and some as tall as eight metres by found. They also reach far into the earth
答案：principal functions of the termite mound
原文定位：This complex system of tunnels draws in air from the outside, capturing wind energy to drive it through the mound. It also serves to expel spent respiratory gases from the nest to prevent the termites from suffocating;the nest stays within three degrees of a constant temperature;The mound also automatically regulates moisture in the air
答案：a mutually beneficial relationship
原文定位：Part of their digestive process is carried out by a fungus, which they ‘farm’ inside the mound;The termites feed the fungus with slightly chewed wood pulp, which the fungus then breaks down into a digestible sugary food to provide the insects with energy, and cellulose which they use for building
答案：challenging our assumptions about the nature of life
原文定位：Scientists are so excited by the mounds that they have labelled them a ‘super organism’;What the termites have done is to move homeostatic function away from their body, into the structure in which they live. As more information comes to light about the unique features of termite mounds, we may ultimately need to redefine our understanding of what constitutes a ‘living’ organism
答案：methods used to investigate termite mound formation
原文定位：Soar’s team begins by filling and covering their plaster of Paris... The researchers then carves the plaster of Paris into half-millimetre-thick slices, and photograph them sequentially. Once the pictures are digitally scanned, computer technology is able to recreate complex three-dimensional images of the mounds
答案：some potential benefits of understanding termite architecture
原文定位：the findings could be invaluable in informing future architectural design, and could inspire buildings that are self-sufficient, environmentally, and cheap to run;the findings will provide clues that aid the ultimate development of new kinds of human habitats, suitable for a variety of arid, hostile environments not only on the earth but maybe one day on the moon and beyond
答案：tunnels
原文定位：This complex system of tunnels draws in air from the outside;so ensuring them a continuous provision of fresh, breathable air. So detailed is the design that the nest stays within three degrees of a constant temperature
答案：air
原文定位：This complex system of tunnels draws in air from the outside, capturing wind energy to drive it through the mound. It also serves to expel spent respiratory gases from the nest to prevent the termites from suffocating, so ensuring them a continuous provision of fresh, breathable air
答案：moisture
原文定位：The mound also automatically regulates moisture in the air, by means of its underground ‘cellar’, and evaporation from the top of the mound
答案：evaporation
原文定位：The mound also automatically regulates moisture in the air, by means of its underground ‘cellar’, and evaporation from the top of the mound
答案：YES
原文定位：And, although the termites must generate waste, none ever leaves the structure, indicating that there is also some kind of internal waste-recycling system
答案：NO
原文定位：The researchers then carves the plaster of Paris into half-millimetre-thick slices, and photograph them sequentially. Once the pictures are digitally scanned, computer technology is able to recreate complex three-dimensional images of the mounds
答案：NOT GIVEN
原文定位：the findings could be invaluable in informing future architectural design, and could inspire buildings that are self-sufficient, environmentally, and cheap to run. ‘As we approach a world of climate change;there will not be enough fuel to drive air conditioners around the world. It is hoped;that the findings will provide clues that aid the ultimate development of new kinds of human habitats, suitable for a variety of arid, hostile environments