Extinct The Giant Deer Reading Answer with IELTS Passage

Extinct The Giant Deer Reading Answer: The IELTS Reading section tests candidates’ ability to understand challenging passages under time pressure. The IELTS exam often includes topics based on science or environment for the reading exams. The IELTS reading passage on the Giant deer is an excellent resource for improving preparation. It offers insights into the disappearance of Megaloceros giganteus, also known as the Irish Elk.

Understanding the Extinct giant deer IELTS reading explanation also helps in improving one’s grasp of environmental history and species that decline due to climate change and human activity. This passage also connects candidates to real-world sustainability and conservation discussions.

Free IELTS Reading Practice Tests

Extinct The Giant Deer Reading Answer IELTS Passage

Here is the IELTS reading passage for Extinct giant deer. Candidates should carefully read the passage and highlight key information to quickly answer the related questions.

Extinct The Giant Deer IELTS Passage

Paragraph A

The megaloceros giganteus is otherwise called the Irish elk (giant deer). Studies of decrepit bones and teeth by analysts based in Britain and Russia show the enormous herbivore lived until about 5,000 B.C.—exceeding three renaissances later than formerly trusted. The investigation panel says this hints at more aspects, apart from climate change, probably rushed the Irish elk's final disappearance. The aspects could comprehend hunting or environmental demolition by humans.

Paragraph B

The giant deer, so-called as its well-kept debris are frequently found in lake dregs under morass in Ireland, first emerged about 400,000 years ago in Europe and central Asia. via an amalgamation of carbon-14 dating of skeletal remains and the aligning of spots where the remains were excavated, the crew shows the giant deers was excited across Europe before the last "big freeze." The deer's span later shrinks to the Ural Mountains in present-day Russia, which divided Europe from Asia.

Paragraph C

The Irish elk made its last stand in western Siberia, some 3,000 years after the ice sheets retreated, said the study's co-author, Adrian Lister, lecturer of palaeobiology at University College London, England. "The eastern highlands of the Urals became very thickly forested about 8,000 years ago, which could have pushed them onto the plain," he said. He combined that antigen inquiry to designate the region, then became very parched in reaction to further climate swap, leading to the loss of chief food plants. "In amalgamation with human pressures, this could have eventually extinguished them out," Lister said.

Paragraph D

Stalking by humans has frequently been placed forward as a conducive cause of the destruction of the pleistocene megafauna. The crew, even though, said their new date for the Irish elk's annihilation, clue at an additional human-made issue-environmental demolition. Lister said, "We haven't got just hunting 7,000 years ago-this was also about the time the first Medieval people lived in the region. They were farmers who would have discharged the land." The existence of humans may help describe why the Irish elk was helpless to resilient out the latest of many climatic oscillation-periods it had alive in the past.

Paragraph E

Meanwhile, Lister cast uncertainty on other feasible clarification for the deer's death-the male's vast horn. Some chemists have advised this overemphasised characteristic-the outcome of females preferring stags with the biggest horns, perhaps because they published a male's fitness- donated to the mammal's downfall. They say such horns would have been a serious trouble in the thick forests that spread northward after the last ice age. But, Lister said, " That's a compelling argument to make because the deer formerly survived finely well via wooded glaciation [ a warm period between glacial epochs]." Some analysts have advised that an inadequacy of enough high-quality fodder caused the annihilation of the elk. High amounts of calcium and sodium phosphate compounds are needed to form horns, and therefore, huge quantities of these minerals are needed for the huge structures of the Irish Elk. The males(and male deer in general) met this necessity partly from their bones, refill them from food plants after the horns were developed or recoup the nutrients from discarded horns( as has been noticed in surviving deer). Thus, in the horn growth stage. Irish elk were aching from a condition alike to silent disease. When the climate swapped at the end of the last ice age, the flora in the animal's environment also changed against species that probably could not deliver enough amounts of the needed minerals. At least in the western part of its range.

Paragraph F

The annihilation of megafauna all over the world was almost concluded by the end of the last glacial period. It is trusted that megafauna at first came into continuation in reaction to icy conditions and vanished with the onset of warmer climates. Tropical and subtropical areas have gone through less radical climate swap. The most dramatic of these swaps was the change of a huge area of North Africa into the world's biggest desert. Notably, Africa avoided major faunal annihilation, as did tropical and subtropical Asia. The human evacuation from Africa and our access into the Americans and Australia were also caused by climate change. Australia's climate swapped from cold-dry to warm-dry. As a outcome, surface water becomes scant. Most inland lakes become totally dry or dry in the warmer seasons. Most large, mainly peruse animals lost their environment and retired to a narrow band in eastern Australia, where there was lasting water and better flora. Some animals may have lived until about 7000 years ago. If people have been in Australia for up to 60,000 years, then megafauna must have accompanied humans for at least 30,000 years. Frequently hunted modern kangaroos lived not only 10,000 years of indigenous hunting but also an assault of trade shooters.

Paragraph G

The crew of analysts led by A.J. Stuart concentrated on northern Eurasia, which he was taking as Europe, plus Siberia, basically, where they have got the best data that animals vanished in Europe during the Late pleistocene. Some cold-adapted animals experienced the last part of the cold stage, and then vanished up there. So you have usually got two phases of vanishing. Now, neither of these concur— these are Neanderthals here being replaced by modernised humans. There's no clear accident between the arrival of humans or climatic swap alone and these destruction. There's a climate swap here, so there's a dual effect here. Again, as animals come via to the last part of the icy stage, here there's a basic swap in the climate restructuring of flora, and the amalgamation of the climatic change and the existence. There's a heartfelt variance between the North American data and that of Europe, which abridge that the destruction in northern Eurasia, in Europe, are average and lurch, and in North America, acute and sudden. And these things relate to the variance in the timing of human arrival. The destruction follows from human depredation but only at times of basis swaps in the habitat.

Also Read: 

• IELTS Reading Tips And Strategies

• IELTS Listening Tips

• IELTS Writing Tips

• IELTS Speaking Tips And Tricks

Guidance of PW IELTS

Physics Wallah offers a few popular online IELTS courses for all students. Follow the latest IELTS articles to better prepare for the exam.