Development of the Horse over a Period of 40 million years IELTS Writing Task 1

Bhaskar Das

Nov 26, 2024

Development of the Horse over a period of 40 million years is an IELTS Writing Task 1. IELTS Writing Task 1 assesses a candidate’s ability to describe and summarize visual information like diagrams, graphs, or charts. This task involves identifying the primary features, highlighting trends, making comparisons, and structuring the content clearly. An effective response should focus on the main changes, avoid unnecessary detail, and use accurate and descriptive vocabulary.

Using practice materials for IELTS Writing Task 1 helps candidates become familiar with various types of data presentation. In the case of the diagrams showing the development of the horse over a 40-million-year period, it's essential to observe how the horse's anatomy, especially its feet and size, evolved over time. Regular engagement with such practice tasks enhances the ability to identify crucial details, make comparisons, and organize the information coherently—ultimately contributing to improved performance in the IELTS writing section.

Topic:

The diagrams below show the development of the horse over a period of 40 million years. write a report at a university describing the information shown below.

Development of the Horse over a Period

Band 8 IELTS Answer

The chart outlines how the horse advanced over 40 million a long times, particularly its foot structure. It is obvious that there are 4 primary stages of this improvement, beginning with the Eohippus to begin with and finishing with the current horse these days.

As can be seen, 40 million years ago, the Eohippus with a very brief tail was not as huge as its relatives. Besides, what made it extraordinary was that its foot comprised 4 toes which were very little. Around 10 million a long time afterward, Mesohippus showed up with a bigger body and longer tails. In any case, its foot changed because it had 3 digits.

Furthermore, within the third arrangement, Merychippus had the same measure as the past Mesohippus, all things considered, the mane began to develop and the center toe developed unmistakably. At long last, the cutting-edge horse as we see it nowadays, has the longest tail compared to its precursors. The mane is huge and the foot structure advances to a fair single digit.

Band 7.5 IELTS Answer

The graphs outline the developmental advancement of the horse, centering on critical changes within the body measure and bone structure of each foot over a span of 40 million a long time. In general, the estimate of steeds slowly expanded, and their feet advanced to end up stronger and bigger all through this period.

Concurring to the information, the most punctual steeds, known as Eohippus, to begin with showed up 40 million a long time prior. These creatures were characterized by their moderately little measure, brief tails, and slim feet with four lean toes. Over the next 10 million years, Eohippus advanced into Mesohippus, which had a bigger body and longer tail. Furthermore, their feet had as it were three toes, with a noticeable center one at the time, and their mane started to create.

Around 15 million a long time ago, Merychippus developed. These animals had a comparable foot bone structure to that of Mesohippus, but their feet were bigger, and their manes were thicker. Be that as it may, the body estimate of Merychippus was smaller than that of cutting-edge steeds, which were the biggest and had the thickest manes. Inevitably, the feet of cutting-edge steeds intertwined together, shaping strong hooves. Thus, this bone structure contributed to their erect pose.

Band 7 IELTS Answer

The charts outline the changes in sizes and shapes between old and cutting-edge steeds from 40 million a long time ago to these days. In development, these photographs as well delineate the formative stages of their feet in the midst of this given period.

In common, all through history, the degree of steeds has extended gradually, and the structure of their feet has gotten to be less demanding to alter to present-day common domains.

According to the data, the starting horse, Eohippus, existed 40 million a long time earlier. These creatures were small, and their tails were brief at the time, with four thin toes on each foot. Over the taking after 10 million a long time, the relatives of Eohippus, called Mesohippus, rose, owning more prominent access and longer tails than their antecedents. Strikingly, Mesohippus' feet had three digits on each foot.

Generally, 15 million years earlier, the closeness of Merychippus was recorded. These wild animals were taller, and their mane was thicker than the two past species. Also, in showing disdain toward the truth that the structure of the feet was comparable to that of the Mesohippus, the degree was more noteworthy, especially the center toe. In the long final, the display day horse, known as the ultimate alter, had the most prominent gauge among others. With an intense single foot and strong structure of bone, they contributed to an erect posture for this kind of horse. Moreover, since the modification in DNA, it was found that there was more hair on the mane and tail of the display day horse.

IELTS General Writing Task 1 Samples

*The article might have information for the previous academic years, please refer the official website of the exam.

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