Worms put new life into derelict site reading practice test consisting of 13 questions, covering three different types of questions. Each question is accompanied by its respective answer, location in the passage, and a detailed explanation. This valuable resource offers a thorough assessment of your comprehension regarding the economic importance of coral reefs. It provides comprehensive insights that aid in understanding the correct answers and the reasoning behind them.
Given question types are, Multiple Choice Questions, Note Completion Questions, and Matching Features Questions.
Table of contents:
Solution for Worms put new life into derelict site
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Answer Table
| 1. C |
5. C |
9. trees |
13. D |
| 2. B |
6. soil recomposition |
10. G |
|
| 3. B |
7. natural processes |
11. H |
|
| 4. A |
8. nitrogen |
12. B |
|

Worms put new life into derelict site IELTS Reading Practice Test - Exam Review
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Passage
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Worms put new life into derelict site
Poisoned soil at an old steelworks is being cleansed by thousands of worms, writes Mimi Chakraborty.
Thousands of deep-burrowing earthworms are to help turn the long-derelict site of a steelworks into Woodland and a renewable energy park.
As part of a pioneering low-cost plan to reclaim the site of the former Hallside steelworks at Cambuslang near Glasgow, worms are being used to accelerate the process of soil regeneration and to transform the land, over time, into an attractive and financially productive site.
Hallside’s closure in 1979 put an end to more than 100 years of steel production. The surrounding land had become heavily compacted and was too contaminated with heavy metals such as chromium, cadmium and lead to support any kind of brick and mortar development.
The site’s 30 hectares were left abandoned until 1990, when a rescuer plan put together by local landscaping and earthmoving company, HL Banks, and the regional developer, Scottish Greenbelt, was approved by local authorities.
Now the site has been covered by a two-metre layer of partially treated sewage material which has been mixed with colliery waste. This will be converted into usable soil by about 20,000 Lubricus terrestrial (garden lobworms ) and Aporrectodea long (black-headed worms) that have been let loose on the site.
The specially raised hermaphrodites, which are self-impregnating, will spend the next five to ten years chewing their way through the topping layer to create a soil structure able to sustain long-term plant growth. Without them, the process could take up to 60 years. Researchers at Bell College of Technology in nearby Hamilton examined the use of earthworms in land regarding, and found that even in the hostile mixture of coal-tip waste and partially treated sewage, earthworms were able to speed up the process of soil recomposition.
They selected different varieties of deeper-burrowing earthworm species, whose bulk feeding and casting actions, as well as their ability to improve the mineral content of soil would increase the rate of reformulation much faster than the natural processes.
Sean Ince, of Bell’s department of biology, says ‘The idea is that earthworms will contribute in cumulative way to further soil binding, and that they will aerate and add nitrogen to the soilcovering the Hallside site.’
At the same time, Scottish Greenbelt has begun planting the area with 250,000 trees - including willow and alder - specially selected for their ability to grow on degraded land.
These will have the dual function of extracting contaminants from the soil through their root systems, and being harvested for word burning or chipboard manufacture.
By using the cash raised from wood harvesting, David Craven, director of Scottish Greenbelt, says he expects Hallside to be self-financing.
‘The first tranche of trees was planted in April and they are now over six feet tall, despite dry weather through the summer,’ he says. ‘The fields are being planted on a four-year rotation basis and will be used to help us meet our costs.’
Craven says the cost of land bioremediation - the labour-intensive process of removing soil for chemical and bacterial cleansing - could have been more than £30m.
At Bell College, lnce says: ‘There’s a whole legacy of toxic soil contamination going back many years. There is physical degradation of the soil as well as contamination from metals, including lead, chromium and arsenic.’
Sampling of the soil at regular intervals over the next few years will give an indication of the level of contaminants. Within less than 20 years the land could be re-integrated into the community.
Hopes of a successful outcome at Hallside have paved the way for similar regeneration plans for the nearby Gartcosh steelworks and at Glengarnock in Ayrshire.
Questions
Questions 1-5
Choose the appropriate letters A-D and write them in your answer sheet.
1. The Hallside site has been
- turned into a steelworks from a woodland and an energy park
- in use as an energy park.
- disused for a long period of time.
- disused for a short period of time.
2. After more than one hundred years of steel production at Hallside,
- the land could not be used for anything.
- it was impossible to get the land to build on.
- the land could then be built on.
- the land could be used for any purpose.
3. The plan to reclaim Hallside was proposed by
- Scottish Greenbelt and the regional developer.
- local authorities.
- a local landscaping company and HL Banks.
- Scottish Greenbelt and HL Banks.
4. In the conversation of the soil at the Hallside site,
- two types of worms are being used.
- three types of worms are being used.
- many types of worms are being used.
- thousands of different types of worms are being used.
5. The soil regeneration at the Hallside site will take
- 60 years
- between 5 and 10 years.
- up to 60 years.
- less than five years.
Questions 6-9
Choose ONE OR TWO WORDS from reading passage for each answer.
Write your answers in your answer sheet.
6. In research at Bell College, worms were used that quickened ___________.
7. The Bell researchers chose worms that would convert contaminated soil more rapidly than the ____________.
8. The soil at Hallside will be enriched by adding air and ____________.
9. Contaminants will be removed from the soil by _____________.
Questions 10-13
Choose ONE phrase from the list of phrases A-H below to complete each of the following sentences.
Write your answers in your answer sheet.
10. The Hallside site is expected to
11. Bio-remediation at Hallside could
12. Within 20 years, the land at Hallside could
13. Similar regeneration plans may
- still be contaminated.
- be in use again by the community.
- work better elsewhere.
- take place at other steelworks.
- have cost millions of pounds.
- have been labour intensive.
- pay for itself.
- cost more than bio-remediation.
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Answers For Worms put new life into derelict site With Explanations
Worms put new life into derelict site reading answers with explanations can be highly beneficial in assessing your performance and comprehending. These answers and explanations will enhance your knowledge and effectively evaluate your performance in the reading section.
(Note: The text in the italics mentions the location and referring lines written in the reading passage.)
1. Answer: C
Explanation: In the 3rd Paragraph, the writers mentioned that, ‘Hallside’s closure in 1979 put an end to more than 100 years of steel production. The surrounding land had become heavily compacted and was too contaminated with heavy metals such as chromium, cadmium and lead to support any kind of brick and mortar development…The site’s 30 hectares were left abandoned until 1990, when a rescuer plan put together by local landscaping and earthmoving company,...’ This indicates that the site had been disused for a significant period of time.
2. Answer: B
Explanation: In the 3rd Paragraph, the writers mentioned that, ‘The surrounding land had become heavily compacted and was too contaminated with heavy metals such as chromium, cadmium and lead to support any kind of brick and mortar development.’ It indicates that it was not possible to build on the land.
3. Answer: C
Explanation: In the 4th Paragraph, the writers mentioned that, ‘The site’s 30 hectares were left abandoned until 1990, when a rescuer plan put together by local landscaping and earthmoving company, HL Banks, and the regional developer, Scottish Greenbelt, was approved by local authorities.’ Thus, the proposal for reclaiming Hallside was made by a local landscaping company and HL Banks.
4. Answer: A
Explanation: In the 5th Paragraph, the writers mentioned that, ‘This will be converted into usable soil by about 20,000 Lubricus terrestrial (garden lobworms ) and Aporrectodea long (black-headed worms) that have been let loose on the site.’ Therefore, the conversation of the soil at the Hallside site involves the use of two specific types of worms.
5. Answer: C
Explanation: In the 6th Paragraph, the writers mentioned that, ‘The specially raised hermaphrodites, which are self-impregnating, will spend the next five to ten years chewing their way through the topping layer to create a soil structure able to sustain long-term plant growth. Without them, the process could take up to 60 years.’ It states that the soil regeneration at the Hallside site has the potential to take a maximum of 60 years.
6. Answer: soil recomposition
Explanation: In the 6th Paragraph, the writers mentioned that, ‘Researchers at Bell College of Technology in nearby Hamilton examined the use of earthworms in land regarding, and found that even in the hostile mixture of coal-tip waste and partially treated sewage, earthworms were able to speed up the process of soil recomposition.’
7. Answer: natural processes
Explanation: In the 7th Paragraph, the writers mentioned that, ‘They selected different varieties of deeper-burrowing earthworm species, whose bulk feeding and casting actions, as well as their ability to improve the mineral content of soil would increase the rate of reformulation much faster than the natural processes.’
8. Answer: nitrogen
Explanation: In the 8th Paragraph, the writers mentioned that, ‘Sean Ince, of Bell’s department of biology, says ‘The idea is that earthworms will contribute in cumulative way to further soil binding, and that they will aerate and add nitrogen to the soilcovering the Hallside site.’’
9. Answer: trees
Explanation: In the 9th Paragraph, the writers mentioned that, ‘At the same time, Scottish Greenbelt has begun planting the area with 250,000 trees - including willow and alder - specially selected for their ability to grow on degraded land….These will have the dual function of extracting contaminants from the soil through their root systems, and being harvested for word burning or chipboard manufacture.’ Thus, the trees play a role in removing contaminants from the soil. Additionally, the passage states that the wood harvested from these trees will be used for purposes such as burning for fuel or manufacturing chipboard.
10. Answer: G
Explanation: In the 11th Paragraph, the writers mentioned that, ‘By using the cash raised from wood harvesting, David Craven, director of Scottish Greenbelt, says he expects Hallside to be self-financing.’
11. Answer: H
Explanation: In the 11th Paragraph, the writers mentioned that, ‘Craven says the cost of land bioremediation - the labour-intensive process of removing soil for chemical and bacterial cleansing - could have been more than £30m.’ This indicates that the bio-remediation process at Hallside could be expensive and cost more than alternative methods of soil remediation.
12. Answer: B
Explanation: In the 15th Paragraph, the writers mentioned that, ‘Sampling of the soil at regular intervals over the next few years will give an indication of the level of contaminants. Within less than 20 years the land could be re-integrated into the community.’ This suggests that the land will undergo a process of regeneration and transformation, making it suitable for use by the community once again.
13. Answer: D
Explanation: In the 15th Paragraph, the writers mentioned that, ‘Hopes of a successful outcome at Hallside have paved the way for similar regeneration plans for the nearby Gartcosh steelworks and at Glengarnock in Ayrshire.’ This suggests that similar efforts to reclaim and transform derelict steelworks sites are being considered for implementation at other steelworks locations.
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