The Plight of Rice Reading Answers
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The Academic passage, The Plight of Rice Reading Answers, is a reading passage that consists of 13 questions.
With diligent practice, the Reading Module can be the top-scoring category for IELTS aspirants. To score well, you must understand how to approach and answer the different question types in the Reading Module.
By solving and reviewing Sample Reading questions from past IELTS papers, you can ensure that your Reading skills are up to the mark. Take the reading passage The Plight of Rice below and try more IELTS reading practice tests from IELTSMaterial.com.
The question types found in this passage are:
- True/False/Not Given (Q. 1-5)
- Notes Completion (Q. 6-11)
- Multiple Choice Question (Q. 12-13)
Reading Passage 1
The Plight of Rice
Rice is a tall grass with a drooping panicle that contains numerous edible grains and has been cultivated in China for more than 6,000 years. A staple throughout Asia and large parts of Africa, it is now grown in flooded paddy fields from sea level to high mountains and harvested three times a year. According to the Food and Health Organisation of the United Nations, around four billion people currently receive a fifth of their calories from rice.
Recently, Japan, South Korea, and Taiwan have slightly reduced rice consumption due to the adoption of more western diets, but almost all other countries have raised their consumption due to population increase. Yet, since 1984, there have been diminishing rice yields around the world.
From the 1950s to the early 1960s, rice production was also suffering: India was on the brink of famine, and China was already experiencing one. In the late 1950s, Norman Borlaug, an American plant pathologist, began advising Punjab State in northwestern India to grow a new semi-dwarf variety of wheat. This was so successful that, in 1962, a semi-dwarf variety of rice, called IR8, developed by the Philippine International Rice Research Institute (IRRI), was planted throughout Southeast Asia and India. This semi-dwarf variety heralded the Green Revolution, which saved the lives of millions of people by almost doubling rice yields: from 1.9 metric tons per hectare in 1950-64, to 3.5 metric tons in 1985-98.
IR8 survived because, as a semi-dwarf, it only grows to a moderate height, and it does not thin out, keel over, and drown like traditional varieties. Furthermore, its short thick stem is able to absorb chemical fertilisers, but, as stem growth is limited, the plant expends energy on producing a large panicle of heavy seeds, ensuring a greater crop.
However, even with a massive increase in rice production, semi-dwarf varieties managed to keep up with population growth for only ten years. In Africa, where rice consumption is rising by 20% annually, and where one-third of the population now depends on the cereal, this is disturbing. At the current rate, within the next 20 years, rice will surpass maize as the major source of calories on that continent. Meantime, even in ideal circumstances, paddies worldwide are not producing what they once did, for reasons largely unknown to science. An average 0.8% fall in yields has been noted in rich rice-growing regions; in less ideal ones, flood, drought and salinity have meant yields have fallen drastically, sometimes up to 40%.
The sequencing of the rice genome took place in 2005, after which the IRRI developed genetically modified flood-resistant varieties of rice, called Sub 1, which produce up to four times more edible grain than non-modified strains. In 2010, a handful of farmers worldwide were planting IRRI Sub 1 rice; now, over five million are doing so. Currently, drought- and salt- resistant varieties are being trialled since most rice is grown in the great river basins of the Brahmaputra, the Irrawaddy, and the Mekong that are all drying up or becoming far saltier.
With global warming, many rice-growing regions are hotter than 20 years ago. Nearly all varieties of rice; including IR8, flower in the afternoon, but the anthers – little sacs that contain male pollen – wither and die in soaring temperatures. IRRI scientists have identified one variety of rice, known as Odisha, that flowers in the early morning and they are in the process of genetically modifying IR8 so it contains Odisha-flowering genes, although it may be some time before this is released.
While there is a clear need for more rice, many states and countries seem less keen to influence agricultural policy directly than they were in the past. Some believe rice demand will dip in wealthier places, as occurred in Japan, South Korea, and Taiwan; others consider it more prudent to devote resources to tackling obesity or to limiting intensive farming that is environmentally destructive.
Some experts say where there is state intervention it should take the form of reducing subsidies to rice farmers to stimulate production; others propose that small landholdings should be consolidated into more economically viable ones. There is no denying that land reform is pressing, but many governments shy away from it, fearing losses at the ballot box, all the while knowing that rural populations are heading for the city in droves anyway. And, as they do so, cities expand, eating up fertile land for food production.
One can only hope that the IRRI and other research institutions will spearhead half a dozen mini green revolutions, independently of uncommitted states.
Questions 1-5
Do the following statements agree with the information given in Reading Passage 1?
In boxes 1-5 on your answer sheet, write:
TRUE if the statement agrees with the information.
FALSE if the statement contradicts the information.
NOT GIVEN if there is no information on this.
1 Rice is only grown at a low elevation.
2 Rice has been cultivated in Africa for 3,000 years.
3 Since 1984, rice yields have decreased due to infestations of pests.
4 Norman Borlaug believed Punjabi farmers should grow semi-dwarf rice.
5 The Green Revolution increased rice yields by around 100%.
Questions 6-11
Complete the notes below.
Choose ONE WORD AND / OR A NUMBER from the passage for each answer.
Write your answers in boxes 6-11 on your answer sheet.
Traditional varieties of rice |
|
IR8 Variety |
|
Sub 1 Varieties |
|
Odisha variety |
|
Questions 12-13
Choose the correct letter A, B,C, or D.
Write the correct letter in boxes 12-13 on your answer sheet.
12 States are more interested in……..than stimulating rice production.
A increasing wheat production
B reducing farm subsidies
C confronting obesity
D consolidating land holdings
13…….disappearing as urbanisation speeds up.
A Intensive farming is
B Fertile land is
C Clean water is
D Agricultural institutes are
Answer Key
Question No. | Answer | Question No. | Answer |
1. | False | 8. | crop |
2. | Not Given | 9. | 4/four |
3. | Not Given | 10. | 5/five million |
4. | False | 11. | morning |
5. | True | 12. | C |
6. | thin | 13. | B |
7. | stem |
Explanation
1 Answer: False
Question type: True/False/Not Given
Answer location: Paragraph 1, line 2
Answer explanation: In the mentioned line, it is given “A staple throughout Asia and large parts of Africa, it is now grown in flooded paddy fields from sea level to high mountains and harvested three times a year.”. From the quoted sentence, it can be concluded that cultivation of rice is not limited to low elevation, but can be done at higher elevations (mountains) as well. As the statement contradicts the information, the answer is False.
2 Answer: Not Given
Question type: True/False/Not Given
Answer location: N.A.
Answer explanation: Although there is a reference to Africa mentioning that the consumption of rice is increasing, there is no information on whether rice has been cultivated in Africa for 3,000 years. Hence, the answer is Not Given.
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3 Answer: Not Given
Question type: True/False/Not Given
Answer location: N.A.
Answer explanation: Although in Paragraph 2, it is mentioned that since 1984, there have been diminishing rice yields around the world, there is no mention of any particular reason as mentioned in the statement. Hence, the answer is Not Given.
4 Answer: False
Question type: True/False/Not Given
Answer location: Paragraph 3, line 2
Answer explanation: The given line of Paragraph 3 cites that “In the late 1950s, Norman Borlaug, an American plant pathologist, began advising Punjab State in northwestern India to grow a new semi-dwarf variety of wheat.”. It is clear that Norman Borlaug advised Punjab farmers to grow a new semi-dwarf variety of wheat and not rice as mentioned in the statement. As the statement contradicts the information, the answer is False.
5 Answer: True
Question type: True/False/Not Given
Answer location: Paragraph 3, line 4
Answer explanation: In the quoted line of Paragraph 3, it is said that “This semi-dwarf variety heralded the Green Revolution, which saved the lives of millions of people by almost doubling rice yields: from 1.9 metric tons per hectare in 1950-64, to 3.5 metric tons in 1985-98.”. This points out that the statement agrees with the information that the Green Revolution heralded by the semi-dwarf variety of rice, IR8, doubled (increased the yield by 100%) the rice yield. Hence, the answer is True.
6 Answer: thin
Question type: Table Completion
Answer location: Paragraph 4, line 1
Answer explanation: The following line –IR8 survived because, as a semi-dwarf, it only grows to a moderate height, and it does not thin out, keel over, and drown like traditional varieties.– proves the fact that the traditional variety of rice, unlike IR8, was tall and thin which led to collapse (thin out, keel over, and drown). Hence, the answer is ‘thin’.
7 Answer: stem
Question type: Table Completion
Answer location: Paragraph 4, line 1
Answer explanation: In the specified line of Paragraph 4, it is mentioned that “Furthermore, its short thick stem is able to absorb chemical fertilisers…”. From this reference, it can be said that the IR8 variety of rice absorbs chemical fertilizers in its stem. Hence, the answer is ‘stem’.
8 Answer: crop
Question type: Table Completion
Answer location: Paragraph 4, line 1
Answer explanation: In Paragraph 4, it is stated that “…the plant expends energy on producing a large panicle of heavy seeds, ensuring a greater crop.”. This statement indicates that the IR8 plant produces a large panicle of heavy seeds which result in a bigger (greater) crop. Hence, the answer is ‘crop’.
9 Answer: 4/four
Question type: Table Completion
Answer location: Paragraph 6, line 1
Answer explanation: Through the line like, “The sequencing of the rice genome took place in 2005, after which the IRRI developed genetically modified flood-resistant varieties of rice, called Sub 1, which produce up to four times more edible grain than non-modified strains.”, it can be concluded that the sub 1 varieties of rice can produce four times more crops compared to the non-modified ones. Hence, the answer is ‘4/four’.
10 Answer: 5/five million
Question type: Table Completion
Answer location: Paragraph 6, line 2
Answer explanation: The given line of Paragraph 6 says that “In 2010, a handful of farmers worldwide were planting IRRI Sub 1 rice; now, over five million are doing so.”. It is clear that earlier few farmers used the sub 1 varieties, but at present over five people of them are using it. Hence, the answer is ‘5/five million’.
11 Answer: morning
Question type: Table Completion
Answer location: Paragraph 7, line 3
Answer explanation: In Paragraph 7, it is mentioned that “IRRI scientists have identified one variety of rice, known as Odisha, that flowers in the early morning…”. In light of the fact that the Odisha variety flowers early in the morning, the answer is ‘morning’.
12 Answer: C
Question type: Multiple Choice Question
Answer location: Paragraph 8
Answer explanation: In Paragraph 8, it is reported that “While there is a clear need for more rice, many states and countries seem less keen to influence agricultural policy … others consider it more prudent to devote resources to tackling obesity or to limiting intensive farming that is environmentally destructive.” This points to the fact that many states are more focused on ways to tackle obesity and limiting intensive farming rather than influencing agricultural policy (stimulating rice production). Hence, the answer is C.
13 Answer: B
Question type: Multiple Choice Question
Answer location: Passage 9, line 3
Answer explanation: The line given in Paragraph 9 – And, as they do so, cities expand, eating up fertile land for food production.– highlights the fact that as urbanization is speeding up, fertile lands for food production are reduced. Hence, the answer is B.
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