CUET UG Biology Booster Test 3-Conservation Strategies
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QUESTION 1 OF 20
Analyze the following statements concerning conservation strategies:
I. The in situ strategy primarily addresses species facing an imminent, very high risk of extinction by immediately removing them to enclosures.
II. Protecting the whole ecosystem automatically safeguards its biodiversity at all levels.
QUESTION 2 OF 20
"Save the entire forest to save the tiger" implies a holistic conservation approach. What is the fundamental ecological rationale behind this statement?
QUESTION 3 OF 20
Which of the following conditions would NOT characterize a region designated as a 'biodiversity hotspot'?
QUESTION 4 OF 20
Match the analytical insights regarding hotspots to their corresponding data points:
| List I | List II |
|---|---|
| 1. Land area coverage of hotspots | A. 34 |
| 2. Extinction reduction potential | B. 9 |
| 3. Total hotspots globally | C. Less than 2 per cent |
| 4. Hotspots added post-initial identification | D. Almost 30 per cent |
QUESTION 5 OF 20
India is covered by exceptionally high biodiversity regions that are part of global hotspots. If a taxonomist is studying endemic amphibians in a hotspot spanning the southwestern coast of India, which hotspot are they exploring?
QUESTION 6 OF 20
Regarding India's biodiversity hotspots, which of the following is NOT listed in the text as one of the hotspots covering India's high biodiversity regions?
QUESTION 7 OF 20
Arrange the following protected area categories based on their numerical count present in India (from lowest to highest):
I. Wildlife sanctuaries
II. National parks
III. Biosphere reserves
QUESTION 8 OF 20
Consider the following statements evaluating India's protected area network:
I. India has legally protected ecologically unique regions as 14 biosphere reserves.
II. The protected area network in India is an example of ex situ conservation. Which of the statements is/are logically correct based on the text?
QUESTION 9 OF 20
Which of the following is NOT an accurate interpretation of the role of religious and cultural traditions in India's biodiversity conservation?
QUESTION 10 OF 20
Why are the sacred groves in Meghalaya analytically crucial for botanical conservation?
QUESTION 11 OF 20
Under what specific ecological condition does the text suggest ex situ conservation becomes the more desirable approach over in situ conservation?
QUESTION 12 OF 20
Match the conservation methodologies with their conceptual categories:
| Column 1 | Column 2 |
|---|---|
| 1. Saving entire forests | A. In situ approach |
| 2. Maintaining animals extinct in the wild | B. Ex situ approach |
| 3. Legally protecting a national | c. In situ approach |
| 4. Botanical gardensColumn | D. Ex situ approach |
QUESTION 13 OF 20
How does gamete cryopreservation represent a leap beyond traditional ex situ conservation (like keeping animals in enclosures)?
QUESTION 14 OF 20
Regarding advanced ex situ technologies, which of the following statements is NOT supported by the text?
QUESTION 15 OF 20
The use of seed banks is an analytical safeguard against which potential agricultural or ecological crisis?
QUESTION 16 OF 20
Arrange the following conservation methods from the least technologically intervened (most natural) to the most technologically intervened:
I. Tissue culture plant propagation
II. Protecting a sacred grove
III. Maintaining plants in a botanical garden
QUESTION 17 OF 20
QUESTION 18 OF 20
QUESTION 19 OF 20
QUESTION 20 OF 20
Test Complete!
Answer Review
1 Analyze the following statements concerning conservation strategies:
I. The in situ strategy primarily addresses species facing an imminent, very high risk of extinction by immediately removing them to enclosures.
II. Protecting the whole ecosystem automatically safeguards its biodiversity at all levels.
In situ conservation protects the organism in its natural habitat, not by removing it. Removing species to enclosures defines ex situ conservation. Protecting an ecosystem ensures the protection of all species and processes within it.
Statement I is incorrect because removing species from their natural environment to enclosures (zoological parks, botanical gardens) is the definition of ex situ conservation, not in situ. Statement II is correct because in situ conservation (on-site) aims to protect the entire ecosystem (e.g., National Parks, Biosphere Reserves). By saving the habitat, we automatically save all constituent species, their genetic diversity, and ecological interactions, making it the most holistic strategy.
- Option B → Incorrect because Statement I is false.
- Option C → Incorrect because it incorrectly validates Statement I.
- Option D → Incorrect because it ignores that Statement II is a valid ecological principle.
Used: Elimination
Application: Eliminate statements that contradict the definitions of in situ vs ex situ conservation. Once Statement I is identified as incorrect, only Option A remains.
Final Logic: In situ = natural home (habitat); Ex situ = off-site (enclosures). Statement I describes ex situ.
In Situ = In the wild.
2 "Save the entire forest to save the tiger" implies a holistic conservation approach. What is the fundamental ecological rationale behind this statement?
Tigers are apex predators. They require large areas and healthy prey populations. Habitat integrity is essential for their long-term survival.
The phrase represents the "umbrella species" concept in conservation. Protecting the forest habitat ensures the protection of the entire food web, prey base, and water sources that the tiger depends on. Option B is the correct rationale as it recognizes the interdependence of the species with its ecosystem.
- Option A → Incorrect; tigers thrive in the wild and are not restricted to captive breeding.
- Option C → Incorrect; deforestation destroys the tiger's hunting grounds and shelter.
- Option D → Incorrect; while cost-effectiveness is a side benefit, it is not the ecological rationale for the strategy.
Used: Contextual/Tonal Matching
Application: Look for the option that emphasizes ecological "wholeness" or "habitat-dependency," matching the "holistic" tone of the prompt.
Final Logic: The survival of an apex predator is an indicator of a healthy, complete ecosystem.
Tiger = Umbrella species (protect the forest, you protect the tiger).
3 Which of the following conditions would NOT characterize a region designated as a 'biodiversity hotspot'?
Hotspots are defined by high endemism. Hotspots are defined by high levels of threat (habitat loss). "Negligible loss" contradicts the definition of a hotspot.
Biodiversity hotspots are regions characterized by two criteria: exceptionally high species richness (high endemism) and high levels of habitat destruction/loss. Therefore, a region experiencing "negligible" loss would not qualify as a hotspot.
- Option A → Incorrect; this IS a defining characteristic of a hotspot.
- Option C → Incorrect; endemism is a primary criterion for hotspot designation.
- Option D → Incorrect; hotspots are prioritized specifically because their protection helps reduce global extinction rates.
Used: Extreme Word Filter
Application: The phrase "negligible levels of habitat loss" stands out as the opposite of the "high threat" requirement for hotspots.
Final Logic: Hotspots are defined by high threat, not negligible threat.
Hotspot = Hot + Spot (High species + High threat/burning).
4 Match the analytical insights regarding hotspots to their corresponding data points:
| List I | List II |
|---|---|
| 1. Land area coverage of hotspots | A. 34 |
| 2. Extinction reduction potential | B. 9 |
| 3. Total hotspots globally | C. Less than 2 per cent |
| 4. Hotspots added post-initial identification | D. Almost 30 per cent |
Coverage: < 2%. Reduction: ~30%. Total: 34. Added: 9.
1-C: Hotspots cover less than 2% of Earth's land area. 2-D: Strict protection can reduce mass extinction by almost 30%. 3-A: There are 34 recognized biodiversity hotspots. 4-B: 9 hotspots were added to the initial list of 25.
- Option A → Incorrect; random mapping.
- Option B → Incorrect mappings for all variables.
- Option C → Incorrect; swaps 3 and 4.
Used: Substitution
Application: Match the most well-known statistic (Hotspots cover < 2% of land) to '1-C'. This eliminates options B and D. Then, verify the total count (34) to confirm Option D.
Final Logic: Systematic verification of known NCERT data points.
Less than 2 (area) = 30 (extinction reduction); 25 initial + 9 new = 34 total.
5 India is covered by exceptionally high biodiversity regions that are part of global hotspots. If a taxonomist is studying endemic amphibians in a hotspot spanning the southwestern coast of India, which hotspot are they exploring?
Southwestern coast of India = Western Ghats. These are known for high amphibian endemism.
The Western Ghats and Sri Lanka hotspot covers the Western Ghats range in India. It is globally recognized for high levels of endemism, particularly among amphibians and reptiles.
- Option A → Incorrect; covers North-Eastern India.
- Option B → Incorrect; covers the Himalayan range (North).
- Option C → Incorrect; not a global biodiversity hotspot.
Used: Contextual Matching
Application: Associate the geographic location (Southwestern coast) with the corresponding Indian hotspot.
Final Logic: Geography of India maps directly to Western Ghats.
Southwest = Western Ghats.
6 Regarding India's biodiversity hotspots, which of the following is NOT listed in the text as one of the hotspots covering India's high biodiversity regions?
India has three main hotspots. They are Western Ghats, Himalaya, and Indo-Burma. Eastern Ghats is not one of them.
The three hotspots identified in the NCERT text for India are: (1) Western Ghats and Sri Lanka, (2) Indo-Burma, and (3) Himalaya. "Eastern Ghats and Andaman" is not included in this list.
- Option B → Incorrect; this IS a hotspot.
- Option C → Incorrect; this IS a hotspot.
- Option D → Incorrect; this IS a hotspot.
Used: Elimination
Application: Recall the "Big 3" hotspots for India and eliminate them.
Final Logic: The outlier is the Eastern Ghats.
W-I-H (Western Ghats, Indo-Burma, Himalaya).
7 Arrange the following protected area categories based on their numerical count present in India (from lowest to highest):
I. Wildlife sanctuaries
II. National parks
III. Biosphere reserves
Biosphere Reserves (~14). National Parks (~90). Wildlife Sanctuaries (~448).
Based on NCERT data: Biosphere Reserves (14) < National Parks (90) < Wildlife Sanctuaries (448). Therefore, the order from lowest to highest is III, II, I.
- Option A → Incorrect; reverses the logic.
- Option C → Incorrect; incorrect hierarchy.
- Option D → Incorrect; miscounts the order.
Used: Dimensional/Unit Analysis (Numerical Order)
Application: Sort by the values provided in the text.
Final Logic: 14 < 90 < 448.
BR(14) < NP(90) < WS(448).
8 Consider the following statements evaluating India's protected area network:
I. India has legally protected ecologically unique regions as 14 biosphere reserves.
II. The protected area network in India is an example of ex situ conservation. Which of the statements is/are logically correct based on the text?
Biosphere reserves count = 14 (in text). Protected Area Network = In situ conservation.
Statement I is correct per the text (14 Biosphere Reserves). Statement II is incorrect; National Parks, Sanctuaries, and Biosphere Reserves form the in situ conservation network, not ex situ.
- Option A → Incorrect; Statement I is true.
- Option B → Incorrect; confuses in situ and ex situ.
- Option C → Incorrect; Statement II is false.
Used: Elimination
Application: Determine if the Protected Area Network is in situ (on-site). Since it is, Statement II is false.
Final Logic: Protected Area Network = in situ.
Network = Protected (in home) = In situ.
9 Which of the following is NOT an accurate interpretation of the role of religious and cultural traditions in India's biodiversity conservation?
Sacred groves = protection, not harvesting. Religious tradition = conservation.
In many cultures, tracts of forest were set aside, and all trees and wildlife within were given total protection. These are known as "sacred groves." Option A describes the exact opposite of this conservation practice.
- Option B → Incorrect; this IS an accurate description of religious conservation.
- Option C → Incorrect; this IS an accurate description of the sacred grove outcome.
- Option D → Incorrect; this IS the definition of the phenomenon.
Used: Contextual/Tonal Matching
Application: Identify the statement that contrasts with the concept of "protection." "Harvesting" is the antithesis of conservation.
Final Logic: Harvesting is destruction, not conservation.
Sacred = Save, not Saw (down).
10 Why are the sacred groves in Meghalaya analytically crucial for botanical conservation?
Sacred groves protect biodiversity. They act as refugia for endangered species.
Sacred groves in regions like Meghalaya (Khasi and Jaintia Hills) are the last refuges for a large number of rare and threatened plants in their respective areas, protecting them from anthropogenic pressure.
- Option A → Incorrect; sacred groves prohibit logging.
- Option C → Incorrect; tissue culture is an ex situ laboratory technique, not a function of sacred groves.
- Option D → Incorrect; 90 refers to the number of National Parks in India, not the contents of a grove.
Used: Substitution
Application: Select the option that aligns with the "conservation" goal of the passage.
Final Logic: Sacred groves = Refugia.
Grove = Refuge.
11 Under what specific ecological condition does the text suggest ex situ conservation becomes the more desirable approach over in situ conservation?
In situ is preferred for long-term survival. Ex situ is a "safety net" for urgent cases. "Very high risk" necessitates removal to prevent extinction.
Ex situ conservation is specifically employed when an animal or plant is in danger of imminent extinction in the wild. By moving them to a controlled environment (like a zoo or gene bank), scientists can prevent the loss of the species while addressing threats in their natural habitat.
- Option A → Incorrect; if the ecosystem is healthy, in situ is sufficient and better.
- Option C → Incorrect; economic feasibility does not dictate the ecological necessity of ex situ.
- Option D → Incorrect; ex situ is for threatened, not common or invasive, species.
Used: Elimination
Application: Eliminate scenarios where in situ is the obvious choice (stable ecosystems, abundant species) to isolate the condition of "high risk."
Final Logic: Urgent risk = Ex situ.
Ex = Exit (remove from wild).
12 Match the conservation methodologies with their conceptual categories:
| Column 1 | Column 2 |
|---|---|
| 1. Saving entire forests | A. In situ approach |
| 2. Maintaining animals extinct in the wild | B. Ex situ approach |
| 3. Legally protecting a national | c. In situ approach |
| 4. Botanical gardensColumn | D. Ex situ approach |
Forests and National Parks = In situ. Animals in captivity and Botanical gardens = Ex situ.
In situ (on-site) includes protecting the ecosystem and habitats (1-A, 3-A). Ex situ (off-site) includes captive breeding and plant cultivation in special settings (2-B, 4-B).
- Option A, C, D → Incorrect; miscategorize the methods based on whether they occur in the natural habitat or a controlled setting.
Used: Substitution
Application: Group items into "In-Nature" (1, 3) and "In-Zoo/Garden" (2, 4) to verify the correct sequence.
Final Logic: Nature = In situ; Artificial = Ex situ.
"In" situ = "In" the woods. "Ex" situ = "Ex"ternal environment.
13 How does gamete cryopreservation represent a leap beyond traditional ex situ conservation (like keeping animals in enclosures)?
Cryopreservation uses liquid nitrogen. Maintains gametes/embryos. Requires less space/resources than living animals.
Cryopreservation allows for the long-term storage of gametes and embryos in liquid nitrogen at -196°C. This ensures that the genetic material remains viable, allowing for future breeding or research without the immediate need to house and feed the living animal.
- Option A → Incorrect; this is not the purpose of cryopreservation.
- Option B → Incorrect; living organisms are still necessary for the future offspring.
- Option D → Incorrect; it is a high-tech modern method.
Used: Contextual/Tonal Matching
Application: Identify the definition of cryopreservation among the options.
Final Logic: Genetic material + cold storage = Long-term potential.
Cryo = Cold; preservation = Saving for later.
14 Regarding advanced ex situ technologies, which of the following statements is NOT supported by the text?
IVF is a standard, successful tool. The text lists it as an advancement, not a failure.
The text identifies in vitro fertilization (IVF) and tissue culture as modern, useful tools for ex situ conservation. It does not state that these have been abandoned.
- Option A → Incorrect; the text confirms this advancement.
- Option B → Incorrect; this is a supported fact.
- Option C → Incorrect; this is a supported fact.
Used: Elimination
Application: Check each statement against the known technologies mentioned in the chapter. Option D contradicts the premise of "advancement."
Final Logic: The technology is active and utilized.
IVF = Advanced help for species.
15 The use of seed banks is an analytical safeguard against which potential agricultural or ecological crisis?
Seed banks store genetic diversity. Prevents extinction of crop varieties.
Seed banks are crucial for preserving the genetic diversity of crops and wild relatives. If a specific strain is lost in the field due to disease or climate change, the seed bank acts as a "bank account" to retrieve that lost genetic heritage.
- Option A, C, D → Incorrect; these are unrelated to the function of storing seed samples.
Used: Contextual/Tonal Matching
Application: Associate "Seed Bank" with "Genetics" and "Plants."
Final Logic: Seed banks protect genetic strains.
Seed bank = Plant's savings account.
16 Arrange the following conservation methods from the least technologically intervened (most natural) to the most technologically intervened:
I. Tissue culture plant propagation
II. Protecting a sacred grove
III. Maintaining plants in a botanical garden
Sacred grove = Natural/Minimal. Botanical garden = Controlled environment. Tissue culture = Laboratory/Cellular level.
Sacred groves require minimal interference (II). Botanical gardens involve planting and maintenance (III). Tissue culture is the most advanced, requiring lab equipment and aseptic conditions (I).
- Option A, B, D → Incorrect; they fail to follow the hierarchy of human/technological intervention.
Used: Elimination
Application: Start with the most natural (Sacred Grove) and end with the most synthetic (Tissue Culture). Only option C begins with II.
Final Logic: Nature < Garden < Lab.
Field (II) < Garden (III) < Test-tube (I).
17
Passage explicitly states: "called upon all nations to take appropriate measures for conservation... and sustainable utilisation."
The text directly quotes the Earth Summit's objective: to urge nations to take steps for the conservation of biodiversity and ensure the sustainable use of its benefits.
- Option A, C, D → Incorrect; the passage contains no such instructions.
Used: Contextual/Tonal Matching
Application: Extract the objective directly from the provided text passage.
Final Logic: Direct comprehension of the passage.
1992 Rio = Conservation + Sustainable Use.
18
Passage says: "In a follow-up, the World Summit... 190 countries pledged..."
The passage clearly frames the 2002 Johannesburg summit as a "follow-up" to the 1992 Earth Summit, where nations renewed their commitments to reduce biodiversity loss.
- Option B, C, D → Incorrect; explicitly contradicted by the passage.
Used: Contextual/Tonal Matching
Application: Identify the relationship described ("In a follow-up...").
Final Logic: Comprehension of textual chronology.
1992 Start -> 2002 Follow-up.
19
"By 2010" = Time-bound. "Significant reduction" = Goal-oriented/Quantifiable.
The use of a specific target year (2010) and a clear objective (significant reduction) demonstrates that these international agreements are structured, quantifiable, and time-bound commitments.
- Option A → Incorrect; it has a clear timeline.
- Option C → Incorrect; these are state/nation-level agreements, not just NGO-level.
- Option D → Incorrect; the pledge specifically includes local levels.
Used: Dimensional/Unit Analysis
Application: Break down the goal "by 2010" and "significant reduction" to interpret the nature of the policy.
Final Logic: Specific Date + Specific Goal = Time-bound commitment.
Target Date = Time-bound.
20
Passage says 190 countries, not 25.
The passage states that 190 countries made the pledge. Therefore, saying "exactly 25 nations" is factually incorrect according to the text.
- Option B, C, D → Incorrect; these are all stated as true facts in the passage.
Used: Elimination
Application: Compare the number "25" in option A with "190" in the text to identify the false statement.
Final Logic: 25 != 190.
190 countries (huge global effort).
