Consider the following : 1. Black-necked crane 2. Cheetah 3. Flying squirrel 4. Snow leopard Which of the above are naturally found in India ?

1. Biogeographic Zones of India (basic)

To understand how we conserve threatened species, we must first understand the Biogeographic Zones of India. Biogeography is the study of the distribution of species and ecosystems in geographic space and through geological time. In 1988, experts Rodgers and Panwar classified India into 10 distinct Biogeographic Zones, further divided into 25 Biogeographic Provinces, to provide a scientific basis for planning our network of protected areas Shankar IAS Academy, Indian Biodiversity Diverse Landscape, p.152.

This classification isn't random; it is based on factors like altitude, moisture, topography, and rainfall. For instance, the Trans-Himalaya zone (covering about 5.6% of India) is a high-altitude cold desert where you find specialized species like the Snow Leopard and the Bharal (Blue Sheep), while the Himalaya zone is characterized by distinct altitudinal belts of vegetation Majid Hussain, BIODIVERSITY, p.8, 20. Understanding these zones is crucial because a species' survival is inextricably linked to the specific ecological conditions of its home zone.

The 10 zones represent the incredible diversity of the Indian landscape, ranging from the arid Thar Desert to the lush Western Ghats and the unique Islands of Andaman, Nicobar, and Lakshadweep. Below is a quick look at how these zones are structured:

Zone Category	Examples of Provinces	Significance
Trans-Himalaya	Ladakh, Tibetan Plateau	Cold desert, high-altitude specialists.
Himalaya	North-West, West, Central, & East Himalaya	Global biodiversity hotspot; altitudinal zonation.
The Desert	Thar, Katchchh	Extremely arid; unique desert-adapted fauna.
Deccan Peninsula	Central Highlands, Chhota Nagpur	The largest biogeographic zone in India.

By categorizing the country this way, conservationists can ensure that we aren't just protecting 'forests' in general, but specifically safeguarding the unique 'biological signatures' of every different region Shankar IAS Academy, Indian Biodiversity Diverse Landscape, p.153.

Sources: Environment, Shankar IAS Academy, Indian Biodiversity Diverse Landscape, p.152-153; Environment and Ecology, Majid Hussain, BIODIVERSITY, p.8, 20

2. IUCN Red List Categories and Indian Context (basic)

The IUCN Red List of Threatened Species, established in 1966, serves as the world's most comprehensive inventory of the global conservation status of biological species Environment, Shankar IAS Academy, Biodiversity, p.147. It acts like a 'health check' for the planet, using a set of precise criteria to evaluate the extinction risk of thousands of species. These criteria consider factors such as population size, rate of decline, and geographic range Environment and Ecology, Majid Hussain, BIODIVERSITY, p.13. For instance, a species is tagged as 'Critically Endangered' if its population has crashed by more than 90% over the last decade or if fewer than 50 mature individuals remain in the wild. Understanding the hierarchy of these categories is crucial for conservation planning. The list moves from 'Extinct' (no doubt that the last individual has died) to 'Least Concern' (widely distributed and abundant). A particularly nuanced category is Extinct in the Wild (EW); this refers to species that no longer exist in their natural habitats but survive in captivity, such as zoos or botanical gardens Environment, Shankar IAS Academy, Biodiversity, p.148. Other categories like Vulnerable and Endangered signify different levels of high extinction risk in the near future Fundamentals of Physical Geography, NCERT Class XI, Biodiversity and Conservation, p.117. In the Indian context, these classifications help us monitor our unique biodiversity. For example, the Snow Leopard serves as a flagship species for the high-altitude Himalayan ecosystem, ranging from Ladakh to Arunachal Pradesh Environment, Shankar IAS Academy, Conservation Efforts, p.240. Similarly, the Black-necked Crane is a high-altitude specialist that breeds in Ladakh's wetlands. While many species like the Giant Flying Squirrel still thrive in our forests, others have been lost. The Asiatic Cheetah is a poignant example—it was officially declared extinct in India in 1952. Although African Cheetahs have been recently reintroduced to Indian national parks, they are managed populations and the native Asiatic lineage remains extinct in the Indian wild.

Category	Definition (Simplified)
Extinct (EX)	No known individuals remaining anywhere.
Critically Endangered (CR)	Extremely high risk of extinction in the wild (e.g., <50 mature individuals).
Vulnerable (VU)	High risk of endangerment in the wild.
Data Deficient (DD)	Inadequate information to make an assessment.

Sources: Environment, Shankar IAS Academy, Biodiversity, p.147, 148; Environment and Ecology, Majid Hussain, BIODIVERSITY, p.11, 13; Fundamentals of Physical Geography, NCERT Class XI, Biodiversity and Conservation, p.117; Environment, Shankar IAS Academy, Conservation Efforts, p.240

3. High-Altitude Fauna and Their Habitats (intermediate)

When we discuss high-altitude fauna in India, we are primarily looking at two distinct but overlapping biogeographic zones: the Trans-Himalaya and the Himalayan range. The Trans-Himalaya, which includes the Ladakh mountains and the Tibetan Plateau, is a high-altitude cold desert characterized by extreme cold and low rainfall Shankar IAS Academy, Indian Biodiversity Diverse Landscape, p.153. In contrast, the main Himalayan range varies from the moist forests of the East to the drier, alpine margs (pastures) of the West Majid Hussain, BIODIVERSITY, p.25.

The Snow Leopard serves as the flagship species for these fragile ecosystems. It is naturally found across the entire Indian Himalayan arc, stretching from the Union Territories of Ladakh and Jammu & Kashmir through Himachal Pradesh, Uttarakhand, and Sikkim, all the way to Arunachal Pradesh. Because of its wide home range and ecological importance, the Government of India launched Project Snow Leopard to conserve the high-altitude heritage it represents Shankar IAS Academy, Conservation Efforts, p.240.

Other unique residents of these heights include:

• Black-necked Crane: A majestic bird that specifically breeds in the high-altitude wetlands of Ladakh and migrates to winter in the lower valleys of Arunachal Pradesh Shankar IAS Academy, Conservation Efforts, p.240.
• Trans-Himalayan Ungulates: Species like the Kiang (Tibetan Wild Ass), Tibetan Gazelle, and Tibetan Argali are specialized to survive in the sparse vegetation of the cold deserts.
• Flying Squirrels: While often associated with lower forests, species like the Namdapha flying squirrel are endemic to the specific montane habitats of the Eastern Himalayas in Arunachal Pradesh.

It is crucial for conservationists to distinguish between these native inhabitants and species that no longer occur naturally in the wild in India, such as the Asiatic Cheetah, which was declared extinct in the country in 1952. While high-altitude species are adapted to low oxygen and freezing temperatures, they remain highly vulnerable to climate change and habitat fragmentation.

Sources: Shankar IAS Academy, Indian Biodiversity Diverse Landscape, p.153; Majid Hussain, BIODIVERSITY, p.25; Shankar IAS Academy, Conservation Efforts, p.240

4. Legal Protection: Wildlife Protection Act (WPA), 1972 (intermediate)

The Wildlife Protection Act (WPA) of 1972 serves as the legal backbone for biodiversity conservation in India. It was enacted to provide a uniform framework for the protection of wild animals, birds, and plants. The Act is unique because it categorizes species into different Schedules based on their conservation priority, with each schedule offering a specific degree of legal safeguard Environment, Shankar IAS Academy, Chapter 16, p.171. For instance, species listed under Schedule 1 and Part II of Schedule 2 receive absolute protection; offenses against these animals attract the highest penalties. Iconic species like the Black-necked Crane (found in Ladakh and Arunachal Pradesh) and the Snow Leopard (the flagship species of the high Himalayas) are protected under Schedule 1 to prevent poaching and illegal trade Environment and Ecology, Majid Hussain, Chapter 4, p.13.

While Schedule 1 species are the 'celebrities' of conservation, the Act also covers a vast array of other animals under Schedules 3 and 4. These species are still protected—meaning hunting them is prohibited—but the penalties for violations are relatively lower compared to Schedule 1 Environment, Shankar IAS Academy, Chapter 16, p.171. Examples include the Hogdeer, Sambar, and Nilgai. Understanding the natural range of these animals is crucial for their protection; for example, the Gharial is largely restricted to the Chambal and Girwa rivers, making those specific habitats critical for legal enforcement Environment, Shankar IAS Academy, Chapter 16, p.177.

It is also important to distinguish between naturally occurring species and those that are reintroduced. For example, while the Asiatic Cheetah was once native to India, it was officially declared extinct in the country in 1952. Although African Cheetahs have been recently brought to India, they are considered a reintroduced population rather than a naturally extant native species like the Namdapha Flying Squirrel or the Great Indian Bustard. This distinction helps conservationists prioritize the protection of original, indigenous habitats that still support native wildlife.

Protection Level	Schedule (WPA 1972)	Key Examples	Legal Implication
Highest	Schedule 1 & Part II of Sch 2	Tiger, Snow Leopard, Black-Buck, Gharial	Absolute protection; maximum penalties for poaching.
Intermediate	Schedule 3 & Schedule 4	Sambar, Hogdeer, Barking Deer, Hyaena	Protected species; lower penalties than Schedule 1.
Regulated	Schedule 5 & 6	Common Crow, Fruit Bats (Vermin); Specified Plants	Schedule 5 (Vermin) could be hunted; Schedule 6 regulates cultivation of specific plants.

Sources: Environment, Shankar IAS Academy, Chapter 16: Conservation Efforts, p.171; Environment, Shankar IAS Academy, Chapter 16: Conservation Efforts, p.177; Environment and Ecology, Majid Hussain, Chapter 4: Biodiversity, p.13

5. In-situ Conservation Projects in India (intermediate)

In-situ conservation is the practice of protecting an endangered plant or animal species in its natural habitat. In India, this often takes the form of dedicated 'Projects' that focus on flagship species—animals that act as icons for an entire ecosystem. A prime example is Project Snow Leopard (PSL), launched in January 2009. Unlike traditional conservation that focuses only on fenced-off National Parks, PSL adopts a 'landscape-level' approach. It covers biologically important high-altitude habitats (above the tree line, roughly 3000m) across five Himalayan states: Jammu & Kashmir (including Ladakh), Himachal Pradesh, Uttarakhand, Sikkim, and Arunachal Pradesh Majid Hussain, Chapter 4, p.48. This project is significant because it protects the species across all land types, including common lands and private holdings, acknowledging that wide-ranging predators do not respect administrative boundaries Shankar IAS Academy, Chapter 16, p.241. To manage these species effectively, the government has moved toward scientific data collection. For instance, the Snow Leopard Population Assessment in India (SPAI) was launched as part of a global effort called PAWS (Population Assessment of the World’s Snow Leopards). This initiative, often supported by international bodies like the UNDP and the Global Environment Facility (GEF), aims to create robust population estimates for these elusive 'ghosts of the mountains' Shankar IAS Academy, Chapter 16, p.240-241. Such data is crucial for assessing whether conservation efforts are actually working or if a species is sliding further toward extinction. While species like the Black-necked crane (which breeds in the high-altitude wetlands of Ladakh) and various Flying squirrels (such as the Namdapha flying squirrel in Arunachal Pradesh) are naturally occurring and thriving under local protection, others have not been as fortunate. The Cheetah is a vital case study in historical loss; it was officially declared extinct in India in 1952. Although there are current high-profile efforts to reintroduce African Cheetahs into landscapes like Kuno National Park, it is important to distinguish between these reintroduced populations and naturally occurring native populations that have existed continuously in the wild, such as the Snow Leopard or the Asiatic Lion.

Sources: Environment and Ecology, Majid Hussain (Access publishing 3rd ed.), Chapter 4: BIODIVERSITY, p.48; Environment, Shankar IAS Academy (10th Ed), Chapter 16: Conservation Efforts, p.240-241; Environment, Shankar IAS Academy (10th Ed), Chapter 27: Climate Change Organizations, p.339

6. The Cheetah: Extinction and Reintroduction (exam-level)

To understand the story of the Cheetah in India, we must first define extinction. A species is classified as extinct when exhaustive surveys in its known habitats fail to record a single individual, leaving no reasonable doubt that the last member of the species has died Environment and Ecology, Majid Hussain (3rd ed.), Chapter 4, p.11. In 1952, the Cheetah was officially declared extinct in India. It remains the only large wild mammal to have gone extinct in the country since independence in 1947 Environment, Shankar IAS Academy (10th ed.), Chapter 16, p.242. This loss was driven by a combination of historical sport hunting, the widespread practice of coursing (using cheetahs to hunt other animals), habitat loss, and a dwindling prey base. Today, India is engaged in Project Cheetah, the world's first intercontinental large carnivore translocation programme. Because the native Asiatic Cheetah is now critically endangered and confined only to Iran, India has introduced the African Cheetah subspecies to fill this ecological niche. The primary site for this reintroduction is Kuno National Park in Madhya Pradesh, chosen for its suitable grassland-woodland habitat Environment, Shankar IAS Academy (10th ed.), Chapter 16, p.242. While these animals are now in the wild, they are considered a reintroduced population rather than a naturally occurring native population like the Tiger or the Lion.

Feature	Asiatic Cheetah	African Cheetah
Status in India	Extinct (since 1952)	Reintroduced (since 2022)
Global Status	Critically Endangered (Iran only)	Vulnerable (Sub-Saharan Africa)
Primary Habitat	Semi-arid, open grasslands	Savannas and grasslands

Looking ahead, several other sites have been identified to support this expanding population, including Nauradehi Wildlife Sanctuary and Gandhi Sagar Wildlife Sanctuary in Madhya Pradesh, as well as the Shahgarh landscape in Rajasthan Environment, Shankar IAS Academy (10th ed.), Chapter 16, p.242. The goal is not just to bring back a charismatic animal, but to restore the health of India's grassland ecosystems, which have historically been neglected compared to its dense forests.

Sources: Environment and Ecology, Majid Hussain (3rd ed.), Chapter 4: BIODIVERSITY, p.11; Environment, Shankar IAS Academy (10th ed.), Chapter 16: Conservation Efforts, p.242

7. Solving the Original PYQ (exam-level)

This question is a masterclass in integrating your knowledge of biogeographical distribution with conservation status. You have recently studied how specific climatic zones, such as the high-altitude Trans-Himalayan region and dense tropical forest canopies, host unique flagship species. The Black-necked crane (breeding in Ladakh) and the Snow leopard (found across the high-altitude Himalayas) are quintessential representatives of our cold deserts, while various species of Flying squirrels are native to the diverse forest ecosystems of both the Northeast and Peninsular India. This building block—knowing which species are extant and native—is the foundation for solving biodiversity-related PYQs.

To arrive at the correct answer (B), a savvy aspirant uses the process of elimination. The defining factor here is the Cheetah. Although the Asiatic Cheetah once roamed Indian grasslands, it was officially declared extinct in India in 1952. While modern reintroduction projects have brought African Cheetahs to Kuno National Park, they are not considered "naturally found" in the sense of an original, continuous native population. By identifying that point 2 is incorrect, you can logically strike out options (A), (C), and (D). This leaves 1, 3 and 4 only as the only consistent choice, demonstrating how one firm piece of "negative" knowledge (extinction status) can be more decisive than knowing every specific habitat.

UPSC often sets traps by using species that have a historical presence or are currently in the news for reintroduction. The trap here is thinking that because Cheetahs are present in an Indian park today, they are "naturally found." As highlighted in Environment, Shankar IAS Academy and Environment and Ecology, Majid Hussain, precision is key: always distinguish between a species being native/naturally occurring versus being extirpated or reintroduced. This distinction is what separates a prepared candidate from one who relies on general knowledge alone.

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