A Critically Endangered Pangolin on Shillong’s Doorstep: What Its Sighting Tells Us About Urban Forests

The record was a camera-trap image of a Chinese pangolin, a critically endangered mammal active mainly at night. It was the first documentation of this species within the Wildlife Institute of India’s Meghalaya study area. The finding matters because Chinese pangolins are rarely seen, and recent systematic information about their numbers and distribution in parts of Northeast India is limited.

The image came from WII’s Assessment of Mammalian Assemblages in Meghalaya project. Researchers are studying the Riat Laban and Laitkor reserve forests, which lie along Shillong’s urban edges. Their cameras also recorded Large Indian Civets, Leopard Cats, Masked Palm Civets, Yellow-throated Martens, Indian Crested Porcupines, and Kalij Pheasants.

This record confirms that a Chinese pangolin uses these forest patches. It does not show how many pangolins live there or whether their population is stable. Instead, it gives researchers an important starting point for continued monitoring in forests bordering the city.

A Chinese pangolin is a nocturnal mammal that feeds on insects. Its body is covered with overlapping scales, and it protects itself by curling into a tight ball when threatened. The species is listed as Critically Endangered on the IUCN Red List, reflecting its severe risk of extinction in the wild.

India has two pangolin species: the Chinese pangolin and the Indian pangolin. The Chinese pangolin has smaller scales. It also lacks a terminal scale on the underside of its tail, a feature present in the Indian pangolin. These differences can help identify the two species, although careful observation is needed in the wild.

Their scale weights also differ. Dry scales from one Chinese pangolin weigh roughly 500–700 grams, while Indian pangolin scales weigh approximately 1.5–1.8 kilograms. The Chinese pangolin occurs in northeastern India and northern West Bengal, with Arunachal Pradesh considered one stronghold.

The world has eight pangolin species. Pangolins are nocturnal insectivores with overlapping body scales. When threatened, they curl into a tight ball, using those scales as armour. Despite this striking defence, all pangolins face serious conservation concerns, and the Chinese pangolin is listed as Critically Endangered.

India is home to two species: the Chinese pangolin, Manis pentadactyla, and the Indian pangolin, Manis crassicaudata. The Chinese pangolin occurs across northeastern states and northern West Bengal. Arunachal Pradesh is considered one of its strongholds. The Indian pangolin is the other species found in the country.

The two Indian species can be distinguished by several features. Chinese pangolins have smaller scales and no terminal scale beneath the tail. Their dry scales weigh roughly 500–700 grams, compared with approximately 1.5–1.8 kilograms for Indian pangolins. These traits support identification, but wild sightings require care.

The sighting matters because forests beside cities are often overlooked, yet they can shelter wildlife facing habitat loss and fragmentation. Finding a Chinese pangolin in such a place shows that a forest does not need to be a large, remote wilderness area to have conservation value. These urban-adjacent patches can function as important ecological refuges.

WII’s cameras recorded the pangolin in the Riat Laban and Laitkor reserve forests. They also captured several other species, including Large Indian Civets, Leopard Cats, Masked Palm Civets, Yellow-throated Martens, Indian Crested Porcupines, and Kalij Pheasants. This mix indicates a diverse wildlife community sharing the city’s forest edges.

The record confirms the pangolin’s presence, but it does not establish its population size or stability. Continued monitoring is therefore important. Protecting these forests could help retain shelter for species threatened by fragmentation and urban development, while improving knowledge of poorly documented wildlife in Meghalaya.

A single camera-trap record provides clear evidence that a Chinese pangolin was present in the study area. That is valuable because the species is rarely seen, and systematic information about its distribution and population across parts of Northeast India remains limited. The record creates a documented starting point for research.

The image came from WII’s ongoing Assessment of Mammalian Assemblages in Meghalaya project. Cameras were placed in the Riat Laban and Laitkor reserve forests near Shillong. Their records can reveal which species use these forests, including the Chinese pangolin, and can support further monitoring over time.

However, one record cannot establish how many pangolins live there. It also cannot show whether the population is increasing, declining, or stable. Researchers need additional observations and monitoring to assess population status. The current finding confirms presence, not abundance or long-term security.

The Chinese pangolin is Critically Endangered because it faces severe pressure from people and shrinking habitat. Pangolins are widely recognised as the world’s most trafficked mammals. The article also highlights habitat loss and fragmentation, including the effects of urban development. Together, these pressures make survival in the wild increasingly difficult.

A pangolin’s natural defence is unusual but limited. It is covered in overlapping scales and curls into a tight ball when threatened. This armour can protect it from some dangers. It cannot prevent people from finding, capturing, and trafficking the animal. The article’s key point is that physical protection does not overcome human threats.

The species has been listed as Critically Endangered on the IUCN Red List since 2014. Its presence near Shillong is encouraging, but it does not remove these risks. Protecting forest habitat and continuing monitoring are important because the record does not reveal the local population’s size or stability.

Habitat fragmentation divides once-connected forest into smaller patches. Roads, buildings, and other development can create these breaks. For wildlife, the result may be less available shelter and fewer connected places to move, feed, and survive. The article identifies fragmentation and urban development as major concerns for animals living near cities.

Shillong’s Riat Laban and Laitkor reserve forests show why remaining patches matter. Although they are beside an urban area, camera traps recorded a Chinese pangolin and several other mammals and birds. These records show that fragmented, city-edge forests can still support a diverse assemblage of wildlife and act as ecological refuges.

Fragmentation also makes each remaining patch more valuable. The Chinese pangolin record confirms use of the habitat, but does not reveal population size or stability. Continued monitoring can show which animals persist there. Protecting the patches from further loss and development can help retain their shelter and biodiversity value.