Beyond the celebrated Hangul lies a hidden natural world in Kashmir that remains poorly documented, rarely discussed and increasingly absent from public consciousness.
Kashmir’s conservation conversation often begins and ends with the Hangul. The deer is a powerful symbol of the Valley’s natural heritage and its survival rightly demands public attention. Yet beyond this familiar animal lies a largely unrecorded world, bats hunting above orchards after dusk, frogs breeding beside shrinking springs, beetles recycling leaf litter and insects pollinating the plants on which wider food chains depend.
This wilderness does not announce itself through spectacular landscapes. It exists in the darkness of forests, beneath fallen leaves, along forgotten streams and at the quiet margins of wetlands. Its inhabitants are creatures most people may never see and whose disappearance may never be noticed.
How much do we really know about the wildlife that shares the Valley with us. Conservation begins with knowledge. Before a species can be protected, its presence, distribution, population trends and habitat requirements must be understood. Without reliable baselines, change cannot be measured. If breeding grounds, feeding areas and seasonal movements go undocumented, development decisions may unintentionally damage places essential to survival. Conservation then becomes a response to visible damage rather than a way of preventing it. Consider the small mammals of Kashmir’s forests. Shrews, mice, squirrels and bats rarely attract attention, yet some disperse seeds, others consume insects, and many feed owls, foxes and martens. Bats deserve particular attention.
Many species consume insects, including agricultural pests, making them part of the ecological functioning of forests and farms. The western Himalaya has been reported to support 44 bat species across Himachal Pradesh and Jammu and Kashmir, yet Kashmir-specific knowledge remains uneven. This does not mean bats are declining. It means that in much of the Valley we lack the repeated surveys needed to know where they occur and whether their populations are changing.
The same neglect surrounds amphibians and reptiles. Amphibians are especially sensitive to moisture, temperature and water quality, which makes them useful indicators of disturbance. In Kashmir, where streams, springs and marshes form an interconnected landscape, a spring filled in or a marsh drained may remove an entire breeding site long before the wider wetland is visibly transformed. Some species have restricted distributions.
The green toad Bufotes latastii is associated with the Kashmir Valley, western Ladakh and adjoining northern areas and its distribution is strongly influenced by altitude and habitat. Yet baseline information on many of the Valley’s amphibians and reptiles remains incomplete.
The hidden world widens with insects. Butterflies, moths, beetles, bees and dragonflies inhabit orchards, meadows, forests and wetlands, sustaining pollination, decomposition and nutrient cycling. A butterfly vanishing from a meadow will not draw the attention that the Hangul’s decline would, but ecosystems are built on thousands of such relationships and their weakening gradually affects vegetation and food availability. Recent research shows how much remains to be documented. A preliminary study of Kashmir’s dragonflies and damselflies recorded 24 species between 2020 and 2022, four of them new to the region.
A 2021 survey in Srinagar district recorded 47 butterfly species, and a baseline inventory in Bandipora documented 63. Focused surveys can quickly expand what is known, but scattered studies are no substitute for sustained observation. Wetlands illustrate why. Hokersar, Wular, Hygam and Shallabugh are generally discussed in terms of migratory birds, encroachment and pollution, yet they also support plants, fish, amphibians and insects. A 2009 study at Hokersar and Hygam showed the value of sustained seasonal observation.
A 2024 study in Environmental Monitoring and Assessment, using satellite observations and field information, documented substantial changes in the Valley’s wetlands between 1984 and 2021. A wetland may still hold water, birds and reeds while losing what makes it ecologically functional, clean inflows, native vegetation, undisturbed margins and breeding sites. The Eurasian otter offers another example. Once regarded as widely distributed across Kashmir’s freshwater systems, it has become increasingly difficult to document.
In 2024, researchers reported camera-trap evidence, obtained in August 2023, of two otters in the Kishanganga River in Gurez, the first photographic record from that stretch. It shows why absence of evidence should not be mistaken for evidence of absence. But then caution matters too, a few photographs establish presence, not population size, trend or long-term security. The Wildlife Protection Department should play a central coordinating role, working with the University of Kashmir, Sher-e-Kashmir University of Agricultural Sciences and Technology of Kashmir, research institutions and independent specialists. Universities can offer taxonomic expertise and field research, government agencies can provide continuity and access to protected habitats. Three steps deserve priority.
First, a comprehensive, regularly updated biodiversity inventory covering forests, wetlands, freshwater systems, meadows and orchards, with dedicated surveys of small mammals, bats, amphibians, reptiles and invertebrates, not just large mammals and prominent birds.
Second, a permanent monitoring programme that revisits selected habitats at regular intervals, recording species presence, population trends and habitat change through camera traps, acoustic monitoring and field surveys.
Third, a publicly accessible regional biodiversity database of verified records and monitoring results, with restricted access for sensitive information on threatened species and breeding sites.
Environmental impact assessments should likewise examine more than large or officially endangered animals, considering smaller organisms, breeding sites and habitat connectivity. Local communities must also be part of this process. Farmers, shepherds, forest-dependent families and older residents often hold detailed knowledge of seasonal wildlife activity. Their observations cannot replace scientific research, but they can point to sightings that deserve investigation and citizen-science initiatives in schools and colleges could expand reliable records, provided specialists verify them. One distinction must guide this effort.
A species that is rarely observed is not necessarily declining, just as a few sightings cannot show that its population is secure. Conservation reporting must rest on reliable evidence rather than assumption or dramatic claims. Ultimately, the greatest danger facing an overlooked species may be that its disappearance passes unrecognised. When a celebrated animal declines, its absence is noticed and sometimes mourned. When a poorly documented creature vanishes from a stream, meadow or forest, there may be no record of its former presence and no public demand for its protection. That is what makes a wilderness without witnesses such a troubling possibility.
These creatures do not need to be famous to deserve protection. The responsibility lies with Kashmir’s conservation institutions to look beyond familiar symbols and document the natural world in its entirety. A wilderness does not become less valuable because nobody is watching. But one that nobody studies, documents or protects can lose its inhabitants without leaving even a record of what once lived there. Kashmir must not wait for the silence of its forests and wetlands to become evidence of a loss it failed to notice.
The writer is a businessman. mauzambakshi@gmail.com
