During March to October 2024, panic gripped several villages in Uttar Pradesh’s Bahraich district. Children were vanishing, snatched from courtyards and fields by a predator many had only heard of in folklore: the Indian wolf.

For months, fear and confusion rippled through the community. Forest officials searched for answers, experts debated theories, and villagers kept sleepless night vigils. But when the reports came in, explanations ranged from rabies to mistaken identity — perhaps feral dogs or wolf-dog hybrids — and various ecological drivers of conflict. The attacks were attributed to a specific pack of six wolves. Five of these wolves were captured by the forest department (one died of stress during capture). The sixth and final wolf was beaten to death by villagers in October, when it attempted to attack a goat.

The relief proved temporary, and after nearly a year, as similar events recur — accompanied by drastic measures from the state forest department, including the killing of wolves — several underlying aspects remain unanswered. To uncover the reality of such cases, the lead author, along with senior veterinarian Utkarsh Shukla, conducted a field investigation in Mahasi Tehsil of Bahraich district — one of the worst-hit areas — in the winter of 2024. The findings challenge long-held beliefs about wolf intelligence and human-wolf interactions.

A wolf shaped by human landscapes

The Indian wolf (Canis lupus pallipes), recently listed as vulnerable by the International Union for Conservation of Nature (IUCN), is not an animal of distant forests and untouched wilderness. Across India’s plains and scrublands, wolves have lived for centuries in the backdrop of farms, herding routes, and village commons.

Unlike tigers or leopards that require large contiguous forest areas, the Indian wolf persists in human-dominated open landscapes — a challenging conservation reality requiring adaptive management. It understands human routines, activities, and even vulnerabilities.

In Bahraich, that adaptability came with devastating consequences. The wolves here had quietly coexisted with humans for years, opportunistically feeding on livestock, scavenging on carcasses, and largely staying ignored.

Read more: As wolf attacks rise, villagers and scientists hunt for answers

Learning that humans can be prey

The Bahraich attacks showed a chilling pattern. Most victims were children aged two to ten, often playing alone or resting outdoors. The field investigation confirmed that wolves struck mostly from dusk until dawn, or when children were left unattended by adults. However, some attacks also occurred in the presence of adults, and some during broad daylight, indicating learned risk tolerance and context-specific habituation.

The consistency of their actions pointed to learned behaviour — a strategy likely discovered by a single individual or pair and subsequently passed within the pack.

Villagers reported wolves walking fearlessly through the edges of settlements. In several cases, wolves entered a mud-walled house and carried away a sleeping child. In four instances, indirect signs of wolf presence, such as pugmarks or claw marks, were found inside the house, specifically at the site of the attack. The study (yet unpublished) suggests it was not desperate hunger or starvation that drove them, but rather the learned recognition that human children were an easily available food, combined with habituation to human environments. Unlike disease-driven or injury-forced predation, this represents opportunistic exploitation of available resources through behavioural learning.

The Bahraich attacks echo a historical precedent. In 1996, approximately 42 children were killed in Pratapgarh, Sultanpur, and Jaunpur districts — incidents similarly characterised by systematic targeting of young children. The 1997 research suggested a single wolf was responsible, killing approximately one child every fourth or fifth day. While the results of that study remained ambiguous, it demonstrated how learned predatory behaviour can become deeply embedded in an individual’s cognition and persist over extended periods. Diagnosing the root causes of such incidents requires a long-term, multidimensional, and interdisciplinary study with complete access to case files and well-documented evidence.

Looking beyond the usual explanations

When the attacks first hit the headlines in 2024, many explanations emerged. While authorities attributed attacks to rabies or the aberrant behaviour of wolf-dog hybrids, genetic analysis and veterinary investigations remained incomplete. Field observations of attack patterns, victim selection, and wolf behaviour suggested a deliberate targeting strategy inconsistent with typical rabid or aberrant behaviour, although a definitive diagnosis would require serology testing not yet conducted.

Rabid or hybrid wolves typically display bold, fearless, and erratic aggression. In contrast, the Bahraich wolves demonstrated a calculated sense of fear and avoidance of adult humans while attacking. Their attacks were not straightforward or reckless; they were well-planned events executed during specific times of quietness and darkness. The dead bodies of the victims were ‘consumed’, mostly by a single individual and in some cases by a pair, which generally does not happen in attacks by rabid wolves; in most cases, the carcasses were partly eaten at the site, a characteristic pattern of wild wolves rather than disoriented rabid animals or reckless hybrids.

Others suggested that ecological drivers, such as flooding on the Ghaghra River, habitat loss, prey depletion, and climate change, are responsible factors. However, the study found these claims insufficient. The Ghaghra floods annually, yet attacks spiked specifically in 2024 (and again in 2025). Furthermore, Mahasi tehsil is situated on the riverbank; flooding typically displaces wolves away from the banks, not towards them, and not necessarily into specific conflict zones as suggested. Similarly, the argument of “natural habitat loss” holds less weight for synanthropic animals like the Indian wolf, for whom agro-pastoral lands are already a primary habitat.

The truth is more complex: the wolves had likely learned that human children were easy targets. This may not be an anomaly — it could be a behavioural adaptation.

Such adaptations arise from centuries of coexistence. Wolves have not merely survived alongside humans — they have evolved and continue to evolve with humans, making the Indian wolf a synanthropic large carnivore in a true sense. Endowed with keen intelligence and observational learning capacity, wolves can rapidly assess human behavioural patterns and vulnerabilities. Field evidence suggests that wolves may quickly learn to identify human children as accessible ‘prey.’

Unlike other large carnivores that turn to human predation mainly due to injury, disease, or starvation, wolves may develop such behaviour simply through learned experience and social transmission. Wolves are intelligent, social learners. When one or two individuals discover an easy source of prey, others often follow suit. Over time, this can become a pack-level hunting strategy. Once habituated to human presence and having lost their natural wariness, wolves may enter human dwellings to take children, occasionally attacking adults. This behavioural adaptation reflects co-evolutionary dynamics in shared landscapes.

The missing piece in wolf conservation

Such perspectives often receive limited attention within conservation discourse. While advocacy for predator protection stems from legitimate conservation concerns, it may inadvertently obscure the complexities of wolf attacks and fail to address the lived experiences of affected communities. Simplistic explanations like injury, rabies, prey depletion, misidentification, or habitat loss, while relevant for many species, may not adequately account for the Indian wolf’s particular behavioural ecology and its long evolutionary history in human-use landscapes.

Traditional ecological and behavioural frameworks require expansion. Conservation actions such as creating/restoring corridors, protecting natural landscapes, boosting prey populations, or even restoring grasslands may not provide sufficient support to save the wolf.

For a species that spends most of its life in human-dominated landscapes, possesses high adaptability, and recognises no boundary between its presumed and supposed ‘natural’ and anthropogenic habitats, these efforts alone may not work. For such species, the patchwork of agropastoral lands — fields, grazing commons, irrigation channels, village edges — is already home. They move through crop rows and cattle paths with the same familiarity forest specialists show inside dense cover. A central insight from this article is that landscape labels matter far less to synanthropic species than we assume; therefore, habitat preservation/restoration alone cannot be the sole focus of conservation.

In India, most wolf research focuses on ecological studies of habitat, prey, and population status. While important, these studies often overlook something fundamental — the psychology of the wolf. To conserve this species, we need to understand how it thinks, not just where it lives. Behavioural ecology and cognition must be part of the conservation toolkit. Conservation efforts must incorporate ethological analysis — examining decision-making, temperament, instincts, learning capacity, and individuality — rather than focusing solely on movement ecology, habitat use, or demographics.

Understanding behavioural learning has profound implications. If attacks result from learned preferences that can be socially transmitted, then removing one or a few individuals may not solve the problem if the behaviour has been adopted by others. Effective prevention, therefore, requires addressing habituation before predatory learning occurs.

The management strategy must focus on maintaining the wolf’s fear of humans, not just on controlling populations. At the same time, community adaptation strategies must anticipate intelligent, observant predators.

Listening to the people who live with wolves

During the investigation, villagers shared their stories — parents who had lost children, herders who spotted wolves near their flocks, and elders who recalled earlier encounters. Their accounts reflected not just ecological change, but also cultural shifts. “Wolves have always been here, but never attacked children,” said Shobha Ram Jaiswal, the Pradhan of Naqwa village. “They sometimes took livestock, but this is different.”

Interestingly, local communities distinguish between bhedaha (the local name for wolf) and bhediya (the formal Hindi term). To them, bhedaha was a familiar, timid animal that occasionally took livestock but never humans. They perceived the ‘man-eating’ bhediya — a term popularised by media and officials — as a new, distinct creature, unaware they were the same species. This confusion fuelled hatred toward wolves (and similar canids) in general rather than understanding the specific behavioural shift.

This nuance reminds us that coexistence is not merely a slogan — it is a daily experience and negotiation, often for people on the margins who share spaces with wildlife. Conservation must begin by recognising people’s fears and lived experiences and understanding how human behaviour, perception, and adaptation shape negative man-animal interactions.  Only then can coexistence become meaningful.

Coexistence through understanding

The Bahraich case offers critical lessons beyond one district or region. It highlights how a species that has lived beside humans for thousands of years can still become a source of fear when understanding breaks down. Conventional conservation approaches, while necessary, may prove insufficient for a species inhabiting predominantly human-modified multi-use landscapes.

Indian wolf conservation requires community-based conservation (CBC) strategies that foster coexistence. To bridge that gap, we propose a new approach blending science, empathy, and participation. This includes community awareness programs that help people recognise wolf behaviour and stay alert in vulnerable areas. Training initiatives are also essential to help residents distinguish wolf tracks, scat, and behaviour from those of dogs, jackals, and hyenas.

Equally important is meaningful public participation through monitoring programmes and awareness campaigns, accompanied by financial incentives such as daily wages, stipends, or long-term employment. Conservation efforts must also be integrated into rural development policies by involving local people in management decisions, moving beyond mere consultation. Alongside this, swift compensation for livestock losses and human injury/casualties, ideally within 48 hours, should be paired with livelihood support and diversification programmes to reduce poverty-driven exposure. Conservation cannot be top-down. Since wolves live among people, people themselves must be an integral part of the solution.

Devvrat Singh is a conservation biologist, currently working as an independent biologist and consultant. Rohit R.S. Jha is a senior ecologist at the Wildlife Institute of India, Dehradun.

Banner image: An Indian grey wolf. Image by Rudraksha Chodankar via Wikimedia Commons (CC BY-SA 4.0).

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Kundan Pandey Editor

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AgricultureBiodiversityConservationEnvironmentHuman Wildlife ConflictMammalsVillagesUttar Pradesh

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