How Many Asiatic Lions Are Left in the Wild?

As of May 2025, an estimated 891 Asiatic lions live in the wild, all of them in the Indian state of Gujarat. That figure comes from the 16th population estimation, which found a 32% jump from the 674 lions counted in 2020.¹ The number marks a striking recovery for a subspecies that was reduced to roughly 50 individuals at the start of the twentieth century, and it makes the Asiatic lion one of the more encouraging large-carnivore conservation stories anywhere in the world. But the fact that every wild Asiatic lion on Earth occupies a single region of one country also means the species is still far from secure.

How the 2025 Count Was Conducted

Counting free-ranging lions across tens of thousands of square kilometers of forest, scrubland, and agricultural land is not straightforward. The 2025 estimation deployed over 3,250 trained personnel and used a combination of direct observation, individual identification based on body markings, and an artificial-intelligence tool called SIMBA to handle duplicate sightings. The result was a “minimal total count” rather than an absolute census, meaning the true number could be somewhat higher.¹ Of the 891 lions recorded, 196 were adult males, 330 were adult females, 140 were sub-adults, and 225 were cubs.

Earlier research has also tested spatially explicit capture-recapture methods inside the core Gir forests. One study estimated lion density at roughly 8.5 individuals per 100 square kilometers for lions older than one year, with females ranging over smaller areas than males.² These density figures help wildlife managers understand how tightly lions are packed within the protected area, and they feed into broader decisions about habitat corridors and carrying capacity.

A Recovery Arc That Spans More Than a Century

The Asiatic lion’s range once stretched from the eastern Mediterranean through Persia and into the Indian subcontinent. Lions appear to have entered India from ancient Persia after climate shifts dried out the Indus-Sarasvati river system around 2000 BCE, transforming dense forests into thorn scrub and savannah that suited them.³ Lion numbers peaked across India during the centuries between the Buddha-Mauryan era and the Mughal period, then crashed during the mid-nineteenth century as colonial-era hunting accelerated and habitats shrank. By the early 1900s, the population had collapsed to fewer than a hundred individuals, all huddled in the Gir forests of Gujarat’s Saurashtra peninsula.

Strict protection by the rulers of the princely state of Junagadh, and later by India’s state forest department after independence, turned the trajectory around. From roughly 177 lions in 1968, the population climbed to about 411 by 2010.⁴ The growth rate during that stretch was slow but steady. By 2020, the count reached 674, and then the latest estimation in 2025 pushed it past the 800 mark for the first time. The population has effectively grown fivefold from its modern low point.³

Where the Lions Actually Live Now

One of the most important developments in recent years is that Asiatic lions are no longer confined to the Gir Protected Area. The lion’s range has expanded to about 35,000 square kilometers, a roughly 17% increase since 2020.¹ The landscape now includes a core population and nine satellite groups scattered across the Saurashtra region. The core Gir area holds the largest cluster at 394 lions, but several satellite populations are substantial in their own right. The Savarkundla-Liliya area has about 125 lions, the Bhavnagar mainland zone holds around 103, and the southeastern coast of the Amreli district supports about 94.⁵

Perhaps the most telling statistic is that more than half of all lions now live outside the Gir forest boundaries. The 2025 data show 55.8% of the population occupying areas beyond the protected area, compared to 44.2% inside it. That shift reflects both the success of the conservation program and its growing complexity: managing lions in a national park is one thing, but managing them across farms, villages, and coastal scrublands is quite another. One symbolically important development is the recolonization of Barda Wildlife Sanctuary, which now supports 17 lions after an absence of nearly 146 years.¹

Habitat studies confirm that lions strongly prefer forests and sandy open areas over cropland or human settlements. Their probability of occurrence drops sharply near highways and in peri-urban zones.⁶ Yet the coastal populations prove that these animals can adapt to landscapes far removed from the classic dry-deciduous forest of Gir, provided there is enough cover, prey, and tolerance from local people.

Diet Inside and Outside the Protected Area

What Asiatic lions eat depends heavily on where they live. Inside the Gir Protected Area, wild prey makes up about 74% of the diet, with sambar deer contributing the largest share at around 38%. Once lions move into the multi-use lands surrounding the park, however, domestic livestock jumps to 42% of their diet, and blue bull (nilgai) replaces sambar as the most frequently taken wild species at roughly 29%.⁷ This dietary shift is a direct consequence of landscape change: outside the park, wild ungulate densities thin out and livestock becomes more available.

The distinction matters for conservation policy. High livestock predation creates friction with farming communities, and it also means that lions in the multi-use matrix depend on a food source that could be withdrawn or reduced through changes in herding practices. Inside the park, the recovery of wild ungulate populations has been a key enabler of the lion’s own growth.

Sharing Space with Leopards

Gir is unusual among large-cat habitats because it supports both Asiatic lions and leopards in the same landscape. Research using camera traps and spatial analysis has found that the two species partition the habitat fairly effectively, with a spatial overlap of only about 0.51. Lions and leopards also show different prey preferences: leopards tracked most closely with sambar and chital deer in their space use, while lions overlapped most with chital and nilgai.⁸ The two predators appear to avoid direct competition partly through differences in where and when they hunt, a pattern familiar from African systems where lions and leopards overlap.

Threats That Keep Biologists Worried

Despite the upward population trend, several threats make the Asiatic lion’s future genuinely precarious. The most commonly discussed is the single-population problem: every wild lion lives in one contiguous region. A single catastrophic event, whether an epidemic, a severe drought, or a large industrial disaster, could devastate the entire species in weeks.

That scenario is not hypothetical. In September 2018, canine distemper virus swept through a portion of the lion population. The virus was detected in samples from 68 lions and 6 leopards, and whole-genome sequencing identified the strain as closely related to the India-1/Asia-5 lineage.⁹ Canine distemper is the same disease that killed roughly a third of the Serengeti’s lions in 1994. The 2018 Gujarat outbreak killed at least 23 lions before authorities contained it through quarantine measures. It was a vivid reminder that a single virus, likely transmitted from domestic dogs living near lion habitat, could undo decades of population gains.

A less dramatic but persistent danger is open agricultural wells. Farmers across the Gir periphery have dug thousands of unlined wells for irrigation, and lions wandering through cropland at night fall into them with grim regularity. Over a ten-year period, roughly 145 wild animals including lions died from well falls. A low-cost solution exists: building parapet walls around wells has been shown to eliminate lion mortality entirely in areas where walls have been installed.¹⁰ Scaling that intervention across the entire landscape, however, involves convincing thousands of individual landholders, which is an ongoing logistical challenge.

Then there is genetics. A population reduced to a few dozen individuals at the start of the twentieth century will carry the scars of that bottleneck in its DNA. Interestingly, microsatellite analysis of museum specimens dating back 50 to 125 years found that genetic variability before the bottleneck was already similar to what exists in today’s population (about 21%). This suggests the low genetic diversity may be a longstanding characteristic of Asiatic lions rather than purely a product of recent inbreeding.¹¹ Still, low diversity is low diversity regardless of its cause. It leaves the population vulnerable to diseases and environmental shifts in ways that a genetically richer population would weather more easily.

Living Alongside People

Conservation of a large predator inside a densely populated country requires more than fences and park rangers. The Gir landscape has long been home to Maldhari pastoralists, who graze livestock inside and around the forest. A detailed economic study found that lions mostly take unproductive cattle, roughly 30% of livestock kills fell into that category. Maldharis benefit from free grazing rights inside the forest, which offsets about 58% of their annual livestock-rearing costs compared to pastoralists who do not have forest access. When government compensation for predation losses is added in, that advantage rises to about 76%.¹² In other words, living with lions actually makes economic sense for these herding communities, because the benefits of forest access exceed the costs of losing the occasional animal.

The coexistence is reinforced by cultural factors. Maldharis have a traditional reverence for lions, and the combination of that cultural norm, government compensation, and strict legal protection has created what researchers describe as a delicate balance. As lions spread into new areas, however, that balance will need to be rebuilt with communities that lack the same history. Livestock depredation tends to increase in villages closer to the park boundary, and its pattern is patchy across the landscape.¹³

One promising avenue is lion-based ecotourism on community lands. Lions provide a tourism draw that African parks have long capitalized on, and researchers have argued that formalizing this on community-managed land could give rural populations a direct financial stake in keeping lions alive and nearby.¹⁴ Gujarat already receives substantial wildlife tourism revenue, but distributing those benefits more evenly among communities outside the park core remains a work in progress.

The Long-Stalled Plan to Move Lions Elsewhere

For decades, conservationists have called for establishing a second wild population to insure against catastrophe. The leading candidate site is Kuno Wildlife Sanctuary in Madhya Pradesh, about 1,000 kilometers northeast of Gir. Preparations for a translocation began years ago. Villages were relocated from Kuno, prey populations were bolstered, and the habitat was assessed as suitable for supporting a viable population of lions.¹⁵

The plan has been mired in political disputes between the Gujarat state government, which considers lions a source of cultural pride and tourism revenue, and the central government and Madhya Pradesh, which support the translocation on conservation grounds. India’s Supreme Court ordered the relocation in 2013, but Gujarat has resisted implementation. In the meantime, cheetahs from Africa were introduced to Kuno in 2023 as part of a separate reintroduction program, which further complicated the lion translocation timeline. Whether Asiatic lions will ever establish a second wild population outside Gujarat remains one of the biggest unresolved questions in the species’ future.

Troubles in Captive Populations

Captive breeding is often presented as a safety net for endangered species, but the Asiatic lion’s captive history is a cautionary tale. The European Endangered Species Programme was established in the early 1990s to manage Asiatic lions in European zoos. The founding group consisted of just nine individuals from a captive population in India. During 2007 to 2009 alone, 57 cubs were born in the program, and 35 of them died within 20 days. Over half of the total historical captive population has died within 30 days of birth. The studbook reveals that the founders included individuals from matings of full and half siblings, and the extreme inbreeding is the likely driver of those devastating mortality rates.¹⁶ Without importing new individuals with different genetic backgrounds from India, the European captive population faces a bleak future.

The North American captive program has its own troubled past. A Species Survival Plan was established in 1981 to manage over 200 descendants of Asiatic lions in Western zoos, traced to seven founders. Genetic analysis later revealed that two of the five primary founders, a breeding pair originally imported from a zoo in southern India, were actually descended from the African subspecies.¹⁷ That discovery effectively undermined the genetic purity of the entire North American captive lineage and forced a reassessment of which animals were suitable for conservation breeding. The episode underscores how fragile these backup populations can be when record-keeping is incomplete and genetic verification comes after the fact.

Why 891 Is Both Encouraging and Fragile

The Asiatic lion’s growth from near-extinction to nearly 900 individuals, with an expanding range and increasingly complex social structure, is a conservation achievement with few parallels among large predators. The population is growing, dispersing naturally into new habitats, and sustaining healthy cub production. At the same time, the species still occupies a single region of one state in one country, its genetic diversity is limited, its captive backup populations are compromised, and the political will to establish a second wild population has not materialized despite a Supreme Court order. Diseases transmitted from domestic animals remain a perpetual wildcard.

For the communities who share the landscape with these lions, the relationship is more practical than symbolic. It is built on grazing rights, compensation checks, tourism income, and cultural norms that have evolved over generations. Whether that relationship can stretch to accommodate a lion population that keeps pushing into new territory, and whether the institutions supporting it can keep pace, will determine whether the next population count is another record or a reversal.