Great Indian Bustard breeding enters fourth year

Two chicks hatched at the Rajasthan conservation centre lift the captive Great Indian Bustard tally to 70, and some of this year's birds will be soft-released into the wild.

What happened

• The Union Environment Minister announced that Project Great Indian Bustard (GIB) has entered the fourth year of its captive-breeding programme.
• Two new chicks hatched this week at the Conservation Breeding Centre in Rajasthan — one from natural mating and one from artificial insemination.
• The hatchings take the captive tally to 70 birds, the largest assured population of the species held under managed care.
• Some of this year's captive-bred chicks are to be soft-released into the wild — a graduated release in which birds are first acclimatised in a protected enclosure before full freedom.
• Officials of the Rajasthan Forest Department, the field partner that runs the centre, were credited for the season's results.
• The success of artificial insemination is notable because it lets managers breed from birds that will not pair naturally, widening the usable gene pool inside a tiny founder stock.

Background & context

The Great Indian Bustard (Ardeotis nigriceps) is one of the heaviest flying birds in the world and a flagship of India's arid and semi-arid grasslands. Once spread across the open plains of more than ten Indian States, its range has contracted sharply over the last half-century until the bulk of the surviving wild population is now confined to Rajasthan — chiefly the Thar around the Desert National Park near Jaisalmer — with a small, fragile presence in Gujarat's Kutch. The bird is the State bird of Rajasthan, where it is known locally as the godawan.

The captive-breeding effort is run as a partnership between the Ministry of Environment, Forest and Climate Change, the Wildlife Institute of India (the scientific lead on the recovery programme) and the Rajasthan Forest Department, which operates the conservation breeding centres on the ground. The programme began by carefully harvesting eggs from wild nests — the bustard normally lays only a single egg per breeding attempt — and incubating and rearing the chicks under controlled conditions to build an "insurance" population safe from the threats that are erasing the wild birds. From that founder stock the centres have moved, over successive seasons, from incubation of wild-collected eggs to captive mating and now assisted reproduction, the milestone marked by this year's artificial-insemination chick.

This recovery work sits inside India's wider apparatus for protecting threatened wildlife. The GIB is listed in Schedule I of the Wild Life (Protection) Act, 1972 — the highest level of legal protection — and the species has been the subject of a dedicated Species Recovery Programme under the Centre's umbrella funding for wildlife habitats. The bird's plight reached the Supreme Court, which in 2021 ordered overhead power lines in priority bustard habitat to be laid underground or fitted with bird diverters; the Court later moderated that blanket direction and constituted an expert committee to balance conservation with the spread of solar and wind power across the same desert districts.

It helps to see why captive breeding matters so much for this particular bird. The bustard's natural recovery is throttled by its own biology: females nest on the bare ground and usually lay a single egg, which is exposed to trampling, predation by free-ranging dogs and foxes, and disturbance from grazing and vehicles. A wild population that loses adults to power lines faster than a one-egg clutch can replace them cannot climb back on its own. The breeding centres invert that arithmetic — by harvesting eggs that would often have failed in the wild, incubating them under controlled conditions, and now coaxing reproduction from captive adults, managers can produce several chicks a season from the same founder birds. Artificial insemination matters specifically because it breaks the dependence on natural pairing: it lets the programme draw genetic material from males that will not mate in captivity, slowing the loss of diversity that always threatens a population rebuilt from a handful of founders. The plan to soft-release some of this year's chicks is the next step in the chain — moving birds from the security of the centre back toward a self-sustaining wild population, the ultimate goal of any insurance-flock programme.

For Prelims

• Species: Great Indian Bustard, scientific name Ardeotis nigriceps; family Otididae (the bustards); known locally as godawan.
• State bird: of Rajasthan; one of the heaviest birds capable of flight.
• IUCN status: Critically Endangered (uplisted in 2011) — the highest threat category before extinction in the wild.
• Legal protection: Schedule I, Wild Life (Protection) Act, 1972; also listed on CITES Appendix I and on Appendix I of the Convention on Migratory Species (CMS).
• Current range: mainly Rajasthan (Thar / Desert National Park, Jaisalmer) with a small population in Gujarat (Kutch); historically across the open plains of much of peninsular and north-western India.
• Habitat: open grassland, scrub and semi-arid plains — not forest; the bird walks and forages on the ground and avoids tall cover that hides predators.
• Reproduction: very low natural rate — typically a single egg per clutch, laid on the open ground, which makes the wild population slow to recover.
• Leading threat: collision with overhead power lines — the bird has poor frontal vision and is heavy and slow to manoeuvre — alongside habitat loss to agriculture, infrastructure and free-ranging dogs.
• Breeding milestone: captive tally now 70; programme in its 4th year; 2026 saw chicks from both natural mating and artificial insemination.
• Conservation tool used: soft release — captive-bred birds are acclimatised in a fenced wild enclosure before being allowed to disperse, rather than being released abruptly.

The full grassland-bird set (so "match the pairs" survives): India runs dedicated recovery work for several open-country birds, and the GIB is easily confused with its relatives. The Lesser Florican (Sypheotides indicus) and the Bengal Florican (Houbaropsis bengalensis) are smaller bustards of the same family that share the GIB's grassland decline. The Houbara Bustard (Macqueen's bustard) is a winter migrant to India's deserts and is a separate species. The GIB is the largest of the Indian bustards and is the one whose captive-breeding programme is described here.

What it is NOT: the Great Indian Bustard is not the national bird — that is the Indian peacock — though it was once a serious contender for the title. It is not a forest bird; it depends on open grassland, so afforestation of its habitat is a threat, not a help. It is not "Endangered" on the IUCN scale — it is the more severe Critically Endangered. And the two 2026 chicks are not the first ever bred: the programme is in its fourth year, and the news is the assisted-reproduction success and the rising tally, not a first hatching.

Why it matters

The Great Indian Bustard has become the test case for a problem at the centre of India's energy transition: the country's best solar and wind resource lies in exactly the open desert that the bustard needs, and the overhead transmission lines that evacuate that power are the single biggest killer of the surviving adults. A heavy, ground-nesting bird that breeds slowly cannot absorb that mortality. The captive-breeding programme buys time — it secures an insurance population so the species is not lost while the harder questions of undergrounding cables, fitting bird diverters and routing renewable infrastructure away from core habitat are worked out. A captive tally of 70, with the gene pool now being managed through assisted reproduction, is the difference between a managed recovery and a slide toward extinction in the wild. The wider significance is that the bustard's grasslands are themselves an under-protected ecosystem: India's conservation law and protected-area map were built around forests and tigers, and the bustard's decline is a reminder that open scrub and grassland — often dismissed as "wasteland" — carry their own irreplaceable biodiversity.

For Mains