·The Hindu·15 marks·250–350 words

Discuss how captive breeding and reintroduction programmes contribute to species recovery, with reference to the Pygmy Hog Conservation Programme.

In this answer
  1. How these programmes aid recovery
  2. The PHCP record
  3. Limits that recovery depends on

Captive breeding is the planned breeding of a threatened species in controlled conditions (ex-situ), followed by release of the stock into restored natural habitat. For the pygmy hog (Porcula salvania) — the world's smallest wild pig, endemic to India's Himalayan floodplain grasslands and assessed Endangered with only 100–250 mature individuals [3] — such a programme has pulled the species back from the edge.

How these programmes aid recovery

  • Insurance against extinction: they preserve a breeding nucleus when the wild population survives in a single pocket, where one flood, fire or disease outbreak could be terminal.
  • Scientific population management: pedigree tracking, micro-chipping and biosafety protocols limit inbreeding and swine-disease risk in stock built from just six founders captured in 1996 [1].
  • Restocking and range expansion: pre-release conditioning and staged reintroduction re-establish populations in multiple protected areas, reducing dependence on one site [1].
  • Flagship and umbrella effect: protecting a grassland specialist secures habitat for Bengal florican, hispid hare and the one-horned rhinoceros.

The PHCP record

  • Launched in the mid-1990s by Durrell Wildlife Conservation Trust with the Assam Forest Department, the IUCN/SSC Wild Pig Specialist Group, MoEFCC and Aaranyak — a State–NGO–international model [1][2].
  • By the October 2024 release, 179 captive-bred hogs had been reintroduced across four protected areas of Assam, and camera traps recorded the programme's first pregnant female in the wild — evidence of self-sustaining breeding [2].

Limits that recovery depends on

  • Releases are an input, not an outcome; threats of livestock grazing, dry-season fires and poaching persist [3].
  • Grasslands are still recorded as "wasteland", inviting plantations and diversion — a mindset the MoEFCC Guide to Grasslands and Other Open Natural Ecosystems (2026) explicitly challenges [4].

Captive breeding is therefore a bridge, not a destination: it buys decades that habitat restoration must use. Aligning reintroduction with block-wise early burning, invasive-weed control and delisting grasslands as wasteland — in line with SDG 15 — would convert the pygmy hog's revival into durable ecosystem recovery.

Sources

  1. 1Pygmy Hog Conservation Programme — IUCN SOS (Save Our Species)programme objectives, captive breeding from a small founder stock, reintroduction across managed grasslands
  2. 2Nine more pygmy hogs return to their historical home in Manas National Park — Durrell Wildlife Conservation Trust179 hogs reintroduced across four Assam protected areas; camera-trap record of a pregnant wild female; partner institutions
  3. 3Pygmy Hog — IUCN/SSC Wild Pig Specialist Group species profileEndangered status, 100–250 mature individuals, threats from grazing, fire and poaching
  4. 4India launches first-ever Guide to Grasslands and Open Natural Ecosystems at UNCCD COP17 — DD News (Govt. of India)MoEFCC guide challenging the "wasteland" label on open natural ecosystems

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