
- Kazakhstan has launched a campaign to cull approximately 800,000 saiga antelopes, about 20% of the current population, by November 2025.
- The government cites conflicts between expanding saiga herds and agricultural interests, specifically damage to crops and competition for livestock grazing land.
- After reaching a population of 3.9 million in 2025, the species has undergone a massive recovery from near-extinction earlier in the century.
Historical Context and Preservation
- Saigas are a cultural symbol of the Kazakh steppe, inhabiting the region since the Stone Age and surviving the last Ice Age.
- The population suffered severe declines twice: once in the early 20th century due to hunting and disease, and again post-1991 due to rampant poaching for their horns, which are traded for use in traditional Chinese medicine.
- Conservation successes, such as the Altyn Dala project and strict legal penalties for poaching, helped the population rebound from 21,000 in 2003 to 1.9 million by 2023.
The Roots of the Human-Wildlife Conflict
- Farmers argue that migrating herds destroy hayfields and deplete water sources and pastures.
- Data suggests human encroachment is a major factor: in Western Kazakhstan, land leased for farming increased from roughly 23,000 hectares in 2000 to over 550,000 hectares by 2023.
- Experts note that climate change and anthropogenic factors, rather than the saiga themselves, are primary drivers of pasture and water shortages.
Ecological Impact
- Saigas provide essential ecosystem services, including soil aeration through their hooves and cross-pollination of steppe plants.
- Unlike domestic livestock, saigas consume over 60 species of plants that are otherwise inedible or poisonous to farm animals, and they graze without uprooting grass.
Future Implications
- The government plans to process saiga meat, fur, and horns as part of a strategy for the sustainable use of wildlife resources.
- Success depends on whether the cull can effectively balance agricultural needs while maintaining the species' long-term survival in the region.