Urban Wildlife Boom Highlights China’s Progressive Urban Biodiversity Conservation

Urban landscapes across China are witnessing thriving wildlife activities, reflecting remarkable ecological improvement in densely built metropolitan areas. In Beijing, mandarin ducks swim and forage peacefully along the South Moat, while grey herons hunt frequently in the Olympic Forest Park. In Shenzhen Bay Park, mudskippers and fiddler crabs occupy tidal flats and carve out living territories. These frequent wildlife presences demonstrate the improving ecological quality of modern Chinese cities.

Growing urban biodiversity overturns traditional perceptions that wildlife habitats only exist in remote wilderness areas. Dense urban zones, including scattered green belts and miniature urban wetlands, can provide stable and livable shelters for diverse flora and fauna. Official data from the 2025 Beijing Biodiversity Conservation White Paper shows that a total of 7,121 species have been recorded in Beijing from 2020 to 2024, covering more than 80 national key protected wild species. Shanghai’s latest biodiversity survey has also identified new local species and distribution records, proving robust urban ecological vitality.

The prosperous urban ecological environment stems from upgraded urban greening and ecological planning concepts. Urban ecological construction in China has shifted from passive green space reservation to active ecological habitat creation. Current urban planning prioritises systematic ecological balance and three-dimensional ecological quality, rather than simply pursuing green coverage indicators, building harmonious living spaces for coexisting animals, plants and microorganisms.

Urban biodiversity conservation still faces prominent challenges. Habitat fragmentation caused by continuous urban expansion remains a core obstacle. Sprawling construction land divides integrated ecological corridors, isolates wildlife populations and hinders genetic communication between species. Long-term fragmentation weakens ecosystem stability and may trigger partial species loss in urban regions.

Various types of urban pollution and inappropriate human activities also interfere with natural ecological rhythms. Light, noise, water and soil pollution disrupt wildlife survival and reproduction. Improper human behaviours such as random feeding alter wild animals’ living habits and physical conditions, affecting their healthy population development.

Chinese cities are adopting targeted solutions to tackle existing ecological dilemmas. Systematic ecological corridors have been incorporated into urban planning to connect scattered green patches, wetlands and waterfront spaces into integrated ecological networks. The green belts alongside the Hangzhou section of the Grand Canal serve as typical examples, offering continuous migration and inhabitation passages for urban wildlife.

Technological empowerment further optimises refined ecological management. Multiple cities have built integrated space-air-ground biodiversity monitoring systems combining satellites, drones, ground sensors and artificial intelligence. Equipped with acoustic and optical sensors, drones can conduct regular and precise surveys on wildlife distribution and population changes, supporting scientific ecological assessment and protection decisions.

Upgraded urban ecological construction caters to residents’ demand for high-quality living environments. Well-protected urban biodiversity optimises urban microclimate, relieves heat island effects and enriches recreational ecological scenarios for citizens. Urban ecological protection focuses on harmonious coexistence between humans and nature, enabling residents to access tangible ecological well-being in daily urban life.