Urban biodiversity enhancement refers to efforts to increase and protect the variety of plant and animal species within city environments. Despite urban areas being heavily built-up, they can serve as important habitats for wildlife and contribute to overall ecosystem health. Enhancing urban biodiversity involves creating green spaces such as parks, green roofs, community gardens, and wildlife corridors that support native species. It also means managing urban environments to reduce pollution, control invasive species, and promote ecological balance. Healthy urban ecosystems provide essential services like air purification, temperature regulation, and flood mitigation.
Incorporating biodiversity into city planning not only benefits wildlife but also improves human well-being by offering recreational spaces, improving mental health, and fostering a connection with nature. Innovative approaches like integrating native plants into landscaping, preserving wetlands, and installing bird-friendly building designs are gaining popularity. Collaboration among local governments, communities, and environmental groups is key to successful urban biodiversity programs. As cities grow, prioritizing biodiversity ensures resilient, livable urban areas that contribute to global conservation efforts. Urban biodiversity enhancement strengthens the natural fabric of cities and supports sustainable living. It fosters harmony between people and nature, creating vibrant, resilient urban ecosystems. Protecting urban wildlife is essential for a balanced and healthy future for all city dwellers.
Title : Assessment of environmental odour sources and their effects on air quality and human well-being: A case study of Budapest
Bence Hernadi, University of Pannonia, Hungary
Title : Integrating QR technology, the world's first nursery-preneur model, and a world record native seed bank for grassroots agripreneurship
Aniket Tayade, 8 naturals, India
Title : Oil-gas potential and geodynamics of the Caspian-Mediterranean and Mexican-Caribbean regions
Valentina Svalova B, Institute of Environmental Geoscience RAS, Russian Federation