TOPOGRAPHY OVER TYPOLOGY: INTEGRATING BLUE & GREEN INFRASTRUCTURE NETWORKS INTO FRAGILE HIGH ALTITUDE LANDSCAPES

Abstract

Rapid urbanization and the high sensitivity of high-altitude urban areas are causing increasingly large ecological problems. Rapidly expanding unplanned urban growth is causing habitat fragmentation, loss of natural landscapes and ecological connectivity in Kanju Township, located in the ecologically sensitive Swat Valley. The purpose of this research is to analyze the application of ecological urbanism in introducing the ecological corridors to become the part of the urban landscape in Kanju Township for supporting sustainable development, adaptation to climate change and the environmental resilience. The study examines the current state of the natural environment such as the Swat River, seasonal streams, agricultural land and other mountain ridges – to assess potential to establish a network of green and blue infrastructure. Context-sensitive planning strategies are guided by a comparative analysis of high altitude international cities, namely Davos, Switzerland. The results demonstrate that structured river buffers, native vegetation networks, urban green streets, and wildlife friendly land use planning have the potential to drastically improve habitat connections, reduce environmental degradation and strengthen urban quality of life by integrating biodiversity corridors. Finally, the current research suggests a pragmatic approach to incorporating ecological corridors into high altitude urban planning that provides a practical guide for balancing growth and conservation in mountain townships in developing areas.

Keywords: Ecological Urbanism, Biodiversity Corridors, High-Altitude Urban Planning, Mountainous Landscape, Kanju Township Swat.