In the heart of Iran’s Mazandaran Province, the city of Amol is grappling with a challenge familiar to many urban centers: balancing rapid development with environmental preservation. A new study by Zohreh Boluri, a Ph.D. student in Urban Planning at Ferdowsi University of Mashhad, suggests that reviving the city’s pedestrian corridors through biophilic design could hold the key to a more sustainable future. Published in the journal *برنامه ریزی فضایی* (Spatial Planning), the research explores how integrating nature into urban infrastructure could transform Amol’s streets and bridges into thriving, eco-friendly spaces.
Boluri’s study employs a mixed-methods approach, combining field research with strategic analysis to assess the feasibility of biophilic urbanism in Amol. Using the SWOT framework—Strengths, Weaknesses, Opportunities, and Threats—the research identifies critical factors influencing the city’s ability to adopt nature-centric design principles. The findings reveal a city at a crossroads: while Amol’s natural river corridors and temperate climate offer significant advantages, urban expansion and a lack of coordinated planning threaten its ecological and social fabric.
“One of the biggest weaknesses we identified was the tendency to prioritize transportation networks over green spaces,” Boluri explains. “This expansion disrupts the balance between development and conservation, making it harder to create pedestrian-friendly corridors that connect people with nature.” The study highlights the Davazdeh-Cheshmeh Bridge and Enghelab Street as key case studies, emphasizing their potential to serve as models for biophilic revitalization.
The research goes beyond diagnosis, offering actionable strategies. The highest-priority solution, scoring a 4.54 in the Quantitative Strategic Planning Matrix (QSPM), involves defining buffer zones along the Haraz River—a natural artery flowing through the city. By minimizing intrusive interventions and designing around ecological characteristics, the strategy aims to restore the river’s role as a central feature of urban life. Other recommendations include educational programs to foster community engagement and nature conservation measures to mitigate environmental threats.
For the energy sector, the implications are profound. Biophilic design isn’t just about aesthetics; it’s a strategic lever for reducing urban heat islands, improving air quality, and lowering energy demand. “Cities that integrate green spaces into their infrastructure often see reduced cooling costs and lower carbon emissions,” Boluri notes. “In Amol, where summer temperatures can rise significantly, this approach could translate into tangible energy savings for both residents and businesses.”
The study also underscores the role of urban planning institutions in driving this transition. Without clear policies and cross-sector collaboration, even the most innovative designs risk falling short. Boluri’s work suggests that Amol’s future could hinge on its ability to harness its natural assets—like the Haraz River—while fostering a culture of environmental stewardship.
As cities worldwide seek sustainable growth models, Amol’s experiment with biophilic urbanism offers a compelling case study. For policymakers, urban planners, and energy professionals, the message is clear: nature isn’t just a luxury in urban design—it’s a necessity. And in a world where climate resilience and livability are paramount, Boluri’s research might just be the blueprint Amol—and other cities—need to thrive.