Optimizing street tree selection model for sustainable urban landscapes in Malaysia

Managing urban street trees poses significant challenges, especially in fast-growing urban areas where environmental stressors and conflicts with infrastructure are common. This study addresses the critical need for a robust tree species selection model tailored to urban environments, focusing on the integration of tree morphology to enhance the sustainability and functionality of urban forestry. The research explores the limitations of existing frameworks, such as those by Amir and Misgav (1990), Miller (1997), Roy (2015), and Ramly (2018). This model incorporates advanced methodologies like Partial Least Squares Structural Equation Modelling (PLS-SEM) to validate species selection criteria that account for environmental resilience, social acceptance, and economic viability. The findings highlight the importance of considering tree morphology characteristics such as root structure, canopy size, and growth patterns in species selection to prevent infrastructure damage, reduce maintenance costs, and ensure long-term ecological benefits. The study concludes that integrating morphological characteristics into selection models is essential for developing urban forests that are not only resilient to climate change and urban stressors but also capable of providing significant ecological and social benefits. This research contributes to the advancement of urban forestry practices by offering a scientifically validated, context-sensitive framework that can be adapted to various urban environments globally.

Text 125841.pdf - Published Version Download (3MB) Official URL or Download Paper: https://frsb.upm.edu.my/upload/dokumen/20251103115...

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