Published Paper Details:

Effective greenspace management in industrial areas hinges on systematic assessment and early risk identification, particularly concerning tree health. Tree health assessment is a key diagnostic tool that uses empirical indicators to detect signs of stress, damage, and structural weaknesses, factors critical to evaluating potential risks and estimating tree longevity. This study evaluates the condition of trees within the greenspaces of PT Pupuk Sriwidjaja Palembang, aiming to support informed decision-making for maintenance and risk mitigation. Field surveys employed the Visual Tree Assessment (VTA) method and applied criteria from the USDA Forest Health Monitoring (FHM) protocol, focusing on key indicators such as physical damage, crown condition, and site quality. esults showed that 57.7% of trees were healthy, while 42.3% exhibited varying levels of damage: 29.5% with light damage, 11.1% with moderate damage, and 1.7% with heavy damage. Common types of damage included broken or dead branches, brums, conks, and open wounds. Spatial analysis demonstrated that tree damage was predominantly concentrated in the northern zones, especially in road corridors, office areas, and parks, whereas minimal damage was observed in the green barrier. These findings highlight the importance of routine tree health monitoring, targeted maintenance strategies, and the integration of spatial risk mapping to ensure safer, healthier, and more resilient green infrastructure in industrial landscapes