Case Study: Impact of Adjacent Construction Projects on Soil Integrity and Tree Growth
1. Maruti Pai, University of Tasmania, Churchill Ave, Student, Australia
2. Krunal Hosni, University of Tasmania, Churchill Ave, Lecturer, Australia
Examining the impact of simultaneous adjacent construction projects on soil integrity and tree growth in an urban area reveals significant issues. Two civil engineering projects, one residential and one commercial, required substantial land excavation, resulting in soil degradation, root damage, and poor water retention. These factors led to stunted tree growth, increased risk of uprooting, and reduced biodiversity. The study proposes mitigation measures such as soil restoration, root protection, water management, and tree support to address the negative impacts and promote sustainable urban development practices.
Urban Development Soil Integrity Tree Growth Excavation Impact Soil Degradation Root Damage Water Retention Nutrient Deficiency Biodiversity Sustainable Construction
The case of adjacent construction projects leading to soil degradation and poor tree growth highlights the need for careful planning and execution in urban development. By implementing soil restoration, root protection, water management, and tree support measures, the negative impacts on the environment can be mitigated. Sustainable construction practices that consider the ecological aspects are essential to maintaining a healthy urban ecosystem and ensuring the long-term viability of trees amidst urban growth.
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The author confirms sole responsibility for all stages of the study, including design, data collection, analysis, and manuscript writing.
The authors did not receive financial support from any public, commercial, or non-profit funding agencies for this research.
This study does not pertain to any software or tools usage.
The authors have no conflicts of interest to declare.
I am thankful for the help and expertise of all contributors to this study and manuscript, as well as the insightful feedback from anonymous reviewers.
No data sharing is applicable for this research.