A Comprehensive System for Sustainable Tree Plantation and Growth Monitoring using Blockchain, AI, and IoT


  • Monali Shetty, Deon Gracias, Ryan Valiaparambil, Hisbaan Sayed, Vijay Prajapati, Mahek Intwala, Prachi Patil


Growth detection, Secured using blockchain, Sustainability, Tracking volunteers, Transparency, Transparent plantation drives, Tree plantation analysis


There are several environmental challenges faced by the world today, with deforestation and climate change being major threats to the environment and its sustainability. NGOs and Government bodies play a crucial role in addressing these issues by organizing and conducting tree plantation drives. However, a lack of transparency, mismanagement of funds, and inefficient tracking systems, have hindered the effectiveness of these efforts. Many problems occur after tree plantation as there is no record being held to track the growth of trees, funds transparency is not available, no overall analysis is provided for deciding which tree species should be planted in a particular area to achieve maximum sustainability and also to improve the chances of growth of trees. Only planting trees in large numbers won’t help to solve this problem, a proper system is needed which can record time to time data regarding each and every tree through which we can help in the survival of all the trees and increase their lifespan. This will also help us in avoiding the drying and death of trees. The solution that we propose in this paper, to address the existing drawbacks is to create a web3 based platform to ensure the transparency of transferred funds and tree plantation by NGOs and government bodies, along with which we will implement a feature of tracking the status of planted trees using volunteers and IOT device in areas that aren’t easily accessible by volunteers


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How to Cite

Monali Shetty, Deon Gracias, Ryan Valiaparambil, Hisbaan Sayed, Vijay Prajapati, Mahek Intwala, Prachi Patil. (2024). A Comprehensive System for Sustainable Tree Plantation and Growth Monitoring using Blockchain, AI, and IoT. International Journal of Intelligent Systems and Applications in Engineering, 12(21s), 955–961. Retrieved from https://ijisae.org/index.php/IJISAE/article/view/5494



Research Article