AI-Driven Environmental Monitoring Using Google Earth Engine

Abstract

Environmental monitoring is critical for assessing and managing ecosystem health, tracking climate change consequences, and protecting human well-being. Traditional monitoring approaches frequently encounter issues such as limited spatial coverage, high prices, and labor intensiveness. This article investigates the potential of AI-powered environmental monitoring as a transformative solution to these concerns. AI technologies, such as machine learning and computer vision, provide novel approaches to automate data collection, analysis, and interpretation from a variety of environmental sensors and sources, including satellite photog-raphy, drones, and ground-based sensors. We discuss recent advances in AI-powered environmental monitoring applications in a variety of areas, including air and water quality assessment, biodiversity monitoring, deforestation detection, and urban heat island mapping. Data preprocessing, feature extraction, model training, and validation are key components of AI-driven environmental monitoring systems that are thoroughly described. Furthermore, the abstract includes case examples that demon-strate the successful implementation of AI algorithms for real-time monitoring and early warning systems in various ecological scenarios. Data quality, model inter-pretability, scalability, and ethical concerns in using AI for environmental monitoring are all addressed. Strategies for increasing transparency, accountability, and stakeholder participation in AI-powered monitoring frameworks are offered.