Published Paper Details:

The "Environment Analyzer: Surrounding Assessment Tool" project operates at the intersection of technology and environmental sciences, offering users access to surrounding data and information concerning air quality and pollution. By utilizing user location data, the project delivers pertinent information to the community, advising on the types of trees essential for planting to benefit health. It calculates the oxygen emission of all trees based on the population of a given area and retrieves data on current air quality as well as projected air quality for 5 to 10 years ahead, factoring in the growth of small trees over time. Users receive precise information on tree counts, human population, and pollution indices. Leveraging this data, the project assesses the quality of life in specific locations and informs users about the area's livability. Backend algorithms process oxygen indices, carbon emissions, and human population data to generate results. Additionally, the analysis algorithm forecasts the necessary trees for future population growth in the area. The web application utilizes backend location data and specific algorithms to provide users with insights into the ground reality and air quality index of a particular location. Moreover, the project aims to empower communities to make informed decisions about environmental conservation and urban planning. By visualizing complex data in a user-friendly manner, it enables individuals and policymakers alike to understand the impact of their actions on the environment. Through collaborative efforts and community engagement, the project strives to promote sustainable development practices and foster a greener, healthier future for all.