Earth & EnvironmentEnvironmental Science
Are Electric Vehicles Really Better for the Environment?
Earth & Environmentarticles within NHSJS Reports
Earth & EnvironmentEnvironmental Science
Using Open Data Sources to Analyze Plastic Waste Trends Pre-, During-, and Post-COVID
Computing, Data & AIEarth & EnvironmentSustainability
Revolutionizing Transportation: The Effectiveness and Sustainability of Converting Gas-Powered Vehicles to Electric-Powered Vehicles
Earth & EnvironmentEnvironmental Science
Characterization of Fouling in Used Reverse Osmosis Modules with Methods to Recycle and Repurpose Via Transformation
Earth & EnvironmentEnvironmental Science
Mindful Sustainability: Exploring the Relationship between Mental Health and Zero-Waste Lifestyles
Earth & EnvironmentEnvironmental Science
The Potential of Green Infrastructure and Artificial Intelligence in Urban Stormwater Management
Earth & EnvironmentEnvironmental Science
How Effective is Gracilaria at Improving Water Quality? A Case Study in Indonesia
Earth & EnvironmentEnvironmental Science
Banana Bark as a Novel Sustainable Oil Sorbent: Dual Functionality of Adsorption and Biodegradation
Earth & EnvironmentEnvironmental Science
Identifying Regional Differences in Correlations Between Transportation Infrastructure and Carbon Emissions with Data Analysis and Machine Learning
Earth & EnvironmentEnvironmental Science
A Comprehensive Review on the Potential Use of Metal-Organic Frameworks for Carbon Capture Applications
Earth & EnvironmentEnvironmental Science
Quantitative Particle Size Distribution Analysis of Soil via Advanced Laser Diffraction Techniques
Earth & EnvironmentEnvironmental Science
Role and Impact of Microgravity on Plant Growth, Lignin Content, and Plant Nutrition
Earth & EnvironmentEnvironmental Science
Vibrio Cholera: The Impacts of Anthropogenic Pollution on Biofilm Formation
Earth & EnvironmentEnvironmental Science
Electrolysis: A Holistic Perspective on Methods and Applications in the Green Energy Transition
Earth & EnvironmentEnvironmental Science
Synthetic Leaf: Economically Viable Green Hydrogen Production Using Silicon Directly from Solar Energy in an Artificial Photosynthesis Framework
