Climate & Energy
Understanding climate change, ocean science, carbon cycles, and the clean energy transition.
12 articles
How Solar Panels Work: Photovoltaic Technology, Efficiency, and the Global Energy Transition
A thorough explanation of how solar panels convert sunlight into electricity — the photovoltaic effect, panel components, efficiency factors, types of solar cells, and solar energy's role in decarbonizing the global energy system.
Ocean Acidification Explained: Causes, Effects on Marine Ecosystems, and Global Solutions
A comprehensive overview of ocean acidification — how CO₂ emissions are changing ocean chemistry, the measurable impacts on coral reefs and marine life, and what science says about potential solutions.
The Carbon Cycle: How Carbon Moves Through Earth's Systems and Why It Matters for Climate
A comprehensive explanation of the carbon cycle — the processes by which carbon moves through the atmosphere, oceans, land, and living organisms, and how human activities have disrupted this ancient planetary system.
Wind Energy Explained: How Wind Turbines Work and the Global State of Wind Power
A comprehensive overview of wind energy — how wind turbines generate electricity, the types of wind farms, global capacity and growth, costs, limitations, and the future of wind power.
Nuclear Energy Explained: How Nuclear Power Plants Work and the Global State of Atomic Energy
A comprehensive, factual overview of nuclear energy — how fission reactors generate electricity, reactor types, safety record, waste management, costs, the role of nuclear in decarbonization, and current global capacity.
Plastic Pollution Explained: Causes, Scale, Environmental Impact, and Solutions
A comprehensive, data-driven overview of plastic pollution — how much plastic is produced and wasted, where it ends up, its effects on ecosystems and human health, microplastics, and the most promising solutions.
How Climate Change Works: The Greenhouse Effect, Carbon Cycle, and Global Warming Science
A comprehensive scientific explanation of climate change — the greenhouse effect, how CO₂ and other gases trap heat, the carbon cycle, feedback mechanisms, observed effects, and the IPCC's projections for future warming under different emissions scenarios.
Electric Vehicles Explained: How They Work, Battery Technology, and the EV Transition
A comprehensive guide to electric vehicles — how they work compared to combustion engines, lithium-ion battery technology and energy density, charging infrastructure, the lifecycle emissions debate, EV adoption trends, and the major challenges facing the global EV transition.
How Geothermal Energy Works: Earth's Heat as a Renewable Power Source
A comprehensive explanation of how geothermal energy harnesses Earth's internal heat for electricity and heating — types of power plants, geothermal resources, advantages, limitations, and global usage.
What Is Biodiversity? Importance, Threats, and Conservation Strategies
A comprehensive guide to biodiversity — its three levels, why it matters for ecosystems and humanity, the major threats driving species loss, and evidence-based conservation strategies.
How Recycling Actually Works: Process, Myths, and Reality
An in-depth look at how recycling actually works — the collection and sorting process, what happens to different materials, recycling rates by material, common myths, and how to recycle effectively.
The Water Cycle Explained: Evaporation, Condensation, and Precipitation
A thorough explanation of the water cycle — how water moves through evaporation, condensation, precipitation, and collection, the science behind each stage, and how human activity affects this vital process.