Articles on climate change science, climate policy, greenhouse gas emissions, carbon management, climate adaptation, and mitigation strategies. This section explores the causes and impacts of climate change, international climate policies, and practical solutions for reducing emissions and building climate resilience.
The El Niño outlook 2026 signals a major transition in the Pacific climate system after an extended period of La Niña influence. As of mid February 2026, oceanic and atmospheric indicators show weakening La Niña conditions and a rapid move toward ENSO neutral, with increasing odds of El Niño by late summer. According to the…
Air conditioning and climate change are becoming deeply interconnected. As global temperatures rise, more households and businesses rely on cooling systems to survive extreme heat. However, this growing dependence increases electricity demand, refrigerant leakage, and greenhouse gas emissions. In turn, that additional warming drives even greater cooling demand. Recent research published in Nature Communications highlights…
Lake Mead warming is emerging as a critical climate risk for the western United States. New projections indicate that inflowing water temperatures could rise by as much as 10.8°F by 2026. This is not simply a seasonal fluctuation. It represents a structural shift in the hydrology of the Colorado River Basin. Lake Mead, formed by…
Introduction Fighting wildfires in Canada has become one of the most complex emergency response challenges of the 21st century. In recent years, record breaking fire seasons have stretched national resources and required international collaboration. Among those answering the call were French wildfire crews, bringing Mediterranean experience to North American boreal forests. This article revisits the…
Introduction Renewable energy is now central to climate stability, energy security, and long term economic resilience. As fossil fuel volatility intensifies and climate risks accelerate, renewable energy offers a scalable, low carbon alternative that reduces emissions while strengthening national energy systems. This comprehensive guide explains how renewable energy works, why it matters, and how governments,…
The AMOC collapse risk is one of the most serious large scale climate tipping points identified by scientists. The Atlantic Meridional Overturning Circulation regulates heat transport across the Atlantic Ocean. If it weakens significantly or collapses, regional climates could shift rapidly, food systems could destabilize, and economic costs could escalate. Evidence suggests the system is…