Unlocking Ethanol Production: How Chiral Photocatalysts Revolutionize CO2 Conversion
The Breakthrough in Solar-Powered Carbon Recycling In the global quest for sustainable energy solutions, photocatalytic carbon dioxide reduction represents one…
The Breakthrough in Solar-Powered Carbon Recycling In the global quest for sustainable energy solutions, photocatalytic carbon dioxide reduction represents one…
Researchers have created a new risk management approach for carbon removal portfolios that could help stabilize global temperatures over centuries. The study shows nature-based solutions like tree planting can play significant roles when balanced with technological approaches and proper buffers.
Researchers from Cambridge University have developed a groundbreaking method to assess whether carbon removal portfolios can effectively limit global warming over centuries, according to reports published in the journal Joule. The approach distinguishes between buying credits to offset risk versus claiming net-negative emissions and provides portfolio managers with tools to evaluate long-term climate stabilization potential.
Atmospheric carbon dioxide concentrations surged by a record 3.5 parts per million in 2024, reaching 423.9 ppm according to UN data. Scientists report worrying signs that the planet’s natural carbon absorption systems may be weakening amid ongoing high emissions.
The global average concentration of carbon dioxide surged by a record 3.5 parts per million between 2023 and 2024, reaching 423.9 ppm according to reports from the World Meteorological Organization. This represents the largest annual increase since modern measurements began in 1957 and significantly exceeds the previous year’s increase of 2.3 ppm.