The data center industry faces a critical talent shortage with 300,000 unfilled positions. The problem isn’t a lack of qualified people, but outdated hiring practices that prioritize past experience over future potential. Here’s what needs to change.
The Southern Ocean’s Carbon Conundrum For decades, climate scientists have faced a puzzling contradiction between model predictions and real-world observations…
Revolutionizing Atmospheric Radiation Monitoring The Met Office has initiated a groundbreaking atmospheric research program using specialized weather balloons carrying radiation…
Researchers suggest wood vaulting could remove 12 billion tons of carbon dioxide from the atmosphere annually. Several startups have already begun implementing this low-tech approach to carbon sequestration through biomass burial projects across the United States.
Wood vaulting, a surprisingly straightforward approach to carbon sequestration, could potentially remove 12 billion tons of carbon dioxide from the atmosphere every year, according to a recent study published in Nature Geoscience. The technique involves collecting and burying woody biomass to prevent decomposition, effectively diverting carbon from the fast-paced biological cycle into the much slower geological carbon cycle.
The United Nations has announced the largest single-year increase in atmospheric carbon dioxide since records began in 1957. All three major greenhouse gases reached record highs in 2024, according to the World Meteorological Organization’s latest report, raising concerns about climate feedback loops and reduced natural absorption capacity.
The United Nations has announced that the increase in atmospheric carbon dioxide from 2023 to 2024 represents the largest single-year jump since modern measurements began in 1957, according to reports released Wednesday. The UN’s weather and climate agency stated that levels of all three main greenhouse gases reached new record highs this year, with the World Meteorological Organization documenting concerning trends across multiple climate indicators.
