Construction materials such as concrete and plastic have the potential to lock away billions of tons of carbon dioxide, ...

Discover how everyday building materials could be the key to massive carbon storage, according to a new study. Technologies like biochar in concrete and biomass-based plastics could turn buildings ...

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Relying solely on microbial CUE to predict soil carbon sequestration potential can be misleading, according to the study. It highlighted the dual role of soil minerals in influencing both ...

A team of researchers led by Professor Piao Shilong at the Institute of Carbon Neutrality of Peking University (PKU) has made significant advances in understanding how China’s land-use changes—such as ...

Regenerative agriculture offers a transformative solution to climate challenges, enhancing soil health, biodiversity, and ...

The recently published research utilized a novel method involving tea leaves to study carbon sequestration in wetland ecosystems across 28 countries.

A $2.34 million investment by the Albanese Labor Government and the Tasmanian Government will improve knowledge of the state's carbon-rich soil and ...

Only permanent storage, such as geological sequestration, has the potential to achieve this ... based solutions like reforestation and soil carbon sequestration are crucial for reducing ...

Two tea types — green and rooibos — were used to measure different organic matter in the soils ... insights into the global carbon sequestration potential of wetland ecosystems.