Old oil fields may be less prone to induced earthquakes

Subsurface carbon sequestration—storing carbon inrocks deep underground—offers a partial solution for removing carbon fromthe atmosphere. Used alongside emissions reductions, geologic carbonsequestration could help mitigate ...

Rescuing geologic and climate records

Scattered throughout the Philippines are many caves containing precious geological formations that hold key information about past climate. But due to local quarrying, some of these formations may be destroyed. Now, one ...

Deep sea mining could be disastrous for marine animals

In a recent study published in Deep-Sea Research Part I: Oceanographic Research Papers, researchers of Wageningen University & Research and the University of Bergen have shown that release of deep-sea mining particles can ...

Groundwater plays an invisible role supporting lakes

Nearly 90% of North America's lakes are located in Canada. That's why they make up such an enormous part of our landscape. Among their many vital functions, lakes are essential to the biodiversity of our territory and constitute ...

Going underground to monitor carbon dioxide

A technique originally, applied to monitor the flow of contaminants into shallow groundwater supplies, has been repurposed to monitor carbon dioxide pumped deep underground for storage.

Rocks that tell our industrial history

Researchers in the UPV/EHU's Department of Analytical Chemistry have published a study in which they analyse cemented sand formations that contain industrial waste produced as a result of metallurgical activities. These beachrocks ...

Impact of carbon dioxide leakage through North Sea wells

Realistic estimates show that global warming can only be kept below 1.5 or two degrees Celsius if carbon dioxide is actively removed from the atmosphere. Storage beneath the seafloor is an option that has been investigated ...

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