Researchers at Cornell University have developed nanoscale sensors that help breeders select water-efficient crops, enhancing their resilience against droughts caused by climate change.

Although CO2 emissions are rising, more forests are being cleared every year. Terraformation is developing innovative software to counteract this loss of biomass.

Population growth and better living standards mean the demand for fresh fish, shellfish and crustaceans is constantly increasing. Aquaculture projects enhanced by AI are seeking to mitigate the damage to our oceans.

The new low-noise prototype can pick up plastic without disturbing its natural surroundings.

Scientists in China have developed a biodegradable glass that aims to cut back on glass waste in landfills while reducing the need for energy-intensive recycling processes.

What will climate-neutral mobility look like in the future? What digital solutions are ready for a systematic mobility transition? And how do we get there? Let's take a look...

What if you could reduce your emissions and expenses and make new friends along the way? New ridesharing platforms make this possible.

While ChatGPT’s understanding of climate change is broadly accurate, it is prone to making mistakes that reflect larger societal misunderstandings of the issue.

Data centres consume huge amounts of energy – and generate plenty of heat in the process. In Sweden, thousands of households are already heated with server heat. Could this be a potential source of clean energy?