It can take up to 200 years for damaged marine environments to fully recover by just stopping the destruction and leaving the ecosystems to themselves. That is why we must implement active restoration interventions.
The need to cool down computers eats into the world’s energy consumption. By using liquid instead of air, we can save large amounts of energy and at the same time produce heat.
A new membrane technology – so light and thin that it makes an A4 sheet of paper feel like thick cardboard – has been created in the hydrogen laboratory.
The wind’s sweep across desert sand provides important information in the hunt for methane gas leaking from oil platforms. Researchers have now applied this knowledge in the hunt for the climate change driver methane.
Locomotives that run on diesel can be electrified. This would both cut CO2 emissions and significantly reduce overall energy consumption, according to a new study.
The food industry has to get moved up on the priority queue. Otherwise, it will be impossible to achieve the government’s goal of Norway becoming more self-sufficient in sustainable salmon feed.
Only five percent of small fishing boats chill their catch on board, despite the fact that temperature plays a crucial role when it comes to quality and shelf life.
AI has become a tool that more and more people are using to create both text and images. But AI can also help a pressured healthcare system.
It could take up to 200 years for our degraded ocean habitats to fully recover if we just leave them alone. So, we must intervene. The good news is that it works.
Researchers are growing the food of the future in this laboratory: meat that uses kelp as an alternative to animal-based ingredients.
Young adults with reduced work capacity benefited greatly from the four-week interdisciplinary rehabilitation stay. The key: an individually tailored programme and a supportive community.
Bristle worms and soldier fly larvae can grow on aquaculture sludge and become protein-rich feed for fish and livestock. But toxic substances can infiltrate the loop. Now scientists have learned more about which substances we need to keep an eye on.
Quantum technology makes it possible to solve far more complex computational challenges than conventional computers can, including in areas such as material development, medicine and optimization.
Did you know that CO₂ is a gas that behaves in a special way? Transporting this greenhouse gas poses a challenge for pipelines.
Imagine that the wires to your house not only have to withstand high electrical current flow, weather and wind, but also salt water, ocean currents, temperature changes and large movements. This is the big challenge in connecting large, electrical structures at sea to the power grid.
Such storage will be crucial if we are to halt climate change, which is already costing us enormous sums of money and causing suffering for humans and animals.
We need to think more about the interaction between architecture, pedagogy and different forms of learning when we plan new schools, researchers say.
Using well-known offshore technology from the oil industry, along with a completely new idea, the founders of Farmocean-subsea want to create equipment for aquaculture at sea. Way out at sea.
Norwegian hydropower provides stability in the power market, but a more even power consumption in Norwegian building stock could have an impact on the electricity production of hydropower, a new SINTEF study shows.
The world needs more of the valuable nutrients found in fish viscera, liver and roe. Yet, much of this raw material is being thrown back into the sea. There are good reasons to stop this wasteful practice.
Tests show that it is possible to cut up to 33 percent of energy consumption using smart heating controllers. The system is based on multiple factors, including future electricity prices and weather data.
Insidious bacteria could cause trouble for the sprinkler wave that is now rolling in across Norway if the tiny organisms are not taken seriously.
If electric vehicles were lighter, they would also be more energy efficient. Of course researchers are eager to make that happen. With aluminium.
Far below the earth’s surface is an energy source with huge and perpetual potential: geothermal heat. But the forces in its scorching and inhospitable depths must be tamed. Now scientists know what that will take.
