Climate change, environmental destruction, biodiversity loss – the challenges we face are huge. But despair isn’t a great source of motivation. Here we flip the narrative of typical climate change reporting to look at innovative solutions to today’s environmental challenges.
Last week, the European Parliament decided that certain natural gas and nuclear projects will be eligible to receive loans and subsidies earmarked for a transition away from fossil fuels. What are the implications of this decision?
The ability for machine learning algorithms to analyse huge amounts of information are making them indispensable tools for conservation research.
Solar power, heat pumps and waste heat - renewable energies are readily available. The former Pfaff factory site is being used to test what the climate-neutral neighbourhood of the future will look like.
There are many potential ways to store surplus renewable energy, but hydrogen is emerging as one of the most promising. New advances are making it cleaner and more practical.
Is it possible for heavily industrialized nations to create energy security with renewable power alone? Yes, it is! However, one of the most important factors in achieving this is efficient storage technologies.
Climate change is among several deep concerns Millennials and Gen Z have about the state of the world, and the growing inability to finance solutions is only making things worse.
Solar power is one of the best-known sources of renewable energy, but it is still only responsible for 3 percent of global electricity. What's keeping it back and how can it further develop?
Grassroots activism, favourable regulations, financial incentives, and good, old-fashioned peer pressure are key to the energy transition.
The combination of solar power generation and agriculture - agrovoltaics - comes with benefits and problems. Can a new design generate electricity and increase crop yields?
