IN SPOTLIGHT
Rebuilding Ukraine: Four Future Scenarios
The cost of Ukraine's reconstruction stands at a staggering $486 billion—and climbs higher with each passing day. Timely decisions on investments, workforce, and resources will define the nation’s post-war recovery and long-term future.
That Other Carbon-Free Fuel: The Future of Nuclear Energy
Called back from the brink of retirement, nuclear energy is evolving away from its radioactive reputation and filling the gaps in carbon-neutral energy plans.
Does the coronavirus combat climate change or accelerate it?
In our article series, we zoom in on some specific areas and industries in the world that will emerge after the COVID-19 pandemic. This third instalment is based on an analysis by Futures Platform, with insight from the founder and chairman of energy company St1 and climate change advocate Mika Anttonen and Futures Platform’s Senior Foresight Analyst Max Stucki.
The Port of the Future
About 90% of the world's commodities are carried by the international shipping industry, annually. Liner shipping also transports around USD 4 trillion of goods yearly. There are more than 8,000 thousand of ports in over 200 countries worldwide. Here are their current challenges and future trends.
Will Microplastics Become A Serious Health Issue?
Microplastics, very small plastic fragments, less than 5 millimetres in length, can be found in several places. And there’s a lot of it. A 2015 study showed that there are between 93 and 236 metric tons of microplastics in the world’s oceans. They have also been found in freshwater ecosystems, in the soil, and even in the air. Even more worrying, they have been found inside a lot of animal species.
Is China Leading the Cleantech Revolution?
China has had a bad reputation with regard to the environment for many years. But understanding that looking out for the environment has benefits both internationally and domestically; the country has been changing. In fact, some may even argue that China is, at the moment, leading the cleantech revolution - ahead of the United States and other Western countries.
Biodegradable Electronics
Stanford University researchers have developed a semiconductor that is flexible and biodegradable. Made of cellulose and non toxic materials, this invention could be a solution to electronic waste.