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A vast supply of energy is racing around the planet far above the surface. Erik Vance meets the engineers trying to bring the power of high-altitude wind down to earth.
Maurice Strong has shaped how nations respond to planetary crises. Ehsan Masood meets the man whose successes — and failures — laid the groundwork for the current climate talks.
A small group of ecologists is looking beyond the pristine to study the scrubby, feral and untended. Emma Marris learns to appreciate 'novel ecosystems'.
Africa's Lake Kivu contains vast quantities of gas, which makes it both dangerous and valuable. Anjali Nayar asks whether it is possible to tap the gas without causing a disaster.
With its electron microscope, genetic sequencing machines and observatory, the Yokohama Science Frontier High School is equipped like no other. Will future scientists be inspired there, asks David Cyranoski.
When the cystic fibrosis gene was found in 1989, therapy seemed around the corner. Two decades on, biologists still have a long way to go, finds Helen Pearson.
Slotting a fusion reactor into the heart of a nuclear fission plant could accelerate the development of waste-free nuclear energy. So why are all the designs still on paper, asks Ed Gerstner.
With their focus on greenhouse gases, atmospheric scientists have largely overlooked lowly soot particles. But black carbon is now a hot topic among researchers and politicians. Jeff Tollefson investigates.
The iPlant programme was designed to give plant scientists a new information infrastructure. But first they had to decide what they wanted, finds Heidi Ledford.
While conservation biologists debate whether to move organisms threatened by the warming climate, one forester in British Columbia is already doing it. Emma Marris reports.
The boundaries of biology reach farther below Earth's surface than scientists had thought possible. Amanda Leigh Mascarelli delves into how microbes survive deep underground.