La Compagnie des Taxis-Brousse

In the 19th century, China held the monopoly on tea, which was dear and fashionable in the West, and the British Empire exchanged poppies, produced in its Indian colonies and transformed into opium, for Chinese tea. Inundated by the drugs, China was forced to open up its market, and the British consolidated their commercial dominance. In 1839, the Middle Empire introduced prohibition. The Opium War was declared… Great Britain emerged as the winner, but the warning was heeded: it could no longer depend on Chinese tea. The only alternative possible was to produce its own tea. The East India Company therefore entrusted one man with finding the secrets of the precious beverage. His mission was to develop the first plantations in Britain’s Indian colonies. This latter-day James Bond was called Robert Fortune – a botanist. After overcoming innumerable ordeals in the heart of imperial China, he brought back the plants and techniques that gave rise to Darjeeling tea.

July 20, 1969. Apollo 11 lands on the surface of the Moon. Such a feat was apparently performed to the greater glory of all mankind, but actually it marked the end of the space race disputed by the two great superpowers of the time in their eagerness to arrive before and the beginning of the spread of the Cold War into space. Nowadays, the struggle continues, but the main competitors and their purposes are others.

Is sand an infinite resource? Can the existing supply satisfy a gigantic demand fueled by construction booms? What are the consequences of intensive beach sand mining for the environment and the neighboring populations?

The massive exploitation and extraction of sand throughout the world is leading to an alarming conclusion: all beaches will have disappeared by the end of the 21st century.

In an audacious investigation, Freightened will reveal the mechanics and perils of freight shipment; an all-but-visible industry that holds the key to our economy, our environment and the very model of our civilisation.

China's FAST (Five-hundred-meter Aperture Spherical Telescope) can detect radio signals emitted tens of thousands of light-years away, and engineers have faced unprecedented challenges in constructing a giant radio receptor nestled amid mountains. From novel technological innovations to architectural challenges, we follow every step that gave birth to the biggest radio telescope ever constructed.