Introducing the Gizmag Store

Flooding

The Garden House by De Matos Ryan (Photo: De Matos Ryan/© Hufton+Crow)

A new house on the Thames in London not only accommodates a family of 10, but offers special flood-prevention measures and a clever scheme for taking in natural light while maintaining privacy. It’s called the Garden House, as it sits in a sunken garden courtyard surrounded by open terrace and greenery. But its real achievements are harder to guess. The sculptural volumes contain a five-bedroom house; the glamorous-looking courtyard is actually a high-sided watertight concrete container, and the blank upper walls conceal light wells that cleverly let in sunlight without overlooking the neighbors.  Read More

Other Architects' concept for the Australian Prime Minister's official residence, called '...

The official residence of Australia's current Prime Minister (known as "The Lodge") was only ever intended to offer temporary accommodation when constructed back in 1925. To celebrate this year's Canberra centenary celebrations, the University of Canberra and the Gallery of Australian Design invited architects to produce a modern replacement for the venerable lodge. Sydney-based Other Architects duly produced its "A House That Floods" concept.  Read More

Shma's bold 'water city' concept is a reimagining of the medieval Thai city of Ayutthaya, ...

Shma's bold "water city" concept is a reimagining of the medieval Thai city of Ayutthaya, that rethinks flood defenses for the 21st century by drawing inspiration from the past. It's a concept, yes, but one worthy of a second look, given that this is a uniquely Thai response to the catastrophic flooding that hit the country last year. Gizmag takes a moment to set Shma's scheme in its proper context: that of the very recent past, as well as that of Ayutthaya's heyday as one of Asia's, if not the world's, foremost cities.  Read More

Cellphone towers could soon become more than just ugly buildings to satisfy our communicat...

Atmospheric humidity can strongly influence radio signals by scattering them in all directions, weakening and making it much harder to detect on the receiving end. A team of researchers from the University of Tel Aviv has now found a new, promising way of exploiting this phenomenon to accurately predict the intensity of imminent floods and other natural catastrophes.  Read More

Looking for something? Search our 26,490 articles