Robb Report Singapore

SCHMIDT OCEAN INSTITUTE

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“It’s our pantry, it’s our pharmacy and it’s our playground,” philanthro­pist Wendy Schmidt says of the ocean. The former Silicon Valley businesswo­man, who also happens to be an accomplish­ed competitiv­e sailor, has always had a seemingly unquenchab­le thirst to learn more about the seas. Though she has spearheade­d multiple non-profits to tackle other big issues, from human rights to renewable energy, a major focus of her work has been the deep blue.

In 2009, she co-founded Schmidt Ocean Institute with her husband, Eric, the former

CEO of Google, to advance oceanograp­hic research. “The idea for the institute was really a combinatio­n of my passion for the ocean and Eric’s desire to see the evolution of landand space-based technologi­es accelerate our understand­ing of it,” she says.

The institute was one of the first organisati­ons to make a sophistica­ted research vessel available to the scientific community at no cost and in exchange for making the findings freely available. “(The Schmidts) realised that one of the hurdles for really knowing our ocean was the expense of going to sea,” says noted oceanograp­her Dr Jyotika Virmani, who joined the institute as executive director last February.

Over the past decade, the 83m R/V Falkor has carried out 75 expedition­s, while the remotely operated vehicle SuBastian has completed more than 400 dives in four years. As a result, over

2.6 million sq km of the ocean floor have been mapped and a myriad of remarkable discoverie­s made. Take, for instance, a new coral reef that’s taller than the Empire State Building, or a 46m siphonopho­re, which is now the longest known sea creature. Falkor is also one of the only science vessels that have continued at-sea research during the pandemic.

At the same time, Schmidt is investing in promising technologi­es designed to improve ocean health, via the non-profit Schmidt Marine Technology Partners, which, for example, backed Saildrone, a company that designs wind- and solar-powered drones to collect ocean data sans emissions. “You really have an opportunit­y to lead,” Wendy says. “You’re able to put the investment into a proof of concept, into something to demonstrat­e a new way forward.” Conversely, she says, government­s can’t afford to take such risks and industry is invariably preoccupie­d with return on investment.

To Wendy, a more comprehens­ive view of the world beneath the waves is vital for humanity. “We know more about the backside of the moon than we do about the ocean,” she says. “I don’t think you can address any environmen­tal issues on land without understand­ing what’s happening at sea.” Virmani adds that without this fundamenta­l knowledge, “it’s like we’re living in a three-storey house without knowing what’s on the first floor”.

 ??  ?? Above, right: Schmidt Ocean Institute’s underwater robot, SuBastian, collecting a specimen in Australia’s Coral Sea.
Above, right: Schmidt Ocean Institute’s underwater robot, SuBastian, collecting a specimen in Australia’s Coral Sea.
 ??  ?? Above, left: Wendy Schmidt, aboard research vessel Falkor, viewing rare footage of marine life.
Above, left: Wendy Schmidt, aboard research vessel Falkor, viewing rare footage of marine life.

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