New ice-sheet ’emulator’ focuses on Antarctica — ScienceDaily

Projections of potentially dramatic sea-level rise from ice-sheet melting in Antarctica have been wide-ranging, but a Rutgers-led team has created a model that enables improved projections and could help better address climate change threats.

A major source of sea-level rise could come from melting of large swaths of the vast Antarctic ice sheet. Fossil coral reefs jutting above the ocean’s surface show evidence that sea levels were more than 20 feet higher about 125,000 years ago during the warm Last Interglacial (Eemian) period.

“Evidence of sea-level rise in warm climates long ago can tell us a lot about how sea levels could rise in the future,” said lead author Daniel M. Gilford, a post-doctoral associate in the lab of co-author Robert E. Kopp, a professor in the Department of Earth and Planetary Sciences within the School of Arts and Sciences at Rutgers University-New Brunswick. “This evidence suggests that as climate

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Travel activities platform KKDay raises $75 million Series C as it focuses on “staycations”

With lockdowns around the world, the COVID-19 pandemic has hit the travel industry especially hard. In Asia, however, several startups are adapting by focusing on domestic activities (or “staycations”) instead of international travel. They include Taipei-based KKday, which announced today that it has closed a $75 million Series C led by Cool Japan Fund and the National Development Fund of Taiwan. Existing investors Monk’s Hill Ventures and MindWorks Capital also returned for the round.

Founded in 2014, KKDay will use its new funding on Rezio, a booking management platform it began piloting in March, starting with Japan and Taiwan.

Created for tour operators and activity providers, especially those who previously operated mostly offline, Rezio can help reduce operational costs by allowing its users to set up a booking website that works with different payment gateways and manage availability by tracking bookings from different channels. The latter is especially important during

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