Asian Insider

ST Webinar to discuss sea-level rise threat and solutions

The webinar will look at the latest science and projections of sea-level rise and solutions to hold back the seas.
The webinar will look at the latest science and projections of sea-level rise and solutions to hold back the seas.

SINGAPORE - Globally, sea-level rise is increasing at a faster pace, threatening Asia's coastal megacities and low-lying island nations such as Singapore.

Warming oceans and faster melting of ice caps are driving sea levels higher, but the severity of the problem depends on how much and how quickly we cut greenhouse gas emissions. Far from being a future problem, rising sea levels is a real threat today for many places around the globe.

To discuss this urgent issue, The Straits Times is hosting a webinar on Wednesday (April 21) that will look at the latest science and projections of sea-level rise and solutions, including nature-based options, to hold back the seas.

It promises to be a lively and insightful discussion featuring an expert panel comprising Professor Benjamin Horton, director of the Earth Observatory of Singapore at Nanyang Technological University; Dr Zeng Yiwen, senior research fellow at the NUS Centre for Nature-Based Climate Solutions; and Ms Hazel Khoo, director, coastal protection department, at national water agency PUB.

The discussion will be moderated by Mr David Fogarty, ST's climate change editor.

The topic is especially pertinent to Asia, where sea-level rise is already affecting Singapore's coastline, prompting increased levels of new reclamations and steps to prevent beach erosion. But more measures are expected to be needed in future.

The Maldives and megacities from Mumbai to Shanghai are also under threat, as are the many islands of the Philippines and Indonesia. According to the World Economic Forum, about four out of every five people impacted by sea-level rise by 2050 will be living in East or South-east Asia.

The number people affected will increase if sea levels rise by 1m or more by 2100. And add to this the threat of more intense storms and flooding.