Today marks World Wetlands Day. 

The swamp forests, reedbeds and flooded grasslands of the Lower Mekong basin form one of the most biologically important regions on the planet. But these ecosystems are vanishing at an alarming pace, along with riverbank collapse, which has led to coastal communities losing their homes.

Researchers believe that this is because the Vietnam Mekong Delta is currently being robbed of its very foundations - sand. 

On this episode of Climate Connections, Rachel Lau, Research Assistant, National Institute of Education, Earth Observatory of Singapore, NTU and Assistant Professor Edward Park, National Institute of Education & Principal Investigator, Earth Observatory of Singapore, NTU weigh in on why the Mekong Delta is drowning in 'sand debt'.

Feature produced and edited by: Yeo Kai Ting (ykaiting@sph.com.sg)

Voiced by: Emaad Akhtar

Photo credit: NTU

Music/sound credits: pixabay & its talented community of contributors 

Today marks World Wetlands Day. 
The swamp forests, reedbeds and flooded grasslands of the Lower Mekong basin form one of the most biologically important regions on the planet. But these ecosystems are vanishing at an alarming pace, along with riverbank collapse, which has led to coastal communities losing their homes.
Researchers believe that this is because the Vietnam Mekong Delta is currently being robbed of its very foundations - sand. 
On this episode of Climate Connections, Rachel Lau, Research Assistant, National Institute of Education, Earth Observatory of Singapore, NTU and Assistant Professor Edward Park, National Institute of Education &amp; Principal Investigator, Earth Observatory of Singapore, NTU weigh in on why the Mekong Delta is drowning in 'sand debt'.
Feature produced and edited by: Yeo Kai Ting (<a href="mailto:ykaiting@sph.com.sg">ykaiting@sph.com.sg</a>)
Voiced by: Emaad Akhtar
Photo credit: NTU
Music/sound credits: pixabay &amp; its talented community of contributors

A special segment on Money FM 89.3's Breakfast Show that brings you on an exclusive audio journey to the ends of the world, covering in-depth environment, natural history and climate change stories that intertwine with human life on Earth.

A special segment on Money FM 89.3's Breakfast Show that brings you on an exclusive audio journey to the ends of the world, covering in-depth environment, natural history and climate change stories that intertwine with human life on Earth.

Climate Connections

Get a head start to your work day with Ryan Huang, Emaad Akhtar and Audrey Siek from 6am to 9am. 

Listen to insightful discussions on the stories and issues that matter the most to you and be apprised of the markets and the companies to watch.

Get a head start to your work day with Ryan Huang, Emaad Akhtar and Audrey Siek from 6am to 9am. 
Listen to insightful discussions on the stories and issues that matter the most to you and be apprised of the markets and the companies to watch.

Breakfast with Ryan Huang, Emaad Akhtar and Audrey Siek

MONEY FM 89.3 is Singapore’s first and only Business and Personal Finance station. MONEY FM is a 24-hour English talk format station featuring local and international business and financial news. We provide you with financial market and currency updates and insights from analysts, economists, policy makers, industry experts and business owners.

In the lighter hours, listen to discussions on social issues and features on topics that include health, education, arts and music.

MONEY FM 89.3 is Singapore&rsquo;s first and only Business and Personal Finance station. MONEY FM is a 24-hour English talk format station featuring local and international business and financial news. We provide you with financial market and currency updates and insights from analysts, economists, policy makers, industry experts and business owners.
In the lighter hours, listen to discussions on social issues and features on topics that include health, education, arts and music.

MONEY FM 89.3 is Singapore’s first and only Business and Personal Finance station.

MONEY FM 89.3

An exclusive audio journey to the ends of the world, covering in-depth environment, natural history, and climate change stories that intertwine with human life on Earth.

A special segment on MONEY FM 89.3's Breakfast Show that brings you on an exclusive audio journey to the ends of the world, covering in-depth environment, natural history, and climate change stories that intertwine with human life on Earth.

A special segment on MONEY FM 89.3's Breakfast Show that brings you on an exclusive audio journey to the ends of the world, covering in-depth environment, natural history, and climate change stories that intertwine with human life on Earth.

Climate Connections: Why the Vietnam Mekong Delta is drowning in 'sand debt'

A new study has found that ocean acidity may have prevented life on Earth from developing for the planet's first 500 million years. 

On this episode of Climate Connections, its study lead, Dr Guo Meng from the Asian School of the Environment at NTU weighs in on how ocean pH has evolved from our early days and the research by her team of scientists, on developing the most comprehensive Earth system model to date that is shedding new light on the critical role of ocean pH levels in the emergence of early life.

Her efforts so far, have given scientists a new perspective on when Earth likely became a habitable place some 4 billion years ago.

Feature produced and edited by: Yeo Kai Ting (ykaiting@sph.com.sg)
Voiced by: Emaad Akhtar
Photo credits: University of Richmond; AP/Richard Drew
Music credits: pixabay & its talented community of contributors

A new study has found that ocean acidity may have prevented life on Earth from developing for the planet's first 500 million years.&nbsp;
On this episode of Climate Connections, its study lead, Dr Guo Meng from the Asian School of the Environment at NTU weighs in on how ocean pH has evolved from our early days and the research by her team of scientists, on developing the most comprehensive Earth system model to date that is shedding new light on the critical role of ocean pH levels in the emergence of early life.
Her efforts so far, have given scientists a new perspective on when Earth likely became a habitable place some 4 billion years ago.
Feature produced and edited by: Yeo Kai Ting (ykaiting@sph.com.sg) Voiced by: Emaad Akhtar Photo credits: University of Richmond; AP/Richard Drew Music credits: pixabay &amp; its talented community of contributors

Climate Connections: Why do the pH levels of the early oceans matter? And what does it tell us about Earth’s evolving habitability in the broader context of climate change? 

Over the years, scientists have linked climate change to rising sea levels, extreme weather and melting polar ice caps.

But as the mercury rises, urban rat populations too are increasing.

In the first research of its kind, scientists found that 11 of 16 cities studied had significant increasing trends in rat numbers, including Washington DC, New York, and Amsterdam. While the new study sheds light on the forces that may influence urban rat populations, cities remain highly complex environments.

On this episode of Climate Connections, Dr Jonathan Richardson, Assistant Professor of Biology at the University of Richmond, who led the research, shares his insights.

Feature produced and edited by: Yeo Kai Ting (ykaiting@sph.com.sg)
Voiced by: Audrey Siek
Photo credits: University of Richmond; AP/Richard Drew
Music credits: pixabay & its talented community of contributors

Over the years, scientists have linked climate change to rising sea levels, extreme weather and melting polar ice caps.
But as the mercury rises, urban rat populations too are increasing.
In the first research of its kind, scientists found that 11 of 16 cities studied had significant increasing trends in rat numbers, including Washington DC, New York, and Amsterdam. While the new study sheds light on the forces that may influence urban rat populations, cities remain highly complex environments.
On this episode of Climate Connections,&nbsp;Dr Jonathan Richardson, Assistant Professor of Biology at the University of Richmond, who led the research, shares his insights.
Feature produced and edited by: Yeo Kai Ting (ykaiting@sph.com.sg) Voiced by: Audrey Siek Photo credits: University of Richmond; AP/Richard Drew Music credits: pixabay &amp; its talented community of contributors

Climate Connections: Climate change is creating that perfect rat storm

Fungi represent an entire kingdom of life on Earth. In fact, millions of species of fungi share our space on this planet. And since soil contains more than three times as much carbon as the atmosphere, what fungi do in the soil could dramatically affect climate change.

One group of fungi in particular - the mycorrhizal fungi - are quietly, but surely, doing us a huge climate favour behind-the-scenes, or in their case, underground. These fungi help forests absorb CO2 pollution, which can in turn contribute to delaying the effects of climate change.

But, how has the effects of climate change impacted mycorrhizal fungi and can such fungi be restored in degraded parts of forests and cities?

On this episode of Climate Connections, Jennifer Bhatnagar, Associate Professor of Biology at Boston University, who has been studying fungi, shares her insights.

Feature produced and edited by: Yeo Kai Ting (ykaiting@sph.com.sg)
Voiced by: Emaad Akhtar
Photo credits: CID Bio-Science
Music credits: pixabay & its talented community of contributors

Fungi represent an entire kingdom of life on Earth. In fact, millions of species of fungi share our space on this planet. And since soil contains more than three times as much carbon as the atmosphere, what fungi do in the soil could dramatically affect climate change.
One group of fungi in particular - the mycorrhizal fungi - are quietly, but surely, doing us a huge climate favour behind-the-scenes, or in their case, underground. These fungi help forests absorb CO2 pollution, which can in turn contribute to delaying the effects of climate change.
But, how has the effects of climate change impacted mycorrhizal fungi and can such fungi be restored in degraded parts of forests and cities?
On this episode of Climate Connections, Jennifer Bhatnagar, Associate Professor of Biology at Boston University, who has been studying fungi, shares her insights.
Feature produced and edited by: Yeo Kai Ting (ykaiting@sph.com.sg) Voiced by: Emaad Akhtar Photo credits: CID Bio-Science Music credits: pixabay &amp; its talented community of contributors

Climate Connections: Why the Vietnam Mekong Delta is drowning in 'sand debt'

In 3 playlist(s)

Climate Connections

Social links

Follow podcast

Recent clips