Neil Saintilan

Sep 4, 2023 | dailybulletin.com.au | Neil Saintilan

Much of the world’s natural coastline is protected by living habitats, most notably mangroves in warmer waters and tidal marshes closer to the poles. These ecosystems support fisheries and wildlife, absorb the impact of crashing waves and clean up pollutants. But these vital services are threatened by global warming and rising sea levels. Recent research has shown wetlands can respond to sea level rise by building up their root systems, pulling carbon dioxide from the atmosphere in the process.

Sep 3, 2023 | phys.org | Neil Saintilan

Much of the world's natural coastline is protected by living habitats, most notably mangroves in warmer waters and tidal marshes closer to the poles. These ecosystems support fisheries and wildlife, absorb the impact of crashing waves and clean up pollutants. But these vital services are threatened by global warming and rising sea levels.

Aug 30, 2023 | tolerance.ca | Neil Saintilan

By Neil Saintilan, Professor, School of Natural Sciences, Macquarie University Rising seas are pushing coastal ecosystems to the limit of endurance. Now international research reveals a “tipping point” will be reached if we allow more than 2 degrees of global warming. Read complete article© The Conversation -

Aug 30, 2023 | tolerance.ca | Neil Saintilan

By Neil Saintilan, Professor, School of Natural Sciences, Macquarie University Rising seas are pushing coastal ecosystems to the limit of endurance. Now international research reveals a “tipping point” will be reached if we allow more than 2 degrees of global warming. Read complete article© The Conversation -

Aug 30, 2023 | theconversation.com | Neil Saintilan

Much of the world’s natural coastline is protected by living habitats, most notably mangroves in warmer waters and tidal marshes closer to the poles. These ecosystems support fisheries and wildlife, absorb the impact of crashing waves and clean up pollutants. But these vital services are threatened by global warming and rising sea levels. Recent research has shown wetlands can respond to sea level rise by building up their root systems, pulling carbon dioxide from the atmosphere in the process.