Decentralised and nature-based solutions are considered key to cleaning up urban wastewater issues and reducing pressure on sewage systems.

Advances in synthetic biology are spurring a biomanufacturing revolution can help us address our gravest challenges.

Antarctic soil bacteria live in harsh environments by relying on inorganic compounds like hydrogen, methane and carbon dioxide.

The 'energy tree' at the Dubai Expo is made from 97% recycled steel that supports more than 1,055 solar panels.

ASEAN’s construction landscape, transition towards sustainable buildings, and highlighting some promising deep tech solutions.

By understanding how Marine snow transports carbon into the oceans depths, scientists can predict how the ocean responds to climate change.

IPCC report predicts particularly stark consequences for Southeast Asia, one of the planet’s most vulnerable regions to climate change.

Strong partnerships between city governments, real estate occupiers and investors are instrumental to driving the net-zero carbon agenda.

In this paper we frame ASEAN’s energy landscape and contemplate its transition towards cleaner energy production using deep tech.

A new research technique uses the salinity of the ocean at its surface to forecast how seasonal precipitation over land will change.

Research predicts that the world will hit the 1.5C warming limit within the next 20 years, unless large-scale actions are taken immediately.

Post-2020 Global Biodiversity Framework outlines action plans to protect, restore, and sustainably manage nature.

NASA-based tech is being used to turn carbon dioxide into food and bio-based products. It could also help sustainably feed the industry.

Underwater agriculture has the potential to eliminate the need for pesticides, reduce water use, cut carbon emissions, and feed the world.

Rebuilding carbon-rich soil supports farmers’ bottom lines. But federal incentives could preferentially provide resources to big operations.

Organic waste from the agroindustry could hold the key to reviving our tropical forests.

Building roads using plastic waste makes them more durable against wear and tear and provide a long-term solution to our waste management.