Researchers from MIT and Singapore have developed silk-based microneedles that can deliver nutrients and monitor plant health more efficiently. Their new technique allows these microneedles to be made ...

The horizon looks promising, the opportunities are truly exciting, says Sim Hock Heng, CEO of Sanli Environmental ...

A Queensland university has released findings from its first stage hydrogen production pilot plant that uses solar energy, ...

Energy from three new community batteries to be built by Melbourne-based Yarra Energy Foundation will be managed by Victorian ...

Imagine stepping out onto the roof of a skyscraper, not to gaze at cold concrete or endless glass, but to find yourself ...

When farmers apply pesticides to their crops, 30 to 50% of the chemicals end up in the air or soil instead of on the plants.

MIT and Singapore researchers developed silk microneedles to efficiently deliver nutrients to plants, potentially reducing ...

Somalia has banned entry to Taiwan passport holders citing compliance with a United Nations resolution, the island's foreign ...

Scientists successfully 3D printed plant-based calamari rings using mung bean protein and microalgae, creating a seafood ...

Imagine stepping into a world where vibrant wings flicker beneath the sunlight, painting the air with a kaleidoscope of ...

Researchers have shown they can inexpensively nanomanufacture silk microneedles to precisely fortify crops, monitor plant health, and detect soil toxins.

Staffed with a host of gas shipping heavy-hitters, Straits Bio-LNG plans to begin supplying the global fleet in late 2027 ...