Plants

Sciences & Technology

|

Under the Microscope

How Australia’s ancient forests became an arid zone

Studying the genetic relationships between desert plants is helping Dr Rachael Fowler to understand how they evolved in Australia’s arid zone, once dense forest

Sciences & Technology

New genomic toolkit set to boost Australian crop industry

Scientists are in a battle to keep the world’s food supply dependable, and new research into crop genomes is helping to lead the way

Sciences & Technology

Going back to the future for food crops

New sensing techniques can detect drought tolerance in ancient relatives of wheat and barley. Making it possible to use these traits to breed new food crops for a warmer world

Sciences & Technology

Understanding how fire shapes plants will help protect them

A new approach predicts how plants respond to fire, helping scientists, land managers and the community protect thousands of species from biodiversity loss

Environment

The past gives us a glimpse of our future, hotter planet

Fossil pollen preserved in rocks for 56 million years provides new insights into the consequences of carbon-fuelled global warming

Environment

Woody Meadows greening our cities the right way

Public spaces across Australia are being planted with beautiful, practical, native Woody Meadows

Sciences & Technology

Drugging plants to learn their secrets

Discovering chemicals that affect plant circadian rhythms could improve crop yields – bringing us a step closer to ‘chronoculture’

Sciences & Technology

The challenge to discover our plant and fungi species

There are still thousands of Australian plant and fungi species to be described and citizen scientists are contributing to recording our biodiversity

Sciences & Technology

What ancient pollen tells us about future climate change

Pollen preserved in rocks for more than 56 million years reconstruct Earth’s major climatic transition that caused mass plant migration

Sciences & Technology

Smaller plants show promise for future food crops

Researchers have bred smaller soybean plants with the same yield, raising the possibility that smaller crops could grow more food from less land in our changing climate