The Canberra Phytotron at CSIRO's Black Mountain site
The Canberra Phytotron at CSIRO's Black Mountain site. (c) CSIRO
Biology
British butterfly is evolving to respond to climate change — As global temperatures rise and climatic zones move polewards, species will need to find different environments to prevent extinction. New research, published today in the journal Molecular…
Archaeologists find new evidence of animals being introduced to prehistoric Caribbean — An archaeological research team from North Carolina State University, the University of Washington and University of Florida has found one of the most diverse collections of prehistoric…
Microscopic worms could hold the key to living life on Mars — The astrophysicist Stephen Hawking believes that if humanity is to survive we will have up sticks and colonise space. But is the human body up to the challenge?…
Chemical warfare of stealthy silverfish — A co-evolutionary arms race exists between social insects and their parasites. Army ants (Leptogenys distinguenda) share their nests with several parasites such as beetles, snails and…
Stinky frogs are a treasure trove of antibiotic substances — Some of the nastiest smelling creatures on Earth have skin that produces the greatest known variety of anti-bacterial substances that hold promise for becoming new weapons in the battle…
Genetic code of first arachnid cracked — An international team of scientists - including Ghent VIB scientists - has succeeded in deciphering the genome of the spider mite. This is also the first known genome of an arachnid.…
How bats 'hear' objects in their path — By placing real and virtual objects in the flight paths of bats, scientists at the Universities of Bristol and Munich have shed new light on how echolocation works. Their research is…
Counting cats: The endangered snow leopards of the Himalayas — The elusive snow leopard (Panthera uncia) lives high in the mountains across Central Asia. Despite potentially living across 12 countries the actual numbers of this beautiful large…
Surprise role of nuclear structure protein in development — Scientists have long held theories about the importance of proteins called B-type lamins in the process of embryonic stem cells replicating and differentiating into different varieties…
Pregnancy is a drag for bottlenose dolphins — Lumbering around during the final weeks before delivery is tough for any pregnant mum. Most females adjust their movements to compensate for the extreme physical changes that accompany…
Where am I? > Home > News > Biology

First International Plant Phenomics Symposium

Science Centric | 21 April 2009 13:58 GMT
Printable version A clip for your blog or website E-mail the story to a friend
Bookmark or share the story on your social network Vote for this article Decrease text size Increase text size
DON'T MISS —
Owl monkeys need moonlight as much as a biological clock for nocturnal activity
Owl monkeys need moonlight as much as a biological clock for nocturnal activity — An international collaboration led by a University of Pennsylvania anthropologist has shown that environmental factors, like…
Brainy worms: Evolution of the cerebral cortex
Brainy worms: Evolution of the cerebral cortex — Our cerebral cortex, or pallium, is a big part of what makes us human: art, literature and science would not exist had this…
More Biology

The latest research on global food security, biofuel feedstocks and climate change will be explored at the inaugural three-day International Plant Phenomics Symposium beginning in Canberra tomorrow.

The Symposium aims to advance the field of phenomics - the study of how the genetic makeup of organisms determines their appearance, function and performance - and will bring together over 100 delegates representing science, government, industry and the community.

Scientific Director of the High Resolution Plant Phenomics Centre in Canberra, CSIRO's Dr Bob Furbank, says the conference will focus on screening techniques and analytic approaches for assessing plants' resistance to stress and disease, and their ability to maximise growth, yield and performance under climate and ecosystem change.

'The need for quantitative tools to rapidly select plants which will perform better in our future climate is a major driver for new technologies,' Dr Furbank says.

'Innovative analytical methods - developed at the Australian Plant Phenomics Facility and in collaboration with international researchers - will provide Australian farmers with world-leading crop genotypes to maximise their agricultural performance.'

Invited international speakers include: Professor Joe Berry of the Carnegie Institute, Stanford, USA, who will speak on plant responses to global climate change; and world leaders in plant imaging such as Professor Uli Schurr of the Phytosphere Institute, Julich Plant Phenomics Centre, Germany; and Professor Lyn Jones of the University of Dundee, UK.

The symposium will feature presentations, scientific posters and trade exhibitors and concludes on Friday with a roundtable discussion addressing how new technologies and collaborations can be applied to solve food security, climate change adaptation, drought tolerance and biofuels/biomass problems.

The Symposium is being hosted by CSIRO for the Australian Plant Phenomics Facility.

Major sponsors include Biolab, Croudace Greenhouses and LemnaTec GmbH.

Source: CSIRO


Leave a comment
The details you provide on this page [e-mail address] will not be used to send unsolicited e-mail, and will not be supplied to a third party! Please note that we can not promise to give everyone a response. Comments are fully moderated. Once approved they will be posted within 24 hours.
Expand the form to leave a comment

RSS FEEDS, NEWSLETTER
Find the topic you want. Science Centric offers several RSS feeds for the News section.

Or subscribe for our Newsletter, a free e-mail publication. It is published practically every day.

Tiny, new, pea-sized frog is Old World's smallestTiny, new, pea-sized frog is Old World's smallest

— The smallest frog in the Old World (Asia, Africa and Europe) and one of the world's tiniest was discovered inside and around pitcher plants in the heath forests…

Origins of multicellularity: All in the familyOrigins of multicellularity: All in the family

— One of the most pivotal steps in evolution-the transition from unicellular to multicellular organisms-may not have required as much retooling as commonly believed,…

Developing zebrafish patchworkDeveloping zebrafish patchwork

— Using an electron microscope, scientists at EMBL captured this snapshot of the beginnings of an organ which plays a central role in how zebrafish perceive the world…

Ectocarpus genome adapted to life on the rocksEctocarpus genome adapted to life on the rocks

— The newly sequenced genome of the brown seaweed Ectocarpus siliculosus sheds light on how this complex photosynthetic organism has adapted to life on rocky shores.…

Popular tags in Biology: bird · mammal · photosynthesis · plant