BIG DATA
Australian Research Organization Selects IBM Technology To Help Develop Smarter Food Crops
The APPF, established to provide innovative research tools to help tackle key issues in plant and agricultural biology, turned to IBM and Datacom Systems SA Pty Ltd, an IBM Business Partner. IBM and Datacom are providing a powerful and energy-efficient system to run the critical imaging application and databases for The Plant Accelerator, a plant screening facility at the University of Adelaide's Waite Campus.
The Plant Accelerator, composed of more than one kilometre of conveyor systems, automated high-throughput imaging stations and robotic equipment, provides continuous measurements of the physical attributes (such as leaf colour, size and water content) of up to 2,400 radio-tagged plants at any one time. By linking the measurements to the plant's genetic makeup, researchers will be able to accelerate progress in generating crops that are more disease- and drought-tolerant and more viable on marginal soils.
"We needed a robust, highly reliable and energy-efficient solution able to handle a plant being scanned from three angles to produce 3D images, every 30 seconds, 24 hours a day, seven days a week, as well as store and analyse the vast amounts of images generated," said Lachlan Tailby, IT Manager, Australian Plant Phenomics Facility. "After reviewing and assessing a number of vendors, we determined that excellent service and support as well as local staff and competitive pricing made IBM the ideal choice."
"We worked closely with IBM to develop and deliver the IBM solution," said Tim Fitzgerald, General Manager, Managed Services, Datacom Systems SA Pty Ltd. "We see not only great value in IBM's product offerings but also in their overall partnering strategy."
An IBM BladeCenter holding HS22 and HS21 blades provides the computing power enabling LemnaTec's Scanalyser application to rapidly process new plant analyses. For example, a researcher may look at leaf area under drought stress to determine growth and yield but they can also direct the system to re-analyse some of the more tolerant plants outside the production environment for different attributes such as leaf colour.
"This gives us crucial insights into breeding the kinds of smarter crops to help overcome critical food shortages in the face of global environmental change," said Tailby.
APPF chose an IBM System Storage DS4700 to accommodate the estimated 60TB of imaging data The Plant Accelerator is expected to generate annually with a total initial investment in 140TB storage capacity. However, it is expected that within the next two years, The Plant Accelerator will require some 300TB of storage. Additionally, the storage solution with two storage arrays provides APPF with the capability of not only backing up data but also duplicating it so the facility can run multiple plant analyses concurrently thereby speeding up the breeding of new crop seeds.
With the help of the interconnected system, The Plant Accelerator identifies traits that contribute to the better-growing plants using RFID sensors and physically separates them for further testing and cultivation. In the future, the researchers will have handheld PDAs equipped with scanners connected wirelessly to the IBM infrastructure enabling direct access to the data being produced.
"IBM is delighted that APPF chose IBM technology to support its critical research in plant phenomics aimed at developing better food crops and more sustainable agriculture," said Darren Gossling, Business Unit Executive, IBM Systems and Technology Group. "IBM has delivered a highly reliable, energy-efficient IT infrastructure ideally suited to support APPF's research projects for years to come."
For more information on the Australian Plant Phenomics Facility, please visit http://www.plantphenomics.org.au/
For more information about IBM, visit http://www.ibm.com.
