Exciting new technology for CT scanning of wheat grains for stress tolerance to arrive at APPF in late 2020

2020-02-26T18:04:23+10:3026 February 2020|

Scientists have developed a computed tomography (CT) scanning method for screening large samples of wheat for drought and heat tolerance. They believe the new system will allow more accurate and [...]

Pilot Project Invitation – FieldExplorer Field Phenotyping Platform

2020-02-26T18:04:05+10:3024 February 2020|

An Invitation to Australian Plant Scientists The APPF invites expressions of interest from plant scientists wishing to undertake pilot projects using the new field phenotyping system during the 2020 growing [...]

Cameras can see beyond a plant’s surface for trait ID

2019-10-15T14:19:04+10:3015 October 2019|

Brooke Bruning at the hyperspectral plant imaging station located at the end of a conveyer belt that moves potted wheat plants through The Plant Accelerator®, Australian Plant Phenomics Facility. [...]

I spy: Enhanced camera network to track environmental change

2019-10-03T12:01:57+09:303 October 2019|

The Australian Plant Phenomics Facility is partnering with fellow NCRIS-enabled infrastructure TERN to significantly upgrade TERN's nation-wide network of time-lapse cameras that monitor the timing of vegetation development, including flowering, [...]

Wheat is one step closer to photosynthesis-based yield gains

2019-09-26T11:42:46+09:3026 September 2019|

Exciting research is carried out every day by users of the APPF’s technology and facilities. Here we share another inspirational story…. Professor John Evans of the Australian National University. [...]

A tool to overcome the challenges of green plant segmentation in hyperspectral images

2019-09-11T12:16:15+09:3011 September 2019|

Dr Huajian Liu, from the APPF’s Adelaide node, has developed a one-class support vector machine classifier combined with a pre-processing method named ‘hyper-hue’ to segment green plant pixels in hyperspectral [...]

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