Board Update: 2022 – The Year in Review
The approaching end of 2022 offers us a chance to reflect on our achievements, our people and our business. As Chair of the APPF Board, I am incredibly proud of [...]
Recognising our infrastructure specialists
At the APPF, our Infrastructure Specialists are vital to our capabilities and our capacity to deliver cutting-edge phenomics for clients and partners. With that in mind, APPF Executive Director Dr [...]
APPF proudly supports Plants For Space!
The Australian Plant Phenomics Facility (APPF) is proud to announce we are a supporting partner for the newly announced Australian Research Council (ARC) Centre of Excellence in Plants For Space [...]
Root direction points to drought resilience
Researchers at the University of Adelaide, working alongside scientists from the UK, Italy, Germany and the USA, have successfully identified a gene that controls the growth pattern of roots in [...]
Medical technology adapted to plant research
X-Ray Computed Tomography (CT) scanners have become essential equipment for human health research and diagnosis in hospitals around the world. Now, scientists at The Plant Accelerator®, University of Adelaide node [...]
phenoMobile arrives in South Australia
phenoMobile®, the mobile field phenotyping platform developed at the High Resolution Plant Phenomics Centre (HRPPC), APPF’s CSIRO Canberra Node, has arrived in South Australia for use by University of Adelaide [...]
Image-based phenomics examines pasture mixtures – in one pot
An in-depth study of how mixed pastures respond to nutrient limitation was undertaken by Dr Kirsten Ball using the APPF’s high throughput, image-based phenotyping (HTP) facility at The Plant Accelerator [...]
New traits identified for salt tolerant wheat
Wheat plays a major role in food security across the globe and demand is ever increasing. However, wheat is only moderately tolerant to salinity, a major constraint in Australia where [...]
Exciting new technology for CT scanning of wheat grains for stress tolerance to arrive at APPF in late 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
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
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. [...]
Why fungi isn’t always the good guy
Arbuscular mycorrhizal (AM) partnerships are mutualisms between an estimated two-thirds of plants species and microscopic fungi that are ubiquitous in soils. Since the 1950s there have been many studies into [...]
South Australian research infrastructure receives a funding boost
The South Australian Government has announced $6.77 million of funding to support four of the National Collaborative Research Infrastructure Strategy (NCRIS) facilities based at the University of Adelaide - including [...]
Wild barley reveals drought tolerant traits that could improve elite cultivars
A team of scientists from the University of Adelaide, Australian Plant Phenomics Facility and Martin Luther University Halle-Wittenberg have identified beneficial alleles from wild barley that can be used for [...]
Novel salt-tolerant genetic loci detected in glasshouse show increased wheat grain yield in the Australian environment
A team of scientists, including the Australian Plant Phenomics Facility's Dr Bettina Berger, have identified a number of novel beneficial genetic loci (so-called quantitative trait loci or QTL) that associated [...]
Pilot projects wanted for first-of-its-kind combined drought/heat phenotyping platform
A call for pilot projects using a first-of-its-kind research capability at the APPF to accelerate combined stress research discovery Capability offers unprecedented ability to apply drought and heat stress [...]
Growing rice faster – uncovering the triggers behind early canopy closure
By combining high-resolution image-based phenotyping with functional mapping and genome prediction, a new study has provided insights into the complex genetic architecture and molecular mechanisms underlying early shoot growth dynamics [...]
Fertiliser start-up gets a boost at APPF
Resource Recovery Australia together with CSIRO, Cape York Partnership, Balkanu and Kalan Enterprises are developing new income streams for Cape York’s Aboriginal communities by producing organic soil-conditioners from an unlikely [...]
A step closer to salt tolerant chickpea crops
A recent study has collected phenotypic data of chickpea (Cicer arietinum L.) which can now be linked with the genotypic data of these lines. This will enable genome-wide association mapping [...]
Taking the kinks out of curves
In a recent paper, researchers have developed a methodology suitable for analysing the growth curves of a large number of plants from multiple families. The corrected curves accurately account for [...]