The genome of the fungus which causes the disease myrtle rust, Austropuccinia psidii, has been sequenced - what does this mean for the fight against myrtle rust?
A new species of gall midge, Mycodiplosis constricta, has been described. Taxonomists and entomologists may be excited to know that this is the first described species of Mycodiplosis recorded from New Zealand. For the rest of us, the most interesting thing about this species is what it feeds on: the urediniospores of Austropuccinia psidii, the fungus that causes myrtle rust.
A study has just been published containing new evidence that Austropuccinia psidii, the fungus that causes myrtle rust, is reproducing sexually in New Zealand in addition to cloning itself.
Masters student Marley Ford is investigating the mycorrhizal fungi communities of ramarama (Lophomyrtus bullata), a species that has recently become threatened by myrtle rust.
The invasive pathogen infects native New Zealand trees in the Myrtaceae family, such as pōhutukawa and mānuka, causing dieback and potentially death. It was first detected in New Zealand in…
After our lengthy isolation due to COVID, our researchers have finally been able to travel overseas to connect with their international colleagues. Many plant diseases, such as myrtle rust, are being studied by research teams all around the world, so in-person hui can help us overcome roadblocks and catalyse progress.
The pathogen causing myrtle rust might be tiny, but it’s effects could impact carbon, water and nutrient cycles at both the plant and ecosystem levels.
Projects: Projects will include work on the landscape genomics of kauri, building on the excellent mahi (work) from the Healthy Trees, Healthy Futures programme. 1. Conservation genomics of taonga species…
Five years into the myrtle rust incursion, the question on everybody’s lips is, “How bad is it really?” According to Beccy Ganley, Ngā Rākau Taketake Science Leader, we don’t know.