Brendan Choat

@profchoat.bsky.social

Researcher at Hawkesbury Institute for the Environment - Plant Physiology and Ecology - Hydraulics - Drought Stess

Are Australia's endangered plant species more likely to go extinct from climate change? Here is a Plant ecophysiology PhD opportunity in sunny South Australia, open to both domestic and international applicants. Contact @ilainematos.bsky.social (ilaine.matos@adelaide.edu.au) for further details.

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We will soon be advertising a 3-year postdoctoral position at Bristol aimed at enhancing our modelling capacity to better characterise vegetation recovery & legacy effects following fire. Please keep us in mind if this is your speciality 😀 🔥🌳 🌱

PhD Scholarship to work in the beautiful Blue Mountains! Drought and heat stress responses of temperate forest trees growing across a broad environmental gradient Applications close June 30 Must be Australian citizen, permanent resident, or NZ citizen to be eligible. PS2026_034_CS0791892_HIE

Blue Mountains

A row of 30-yr-old Eucalyptus dawsonii at Currency Creek Arboretum, with symptoms of 'ginger syndrome' caused by ongoing drought stress. The 3rd photo is the same row of trees in 2019, before the record dry conditions here. Note their pale-coloured trunks, typical of healthy trees of the species.

Row of 30-year-old Eucalyptus dawsonii (slaty box) trees in May 2026.Trunk of a 30-year-old Eucalyptus dawsonii (slaty box) tree in May 2026, showing symptoms of 'ginger syndrome'.Row of the same Eucalyptus dawsonii (slaty box) trees in June 2019.

Emerging desalination technologies could provide large quantities of slightly saline water for irrigation. We tested the benefits of alleviating drought using this water versus the negative impacts of salt stress on taro and yams in Tonga nph.onlinelibrary.wiley.com/share/BBSXRE...

Irrigation using slightly saline water from emerging desalination technologies as a solution to short‐term drought

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