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Fire-adapted seed and fruit traits in Cerrado species: adaptation to smoke and heat generated by wild-fires in the Brazilian biodiversity hotspot

   School of Biological Sciences

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  Dr T Steinbrecher, Dr Marta Perez, Dr Cristina Garcia  No more applications being accepted  Competition Funded PhD Project (UK Students Only)

About the Project

Wildfires are a global phenomenon affecting many ecosystems and together with climate change shape their vegetation, cause damage to property and livelihoods, and contribute to greenhouse gas emissions and impacting on biodiversity. Germination from seed after fire is a global phenomenon, triggered by either the heat-shock or smoke-derived signalling molecules (including karrikins). It has evolved multiple times, is widespread across the phylogenetic tree, can be associated with distinct seed dormancy mechanisms, but for savanna ecosystems including Brazil's Cerrado the mechanisms and ecophysiology is poorly understood. In the project is seeds and fruits from species adapted to fire-prone regions of the Cerrado will be investigated to understand fire-generated heat-shock and smoke as germination cues.

In the project the student will investigate seeds of different fire-adapted species to identify novel mechanisms controlling how fire-derived smoke and heat-shock affect their germination, storability, and seedling establishment. This project provides interdisciplinary training including in molecular ecophysiological and biophysical/imaging techniques. This project benefits from active collaboration with Brazilian partner Prof A Fidelis (Sao Paulo University) for Cerrado species morphophysiology and fire vegetation ecology and an interdisciplinary Royal Holloway University of London supervisionary team.

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• Holloway T, Steinbrecher T, Perez M, Seville A, Stock D, Nakabayashi K*, Leubner-Metzger G* (2019) Coleorhiza-enforced seed dormancy: a novel mechanism to control germination in grasses. New Phytologist 229(4): 2179-2191 - - *shared corresponding authors
• Arshad W*, Sperber K*, Steinbrecher T, Nichols B., Jansen VAA, Leubner-Metzger G*, Mummenhoff K* (2019). Dispersal biophysics and adaptive significance of dimorphic diaspores in the annual Aethionema arabicum (Brassicaceae). New Phytologist 221: 1434–1446 ( - *shared first authors
• Fidelis A, Alvardo ST, Barradas ACS, Pivello (2018). The year 2017: Megafires and management in the Cerrado. Fire 1: 49 -

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