I have three PhD scholarships available for quantitatively-oriented students to join our Dynamics of Australian Vegetation team! Closing 30/4/22. See links for additional details and email me to talk projects.
The Future of Australian Vegetation: Developing a Dynamic Vegetation Model for Australia Two scholarships available for students to develop their own programs of research within the overarching project according to their interests. The students could, for example, explore the dynamics of a specific ecotone, such as the boundary between tropical rainforest and savanna, or the gradient from tall wet forest to open grassy woodlands. Alternatively, they could focus on and lead the modelling of a particular vegetation process, such as tree mortality, plant responses to heatwaves, or carbohydrate storage.
Predicting Vegetation Dynamics in Australia’s Arid Zone Co-funded by Arid Recovery and Bush Heritage Australia, this PhD project aims to develop a predictive model of vegetation dieback and recovery in Australia’s semi-arid woodlands. Looking for a special person for this project: you’ll have good quantitative skills and be prepared to work in Australia’s remote outback.
We are looking for a scientific programmer to join our Dynamics of Australia Vegetation (DAVE) team! The role of the Scientific Programmer is to deliver on the development, optimisation, testing and management of a new dynamic vegetation model with a focus on Australian ecosystems. Closing 16th December. Details
I have three PhD scholarships available as part of my ARC Laureate Fellowship project to develop a unified Dynamic Vegetation Model for Australia. I’m looking for folks with a passion for plant ecology and a strong quantitative background. The scholarships offer four years of funding + a tuition waiver for international students. You’ll join a great team of researchers on our Hawkesbury campus at the foot of the beautiful Blue Mountains. More details here:
Thrilled for my post-doc Dr Mingkai Jiang who has been successful in winning an ARC-funded DECRA fellowship. Mingkai’s project, titled “Assessing Eucalyptus forest responses to rising CO2 and climate change,” will combine meta-analysis, data assimilation and ecosystem modelling to study how Eucalypts respond to rising CO2 and extremes of heat and drought. Congrats Mingkai!
Our new study on the fate of carbon in a mature forest under CO2 enrichment was published in Nature today. Led by postdoc Mingkai Jiang, with contributions from 48 co-authors, the study shows that the forest did not sequester additional CO2. The plants photosynthesised more, but the additional carbon taken up was rapidly returned to the atmosphere through plant and soil respiration.
These findings have global implications: models used to project future climate change, and impacts of climate change on plants and ecosystems, currently assume that mature forests will continue to absorb carbon over and above their current levels, acting as carbon sinks. The findings from EucFACE suggest that those sinks may in actual fact be weaker or absent for forests on low-nutrient soils. Without mature forests acting as sinks, we have even less time than we thought to bring down greenhouse gas emissions.
Fifteen years ago I was at home with my second baby, wondering what my future held. I was hoping to work part-time, but I didn’t see how I was going to be able to do that and stay in science. We talk about the ‘leaky pipeline’ for women in science – I was very much at the point of ‘leaking out’.
But the leaky pipeline is a terrible analogy, because there is no way to leak back in to a pipe. We need a better analogy. Highways, for example, have both off-ramps and on-ramps. We are encouraged to take off-ramps. Take a break, attend to our personal needs, do a bit of sightseeing and then take the on-ramp refreshed and ready to drive on. People who take off-ramps have a better journey! The key is providing on-ramps so they can get back onto the highway.
In my role as Georgina Sweet Australian Laureate Fellow I particularly want to foster a discussion about how we provide on-ramps for women (and men) who want to take detours. I’m hoping that my own experience of working part-time for ten years before going on to win a Laureate fellowship will serve as an example and inspiration for that discussion.
I’m also hoping to spread the word to girls and women about the importance of maths and computing in all fields of science. My own field is ecology, but my background is in mathematics. It’s noticeable that while there are many women working in ecology, there are many fewer working in computational ecology – yet that’s where many of the most important advances are being made right now. Building women’s confidence in the areas of maths and computing is crucial to improving women’s representation in science across the board.
The goal of my fellowship research is to build a dynamic vegetation model (DVM) focusing on Australian vegetation. My plan is to build a community model to bring a wide range of different types of data together that will allow us to identify the factors that determine Australian vegetation distribution, and make predictions for the kinds of vegetation shifts that we might expect in the near future as climate change gets underway. We’ve needed this model for a long time – this fellowship will provide the resources to make it a reality.
The intellectual opportunity of a lifetime! This PhD position is a co-tutelle between HIE and Lund University in Sweden. Under the supervision of Ben Smith, Brendan Choat, Ali Mansourian and myself, the student will analyse drought mortality in Australia and Sweden. Learn cutting-edge modelling and analysis techniques, apply them to an emerging global problem, in two amazing parts of the world. Apply by 7 August!