·        Ali, A.A., Medlyn, B.E., Crous, K.Y., Reich, P.B., 2013. A trait‐based ecosystem model suggests that long‐term responsiveness to rising atmospheric CO2 concentration is greater in slow‐growing than fast‐growing plants. Functional Ecology. ·        Andela, N., Liu, Y., van […]

An ACEAS working group is moving beyond the meteorological definition of droughts to an ecological one, so we can better understand the impact of climate change on Australia’s forests Among the many ways that climate change is affecting […]

TERN ACEAS organised an invited workshop around  ‘Unifying principles for terrestrial ecosystem carbon, water and land-surface modelling’ – in the Rydges Tradewinds Hotelin Cairns from 9-13 April 2013. The premise of the workshop was that the time has come to reformulate the […]

On 30 May 2013, the Vegetation Processes working groups first meeting established a solid starting point for the group. Working group members openly exchanged ideas on how to make the best of the opportunity and perhaps most critically […]

Irrigation can have a considerable impact or regional climate, suggests a new study.  Irrigation in California’s Central Valley doubles the amount of water vapor in the atmosphere, increasing rainfall across the U.S. Southwest, researchers say. Scientists at the University […]

Chair: Brad Evans, University of Sydney Members: Mark Adams, University of Sydney Nicolas Boulain, University of Technology Sydney James Cleverly, University of Technology Sydney Edoardo Daly, Monash University Remko Duursma, University of Western Sydney Derek Eamus, University of Technology Sydney […]

The Vegetation Processes Working Group aims to better understand the role of different vegetation types and functioning in coupling the energy, water and carbon cycles through field experimentation, analysis of field data and modelling. We will analyse observational data […]