Why are some plants able to grow across multiple ecosystems and others not? Does this flexibility make them more adaptable to climate change? Meet the team of scientists who are investigating these questions and providing vital insights into predicting plants’ responses to climate change and how to revegetate degraded landscapes more successfully.
New research on two of Australia’s most iconic and widespread trees—the river red gum and mulga—is helping solve the puzzle of how they’re able to coexist in some of the nation’s hottest and driest environments. The results have major implications for how we manage our arid ecosystems and their groundwater resources and also for helping balance Australia’s carbon budget.
Showcasing new and recently updated data openly available via TERN repositories. This month we feature plant trait and vegetation data collected along NSW's Biodiversity and Adaptation Transect Sydney, which forms part of TERN’s national network of large-scale transect-based research infrastructure.
Thanks to everyone for your help with our recent feedback survey, the response rate and quality of feedback have been remarkable. Here we share a quick summary of some of the results.
An impressive compendium of research on the cycling of carbon, water and nutrients in multiple natural and managed landscapes has been completed. 19 peer-reviewed papers, all using the TERN land observatory and its data, present the latest science on themes including the global carbon cycle, extreme climate events, agriculture, water budgets, land productivity, plant growth and much more.
TERN is making some changes to its land observatory. We are re-shaping our structure to place more importance on the way in which data, derived from our local, regional and continental scale facilities, are integrated and made more accessible for your research on variation and change of terrestrial ecosystems in Australia.