We thank the botanists at Australia’s regional, state and national herbaria for their expertise, ensuring TERN’s open data accurately documents the diversity, distribution and state of the nation’s flora. Join our field botanists, at one of the first TERN monitoring sites established, as they re-survey the environment a decade later and remember the legacy of renowned botanist, David Symon.
The borders might be closed but collaborative environmental science is buzzing in Western Australia. Find out how the west is leading the way in piloting new ways to assess ecosystem health, stress and function, starting with an exciting new biodiversity monitoring capability.
In early October, a team of TERN ecologists will return to Kangaroo Island to re-survey 12 permanent environmental monitoring plots established by TERN in 2018, half of which were burnt in the 2019/2020 bushfires. The new data collected by the TERN Field Team will add to key baseline information collected pre-fire and enable the tracking of post-fire recovery rates and ecosystem resilience.
The drought has loosened its grip across much of Australia, while millions of hectares burnt last summer have started recovering thanks to good autumn rain. These are the main conclusions from a mid-year update on the condition of Australia’s environment.
This month, we’re in the Wombat State Forest located near Daylesford in Central Victoria, showcasing a decade of research infrastructure-enabled science on forest carbon cycles, soil, vegetation growth dynamics, and their responses to drought and other disturbances.
Research drawing upon TERN’s collection of more than 100,000 environmental samples provides new understanding on the adaptation of plants to climate change. Read on to find out which set of factors combine to create predictable relationships between plant traits and the changing environment.
This edition we highlight RMIT University’s Centre for Environmental Sustainability and Remediation (EnSuRe) and its research and work with industry to minimise the impact of land, water and air pollution.
New research has critically reviewed the main types of environmental monitoring and recommended the widespread adoption of three classifications to provide consistency and clarity. The scheme allows scientists and land managers to design programs suited to their needs that inform on multiple aspects of ecosystem change. It sets researchers in good stead to understand some of our greatest environmental challenges.
This month we head to the Northern Tablelands region of NSW to look at the University of New England’s SMART Farms and the range of ecosystem data collected on properties used predominantly for agriculture.
A detailed rationale and description of TERN’s much respected AusPlots method for environmental monitoring has been published in a peer-reviewed international science journal. With the paper’s publication, it becomes easier for researchers to access the method and its modules, adapt them for use anywhere and cite them in further research. Wider use of the protocol helps TERN to learn more about researchers’ future needs.