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Australia’s national research infrastructures are working together to streamline access to integrated data for State of the Environment reporting and other environmental assessments. The collaborative …
Analyses of soil and vegetation samples collected by TERN on Kangaroo Island, South Australia, before and after the catastrophic 2019/20 bushfire are enabling scientists to track post-fire environmental recovery and ecosystem resilience. Here we highlight new research that is using TERN’s open-access soil samples to investigate the impacts of fire on soil and its ability to store and cycle carbon and nutrients.
TERN’s new world-leading soil moisture information system provides nation-wide daily estimates of volumetric soil moisture at a 1km resolution and an index of how full (or wet) the top 90cm of soil is at a particular location and time. The system will help land managers better monitor drought, predict bushfires and floods and make highly informed management choices to improve agricultural productivity.
This month’s Spotlight focuses on University of Western Australia’s Centre of Excellence in Natural Resource Management (CENRM) and projects on how to maximise success in conserving endangered species in refuges and the soil beneath the world’s richest, most endemic ecosystems.
The prestigious journal Nature has just published a substantial international study involving TERN Australia personnel and use of TERN data. The study identified three main factors controlling the function of terrestrial ecosystems and their predicted responses to climate change. The findings reveal that >70% of the variability within ecosystems is described by these three key characteristics.
TERN’s SoilDataFederator makes multiple, disparate sources of soil data available ‘on the fly’ in consistent, easy to use formats. The SoilDataFederator significantly eases access to soil data created by different agencies and enhances Australia’s ability to use the data for understanding and overseeing managed and natural landscapes.
Movement restrictions have forged stronger connections between TERN and university educators. Teaching academics no longer able to take their students on field excursions because of COVID-19 are finding value in using TERN’s data and data tools as a way to bring the Australian environment into their online teaching.
Soil microbiome and biodiversity implications – are we ignoring cost-effective proxies of biodiversity measures?
Environmental DNA (or eDNA) profiling is being used increasingly to analyse a range of substrates and historical samples, apparently even thin air, but what about soil? Join Prof. Andy Lowe as he investigates an important and cost-effective method of environmental DNA profiling.
In this, our second popular science articles from TERN, Prof. Andy Lowe discusses the measures and metrics used to track the state, condition and trajectory of our ecosystem services. Read on to find out how TERN data streams can provide accurate estimates or supporting information to monitor the stocks and changes in critical ecosystem services now and into the future.
High-resolution (30m), high-frequency (monthly), continuous (no gaps due to clouds) actual evapotranspiration data are now freely available for download from TERN. These world-leading satellite-derived data promote accurate water balance modelling for any catchment or groundwater system in Australia. The dynamics of water use from all vegetation communities, including ‘biodiversity hotspots’ such as groundwater dependent ecosystems, can be monitored through droughts and floods.