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Diatoms Control Nutrient Cycles in a Temperate, Wave-dominated Estuary...
Diatoms are important primary producers within pelagic, benthic end epiphytic communities and their siliceous frustule leads to rapid sinking to the sediment. As a consequence,... -
Diatoms Control Nutrient Cycles in a Temperate, Wave-dominated Estuary...
Diatoms are important primary producers within pelagic, benthic end epiphytic communities and their siliceous frustule leads to rapid sinking to the sediment. As a consequence,... -
Diatoms Control Nutrient Cycles in a Temperate, Wave-dominated Estuary...
Diatoms are important primary producers within pelagic, benthic end epiphytic communities and their siliceous frustule leads to rapid sinking to the sediment. As a consequence,... -
Diatoms Control Nutrient Cycles in a Temperate, Wave-dominated Estuary...
Diatoms are important primary producers within pelagic, benthic end epiphytic communities and their siliceous frustule leads to rapid sinking to the sediment. As a consequence,... -
Diatoms Control Nutrient Cycles in a Temperate, Wave-dominated Estuary...
Diatoms are important primary producers within pelagic, benthic end epiphytic communities and their siliceous frustule leads to rapid sinking to the sediment. As a consequence,... -
Diatoms Control Nutrient Cycles in a Temperate, Wave-dominated Estuary...
Diatoms are important primary producers within pelagic, benthic end epiphytic communities and their siliceous frustule leads to rapid sinking to the sediment. As a consequence,... -
Multidata approach to map paleovalleys in the Western Musgrave region
The Australian Government’s Exploring for the Future Musgrave Palaeovalley Project investigated the groundwater systems of the Western Musgrave region. This arid desert area... -
AEMInterpConvert – Geoscience Australia’s Online Airborne Electromagnetic...
In recent years, Geoscience Australia, along with the state and territory geological surveys, have collected and processed vast amounts of airborne electromagnetic (AEM) data.... -
AusAEM Year 1 NT/QLD: TEMPEST® airborne electromagnetic data and Em Flow®...
The AusAEM Year 1 NT/QLD Airborne Electromagnetic Survey covers the Newcastle Waters and Alice Springs 1:1 Million map sheets in the Northern Territory and the Normanton and... -
Exploring for the Future—Summary of hydrogeological findings in the Ti Tree...
This report presents key results from the Ti Tree Basin project completed as part of Exploring for the Future (EFTF)—an eight year, $225 million Australian Government funded... -
Exploring for the Future—Remodelling the Oolloo–Jinduckin interface across...
This report presents key results from the Daly River groundwater project conducted as part of Exploring for the Future (EFTF), an Australian Government funded geoscience data... -
Probabilistic airborne electromagnetic (AEM) inversion of 20 km AusAEM data, Phase 2
This airborne electromagnetic (AEM) dataset provides regional scale probabilistic inversion products from 140,000 line km of airborne electromagnetic (AEM) data from the AusAEM... -
Exploring for the Future—Architecture of the deep Ti Tree Basin (Report 1)...
This report presents key results from the Ti Tree Basin project completed as part of Exploring for the Future (EFTF)—an eight year, $225 million Australian Government funded... -
Diatoms Control Nutrient Cycles in a Temperate, Wave-dominated Estuary...
Diatoms are important primary producers within pelagic, benthic end epiphytic communities and their siliceous frustule leads to rapid sinking to the sediment. As a consequence,... -
Layered earth inversion and related airborne geophysical datasets derived...
This data package contains three airborne geophysical datasets processed from the Honeysuckle Creek Geophysical survey, Victoria, flown in 2001. The datasets are: a new... -
Holistic inversion of time-domain AEM data
A holistic inversion algorithm has been developed for time-domain airborne electromagnetic (AEM) data. The algorithm simultaneously recovers a layered earth conductivity... -
Exploring for the Future AusAEM Eastern Resources Corridor: 2021 Airborne...
Exploring for the Future AusAEM Eastern Resources Corridor: 2021 Airborne Electromagnetic Survey: TEMPEST® airborne electromagnetic data and GALEI inversion conductivity... -
Layered earth inversion and related airborne geophysical datasets derived...
This data package contains three airborne geophysical datasets processed from the Billabong Creek Geophysical survey, southern New South Wales, flown in 2001. The datasets are:... -
A holistic approach to inversion of frequency-domain airborne EM data
We have developed a holistic method for simultaneously calibrating, processing, and inverting frequency-domain airborne electromagnetic data. A spline-based, 3D, layered... -
Natural Fields EM Forum 2012: Abstracts from the ASEG Natural Fields EM Forum 2012
The Natural Fields EM Forum was held in Brisbane, Queensland, Australia, on February 26, 2012, in conjunction with the ASEG 22nd International Geophysical Conference &...