Please login if you have access to particular applications.
Project details
| Title: | Revealing offshore records of Cainozoic volcanism at kennaook/Cape Grim |
| Id: | 2651 |
| Investigator(s): | Jodi Fox
University of Tasmania [details] |
| Description: | We will map and investigate the morphology of the seafloor offshore, using standard underway hydroacoustic techniques, from kennaook/Cape Grim (kCG). kCG was the location of basaltic submarine volcanism ca 24 myrs ago and the sequence of volcanic rocks there likely extend into the ocean. 1. Continuous swath mapping using the Kongsberg multibeam systems (EM124, EM712 or EM2040 MKII as deemed appropriate by the Geophysical Survey and Mapping team). 2. Concurrent Kongsberg SBP 29 Sub-bottom profiler survey |
| Years: | 2025 |
List of surveys that this project was on.
Use [details] link to view survey details (map, reports, metadata etc) including links to download data.
| Survey | Investigator | Description |
|---|---|---|
| IN2025_V03 [details] |
Ruhi Humphries | The World Meteorological Organization’s (WMO) Global Atmosphere Watch (GAW) program consists of an observational network charged with understanding the increasing influence of human activity on the global atmosphere. The kennaook / Cape Grim Baseline Air Pollution Station (KCGBAPS), measuring the Southern Ocean’s atmosphere from the northwest tip of Tasmania, is one of three premier global GAW stations. By utilising the mobility of the RV Investigator (RVI), the world’s first mobile GAW station, both stations can be compared directly and data quality improved and validated. This high-quality observational data feeds directly into improving both regional and global climate, air quality and Earth System models. This project aims to: 1. Directly compare two world-leading WMO-GAW stations, the RVI and the KCGBAPS – a global first. This will include validating the RVI’s full suite of atmospheric measurements and sampling systems against complementary measurements at the KCGBAPS, improving data quality for all locations visited by the vessel. 2. Validate how representative measurements of atmospheric composition and boundary layer structure at the KCGBAPS is of the broader Southern Ocean. 3. Provide improved characterisation of atmospheric structure and composition to inform and improve earth system, climate, air quality and smoke forecasting models. 4. Determine the best boundary conditions for air quality modelling over Australia by improving our understanding of Southern Ocean and Cape Grim baseline concentrations of a range of trace atmospheric constituents. |