Press release
INFOMAR Masters Module with Maynooth University
From Department of the Environment, Climate and Communications
Published on
Last updated on
From Department of the Environment, Climate and Communications
Published on
Last updated on
A new Masters module specialising in remote sensing and the principles of seabed mapping has been successfully delivered by a joint partnership between the Department of Geography at the National University of Ireland, Maynooth (NUIM) and Ireland's marine mapping programme INFOMAR (Integrated Mapping for the Sustainable Development of Ireland's Marine Resource). The level 9 post-graduate module, Marine Remote Sensing – INFOMAR, was run at the start of February and teaches students about the science of seabed mapping by providing a combination of class based learning and practical offshore survey experience.
The course outlines the importance and impact of seabed mapping, and features a range of topics including how seabed data are collected and processed to produce high resolution maps of seafloor depth, type and habitat. Lectures illustrate how scientists measure and describe the seafloor in incredible detail, using state of the art acoustic sonar, positioning, and optical instrumentation. The use of satellite imagery analysis is explained in studying coastal seabed depth and shape, with practical examples utilising images of Dublin Bay acquired on Sentinal-2 satellite's sensor almost 800km above the Earth's surface.
The module includes a two day offshore practical where students are given an opportunity to apply the theoretical learning aboard the RV Celtic Voyager. This is one of six survey platforms deployed by the INFOMAR programme during seabed mapping operations, and at 31.4 m in length, it is tasked with operating along the continental shelf and coastal waters. Students get exposure to the dry and wet/chemical laboratories, as well as to operating an array of scientific equipment including the multibeam sonars and associated oceanographic instrumentation. Participants boarded the RV Celtic Voyager in the Port of Cork and departed to the outer reaches of Cork Harbour where the offshore element of the module was conducted successfully on February 15 and 16.
Training activities undertaken onboard included marine mammal observation deck watch, survey computers and software use, benthic ecology, sedimentology classification, sound velocity probe deployment, multibeam echosounder, and sub-bottom profiler data gathering. After exposure to the scientific equipment, workflows and data processing onboard, the students were tasked with the design, planning and implementation of a real-life survey scenario. This enabled them to apply their newly acquired seabed mapping knowledge as a team of scientists would in real world conditions.
Overall the INFOMAR MSc module gave NUIM students an overview of remote sensing techniques, helping them to understand bathymetric data products, to recognize data limitations, and to identify key systems and practices used in the field of seafloor surveying. Students also developed a technical grounding in mapping at different resolutions, and the importance of instrumentation calibration, quality control and processing of bathymetry datasets, before product delivery to end users. In addition, students learned how to source marine data online from INFOMAR's Interactive Web Data Delivery System and online Webviewers, and via web-based portals operated by the European Marine Observation and Data Network (EMODnet) and the Copernicus Marine Environment Service. Follow on project work from the participants is currently being assessed and the results will further highlight the positive learning achievements of all attendees.
Importantly, the module was taught within the context of end users, stakeholders and the policy framework underpinning ocean science and Ocean Literacy, highlighting both the relevance and importance of mapping the Earth's seafloor. Participants benefited from the fact that the course was delivered directly by the INFOMAR team, who have extensive experience of offshore surveying, and were able to share their own experiences and varied employment backgrounds with the students.
Sean Cullen, Geological Survey Ireland INFOMAR joint programme manager said:
"I'm pleased to see the very positive feedback on the course overall both from the students and the tutors. This module, newly developed by the INFOMAR team, with steering from the Department of Geography at NUI Maynooth demonstrates the welcome influence of Irish seabed mapping expertise on new sectors of society and is timely addition to the INFOMAR education initiative as we face into the United Nations Decade of Ocean Science for Sustainable Development. The collaboration is an encouraging sign that seabed science belongs in the space of third level education, and sets to further promote Ireland as leaders in marine science and of Ocean Literacy on an international stage."
Thomas Furey, Marine Institute INFOMAR joint programme manager said:
"It is critical that we create a legacy to build on Ireland's world leading role in seabed mapping, and through launching our third level delivery of INFOMAR specific training, we are contributing to capacity build, marine economy growth, and Ireland's marine plan, Harnessing Our Ocean Wealth."
ENDS
INFOMAR, the national seabed mapping programme, is funded by the Department of Communications, Climate Action and Environment and is a joint initiative between Geological Survey Ireland and the Marine Institute.
For further information, contact Ronan O'Toole, INFOMAR, Geological Survey Ireland via DCCAE Press Office.