International Partnership for Acoustic Monitoring of Glaciers

Inter-disciplinary research

Research spanning acoustics, signal processing and glaciology to understand the sound of glaciers and how to monitor them.

International Partnership for Acoustic Monitoring of Glaciers

Platforms

Platforms to be used for studying glaciers.

International Partnership for Acoustic Monitoring of Glaciers

Data Products

Outputs and interpretations derived from the data collected.

International Partnership for Acoustic Monitoring of Glaciers

Observational tools

Technologies for exploring polar glaciers.

International Partnership for AcOustic Monitoring of Glaciers

IPAOMG is a group of researchers spanning international boundaries, working to understand glaciers through acoustics.

Melting glaciers are amongst the noisiest natural environments. Ice-loss processes here such as calving and underwater melting produce sound that can be used to monitor these processes.

Our long-term goal is to use passive-acoustic monitoring to study glaciers such as those in Greenland, Svalbard and Alaska on a long-term using autonomous systems.

IPAOMG

Infrastructure

Research and development in the tidewater glacier regions is dependent on infrastructure that requires long term planning and substantial budgets.

Robustness

The deployment of engineering and technology solutions in the polar oceans must be adapted to the harsh conditions there.

Multi-disciplinary

The challenges to monitoring changes in ocean physics and biology, sea ice and ice shelf dynamics need to be met so that we can understand and predict the future of the Earth system.

Commerce and Industry

Commercial operations such as shipping through the Arctic need R & D support to manage the technical and operational challenges. In the Arctic Ocean receding sea ice is opening previously inaccessible sea lanes, which is providing increased commercial opportunities.

Environmental Monitoring and Research

The region features unique biogeochemical systems that need to be better understood.

Exploring the sound of glaciers.

An international group of researchers looking at interdisciplinary approaches to understand the sound of glaciers and their use to monitor climate-change impacts.

Passive acoustic measurements

Detailed acoustic measurements in the field to understand glacier sounds.

Laboratory measurements

To understand ice physics under controlled environments.

Glacier Image

Oceanography

To understand the environments better.

Direct and active-sonar measurements

To verify and groundtruth data.

The Team

Grant Deane

Grant Deane

Research Oceanographer,
Scripps Institution of Oceanography,
University of California, San Diego
Oskar Glowacki

Oskar Glowacki

Assistant Professor,
Institute of Geophysics,
Polish Academy of Sciences, Poland
Mandar Chitre

Mandar Chitre

Associate Professor,
Acoustic Research Laboratory,
National University of Singapore
Dale Stokes

Dale Stokes

Research Oceanographer,
Scripps Institution of Oceanography,
University of California, San Diego
Hari Vishnu

Hari Vishnu

Senior Research Fellow,
Acoustic Research Laboratory,
National University of Singapore
Hayden Johnson

Hayden Johnson

Ph. D student,
Scripps Institution of Oceanography,
University of California, San Diego
Mateusz Moskalik

Mateusz Moskalik

Assistant Professor,
Institute of Geophysics,
Polish Academy of Sciences, Poland