Hyperoodon Movements in the Northeast Atlantic

HYPMO is a University of Iceland research project on the movement ecology of the elusive northern bottlenose whale, Hyperoodon ampullatus, and its vulnerability to noise exposure.
(c) Tórik Rouah   

Hyperoodon Movements in the Northeast Atlantic

HYPMO is a University of Iceland research project on the movement ecology of the elusive northern bottlenose whale, Hyperoodon ampullatus, and its vulnerability to noise exposure.
Hypmo logo

HYPMO studies northern bottlenose whales in the Northeast Atlantic to aid in their conservation.

When it comes to cetaceans (whales, dolphins and porpoises), beaked whales are some of the least understood because of their extreme diving, sparse distribution and deep water habitat. The northern bottlenose whale is the most abundant beaked whale in the (sub-)arctic. Like other beaked whales, northern bottlenose whales appear to be highly sensitive to noise from powerful acoustic sources like naval sonar and potentially seismic airgun arrays. HYPMO addresses this lack of knowledge by studying the movement ecology (when, where, why and which animals move) of northern bottlenose whales and their vulnerability to exposure to manmade noise. 

HYPMO is supported by the RANNÍS Icelandic Research Fund and RANNÍS Infrastructure Fund with additional support from the University of Iceland and University of St Andrews.

Key Research Areas

Our current research covers three main topics:

Movement at the population level

We investigate distribution and movements at the population level using deep-sea acoustic recorders, historical stranding and sighting information and photo identification.
Deep-sea acoustic recorders, historical stranding and sightings, photo ID.

Individual behaviour and habitat use

We study movements, behaviour and habitat use of individuals using satellite tags, boat and drone-based visual observation, and biopsy sampling.
Satellite tagging, boat and drone-based observation, biopsy sampling.

Risk of anthropogenic noise

We assess relative risk of noise exposure for northern bottlenose whales by measuring habitat overlap in time and space with intense noise sources such as seismic surveys.
Assessing spatiotemporal overlap of whale habitat with intense noise sources.

Our Team at University of Iceland

Paul Wensveen. PI and founder of the project. Paul’s research centers on noise effects on marine mammals and generally involves acoustics, sensory biology, biologging and telemetry, and behaviour. Paul is currently a research specialist hosted by Prof Jörundur Svavarsson at the University of Iceland´s Faculty of Life and Environmental Sciences. He is based at the Science and Learning Centre of the Westman Islands (Þekkingarsetur Vestmannaeyja) in the south of Iceland.

Barbara Neubarth

Barbara Neubarth. Babsi has many years of experience in whale watching, expedition cruises and cetacean research in the field and behind the desk. She is an expert on citizen science and has a MSc in Coastal and Marine Management from the University Centre of the Westfjords in Iceland. Babsi wrote her master´s thesis on bottlenose whale diving behaviour and was heavily involved in setting up the first photo id catalogue of the project.

Caroline

Caroline Haas.  Behavioural biologist and bioacoustician. Caroline is conducting her doctoral studies on the acoustic behaviour of northern bottlenose whales for which she uses data from long-term deep-water recorders, a vertical array of hydrophones and animal-attached acoustic tags (DTAGs). Her project is a joint PhD in collaboration with the University of St Andrews’ School of Biology, where she is supervised by Profs Patrick Miller and Sascha Hooker.

Hólmfríður Jakobsdóttir. Hóffý conducted her BSc in Biology at the University of Iceland and wrote her thesis on group size, photographic age-sex classification, and group composition of northern bottlenose whales in waters around Iceland and Jan Mayen.

Michelle Dutro. Michelle has a MSc in Coastal and Marine Management from the University Centre of the Westfjords in Iceland. For her thesis research she used data from our bottom-moored stereo acoustic recorder to study the acoustic occurrence and movement directions of bottlenose and sperm whales between Iceland and the Faroes. 

Patrick Kagerer. During his project with the International Master of Bioacoustics at the University of Saint-Étienne, Patrick has developed a method to localise sperm whales using the bottom-moored stereo acoustic recorder and analysed their 3D movements and acoustic behaviour to understand migration and habitat use.

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Research Partners

Institutions that are formally involved in the project.
University of Iceland logo

University of Iceland

We are part of the University of Iceland's Institute of Life and Environmental Sciences, which is home to wide-ranging expertise on marine biology. Dr Filipa Samarra from the Westman Islands Research Centre advises us on photo identification methods.

Marine and Freshwater Research Institute

The Whale Research group of the Marine and Freshwater Research Institute provides us information on the distribution and ecology of northern bottlenose whales from strandings and sighting surveys, and the Oceanography group facilitates the deployment our bottom-moored acoustic recorders.

University of St Andrews logo

University of St Andrews

HYPMO crucially builds upon ONR and SERDP-funded research conducted near Jan Mayen in 2013-2016 by the Sea Mammal Research Unit and its partners. Prof Patrick Miller and his lab contribute to our project in several ways including with existing data, specialised equipment, and support and training in field methods and analyses.

IMAR logo

Instituto do Mar

Dr Mónica Silva and the other members of the Azores Whale Lab over at IMAR provide logistical support during our fieldwork in the Azores archipelago, information about distribution patterns, and local knowledge of the area.