INNOVATIVE MARINE MAMMAL MONITORING IN THE ARCTIC
Issues in the Arctic
The Arctic is an ecosystem that climate change will impact dramatically. Melting sea ice enables anthropogenic changes that will impact marine species.
These include noise pollution, boat traffic, hydrocarbon exploration and overfishing. It is important to carefully document the current status so that mitigation strategies can be developed.
Expedition Glacialis will sail from Azores archipellago to the Baffin Sea, covering a distance of over 4500 nautical miles in 5 months.
Providing a precious source of data and experience, this first expedition will open the way for further monitoring on the Northwest Passage in 2022.
We are a team of biologists, research technicians and artists who are committed to document the fragile and remote environment of the Arctic.
and acoustic catalog
We are developping innovative and replicable protocols to create the first combined catalog of Arctic marine mammals.
Acoustic devices will allow noise pollution monitoring and species recognition. The use of drones and thermal cameras are new in cetology and will open new ways in the field.
Encourage open science
We aim to help improve knowledge of Arctic ecosystems and positively influence policies to allow humans and wildlife to coexist harmoniously.
We will share and publish our data online and collaborate with several institutes, communities, universities, NGOs, governments, media and industries to encourage open science.
and raise awareness
On this ambitious adventure, communication systems will not only be our essential safety line connecting us to daily weather and ice reports.
We will share the venture and our results through several types of media, both on the go and back on land!
IMPROVE KNOWLEDGE ON ARCTIC MARINE MAMMALS
Allows species and individual recognition. This method enables researchers to learn more about the distribution, social structure, lifespan and migration routes of animals.
We will share our data with relevant collaboraters and online platforms to fill gap knowledge about individuals and species.
Photogrammetry, a new technique to evaluate a whale’s body mass, or even, for certain species, determine the sex, and tell if a female is pregnant.
UAV footage will assess the health status of whales, to show entanglement and ship strike marks and do aerial photo ID.
This technology will allow us to combine visual observations with a thermal signature of marine mammals encountered. The objective is to collect as much data as possible to help develop a new system to identify cetacean species. In addition, we will test this new technology to develop a navigational aid to find waterways and avoid collisions with whales and macro-waste.
We will link acoustic data from marine mammals with visual data alongside with noise pollution monitoring. Since cetacean species acoustic identification remains challenging particularly for dolphins, linking acoustic recordings with visual identification will improve our knowledge on acoustic characteristics of some Arctic species.
ARCTIC WILDLIFE AND HABITAT
Record every marine mammal, bird and fish encountered.
Locate biodiversity hotspots and endangered species.
Macro pollution will be visually recorded.
Waste monitoring will allow us to learn more about currents, pollution and direct threats to wildlife.
Regular microplastic sampling will be done in areas where very few data is available.
The manta nets will also permit plankton collection.
Salinity, temperature, pH, chlorophyll-a and further parameter samplings will contribute to monitor the changes in the Arctic Ocean and complement existing data.
A SAILING VESSEL BUILT FOR HIGH LATITUDES
A very tough expedition vessel suitable for research efforts in the polar regions.
She was designed in the Netherlands by the famous naval architect Dick Koopmans and built in compliance to the highest standards.
Its stainless steel deck provides an efficient and durable working platform. The pilothouse and its 9 large windows made of thick hardened glass is an ideal, all weather conditions, steering and observation station.
Its S-shaped hull and the choice of a solid ketch rig make her an extremely seaworthy vessel dedicated to sailing in heavy weather.
Safety at sea
Safety and redundance are everywhere onboard the Atlas.
The Atlas is built from 7, 6 and 5 mm thick marine steel plates. The overlapping of the plates over 4cm and the inside/outside weld along the entire length of the hull provides important structural reinforcement.
The bow cabin forms a watertight compartment defended by a steel wall up to deck level and a solid watertight door. A hydraulically driven bilge pump allows the extraction of water at a high flow rate from 4 strategic locations (bow, saloon, engine room, stern).
A very reliable six-cylinder Volvo engine provides the power needed to tackle complex seas.
A research tool
An ideal platform for adventurous scientific teams
Compromises between accommodation and storage capacity have been made on board this unique vessel to make it an efficient working tool.
For short expeditions of about two weeks, the boat can comfortably accommodate up to 5 people. However, for longer and more elaborate missions a crew of up to 4 people is recommended.
In contrast to pleasure yachts, the entire stern is dedicated to technical storage spaces. The pilothouse is the monitoring zone and a key area of the ship’s life from which the crews take their watches.
A swiss non profit organisation dedicated to the preservation of natural and cultural heritage.
Atlas Expeditions was founded in order to link the efforts of the volunteers involved in the adventure and to guarantee the pursuit of objectives benefiting the community.
The aims of the association are to study, promote, organize and ensure the realization of expeditions of remarkable scientific, cultural or social interest.
Atlas Expeditions is in charge of the preparation and availability of the boat for the pursuit of these goals in relation to the local authorities and communities.
COMMUNICATE & RAISE AWARENESS
SUPPORT THE EXPEDITION
Make a donation and help the project reach its ful potential!
Our scientific partners will provide a significant part of the gear needed for the survey. Thanks to Atlas Expeditions, we have the adequate platform for the project.
The latest generation research equipment (thermal camera, lidar drone, hydrophone, multiparameter, software) will be used so that the methods developed will be useful for future researchers. Creating innovative visual and acoustic catalogs in a scientific and organized fashion will require significant computer and human resources.
We will upgrade the communication equipment on board, purchase survival gear and engineer solutions to deploy scientific equipment. The communication equipment will not only increase safety but it will also enable us to keep followers updated in real-time.
Please mention your contact details and your specific interests in the project! We will get back to you shortly!
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