A Southern Royal Albatross Diomedea epomophora unable to fly with a dislocated wing joint was rescued at sea on 15 November by Dolphin Encounter Kaikoura off the eastern coast of New Zealand’s South Island – as reported by the Australian Seabird Rescue South Coast Branch.

The bird was transported the same day on a 180-km journey by car (on the back seat in a seat-belted bag with all the windows open for cooling) from Kaikoura to the South Island Wildlife Hospital in Christchurch where it is undergoing rehabilitation.  The hospital writes on its Facebook page: “We are hoping we can get it back in the air very soon.  Because it had many external parasites on it indicated it had been ashore probably to nest in the Campbell Islands. They fly 1000's km to feed off the Kaikoura shelf.”  It is has been named Charles "in honour of the Royal visit" and is being hand fed with introduced New Zealand King Salmon or Chinook Oncorhynchus tshawytscha smolt.

Seen at sea with an injured wing

Safely aboard following capture in a hand net

In the rehabiliation centre

Watch a video clip on the bird's rescue and treatment.

The Southern Royal Albatross or Toroa is considered Naturally Uncommon in New Zealand; it has a global category of threat of Vulnerable.

John Cooper, ACAP Information Officer, 26 November 2019

The Scientific Committee on Antarctic Research (SCAR) is an inter-disciplinary committee of the International Science Council (ISC).  SCAR is charged with initiating, developing and coordinating high-quality international scientific research in the Antarctic region (including the Southern Ocean), and on the role of the Antarctic region in the Earth system.  ACAP Latest News recently reached out to senior members of SCAR to gain their support of next year's inaugural World Albatross Day on 19 June.

Steven L. Chown, SCAR President, of the School of Biological Sciences, Monash University, Australia has written in return: “World Albatross Day celebrates the world's most accomplished ocean-travelling birds, drawing attention to the problems they face because of us, and the solutions we must find to secure a future which, by being promising for them, will be good for us too.”

Life Sciences activities within SCAR coordinate research that is focused on:

1. Understanding the impact of past, current and predicted environmental change on biodiversity and the consequences for adaptation and function;
2. Determining the effects of cold, darkness, isolation and pathogens on the health and welfare of scientists and support staff in the Antarctic; and
3. Through multidisciplinary collaborations, understanding the complexities of the Antarctic environment and predicting the consequences of change.

Life Sciences' Chief Officer is Yan Ropert-Coudert of the French Centre national de la recherche scientifique (CNRS). Yan, who is  Director of Research at the Centre d'Etudes Biologiques de Chizé, writes in support of World Albatross Day: “As scientists working in the Southern Ocean, who hasn't been amazed by these fithful companions that follow ships for days?  Let's make sure they'll continue roaming the seas in the future/ Quel scientifique travaillant dans l'Océan Austral ne s'est pas émerveillé du vol majestueux de ces compagnons fidèles des bateaux!  Faisons en sorte qu'ils puissent continuer à sillonner les mers dans le futur.”

Within Life Sciences resides the SCAR Expert Group on Birds and Marine Mammals (EG-BAMM), tasked with providing expert knowledge and research leadership related to birds and mammals in the Antarctic, on sub-Antarctic islands and in the Southern Ocean.  The Expert group’s Chief Officer is Mark Hindell of the Institute for Marine and Antarctic Studies, University of Tasmania.

SCAR's Standing Committee on the Antarctic Treaty System (SCATS) is responsible for coordinating the advice presented to Antarctic Treaty Consultative Meetings.  Its Chief Officer Aleks Terauds, Section Head, Biodiversity Conservation at the Australian Antarctic Division (and author of Albatross: Elusive Mariners of the Southern Ocean) shares his thoughts: “Albatrosses show us what true freedom really looks like.  World Albatross Day should remind us of the work still to be done to reduce human activities that continue to threaten these extraordinary species.”

ACAP hopes that SCAR will stay supportive of World Abatross Day as 19 June next year approaches.

The next round of SCAR meetings will be held in Hobart, Australia in July/August next year.

John Cooper, ACAP Information Officer, 25 November 2019

Fisheries New Zealand and the New Zealand Department of Conservation have released an updated national plan of action to reduce the number of seabirds caught in fisheries (NPOA) for public comment following input from an advisory group of stakeholders.  The draft National Plan of Action Seabirds 2020 -Reducing the Incidental Catch of Seabirds in Fisheries outlines the commitment to reducing fishing-related captures of seabirds, with stated goals and objectives.

Antipodean Albatross, photograph by Mike Double

 The plan's Executive Summary follows:

"New Zealand is a centre of seabird biodiversity: of an estimated 346 seabird species, there are approximately 145 taxa that use New Zealand waters, and 95 species that breed in New Zealand. Many of these species’ activities overlap with fishing, which can lead to the bycatch of seabirds. The National Plan of Action‑Seabirds 2020: reducing the incidental mortality of seabirds in fisheries (NPOA-Seabir s 2020), outlines the New Zealand Government’s ongoing commitment to reducing bycatch of seabirds in our fisheries.

The NPOA-Seabirds 2020, like its predecessors, stems from a recommendation made in the UN (United Nations) Food and Agriculture Organisation’s International plan of action for reducing incidental catch of seabirds in longline fisheries (IPOA-Seabirds) in 1999.

The NPOA-Seabirds 2020 is New Zealand’s third iteration of a national plan of action. New Zealand has embarked on a programme of transformational change in our fisheries management to ensure that our fisheries are world-leading in their sustainability and environmental performance. At the end of this period, we expect to have significantly increased monitoring and more responsible, low-impact fishing practices.

In recognition of this path to change, this NPOA-Seabirds 2020 focusses [sic] on education, partnering to find innovative solutions to bycatch mitigation, and ensuring that all fishers know how and are taking all practicable steps to avoiding seabird bycatch.

In five years, monitoring capabilities will have expanded and we will have better information on seabird populations and how to avoid captures. This will allow for more direct management, including consideration of mortality limits or other approaches as appropriate. We also expect that we will have a better understanding of seabird populations and behaviours, which will help us to identify other ways that we can ensure the long-term viability of our seabird species.

This NPOA-Seabirds 2020 establishes the framework that the Department of Conservation (DOC) and Fisheries New Zealand will use to work together on seabird initiatives.

The NPOA-Seabirds 2020’s vision is that New Zealand strives for no fishing-related seabird captures.

Guided by this vision, the NPOA-Seabirds 2020 has four goals:

1. Avoiding bycatch — effective bycatch-mitigation practices are implemented in New Zealand fisheries
2. Healthy seabird populations — direct effects of New Zealand fishing don’t threaten seabird populations
3. Research and information — information to effectively manage fisheries impacts on seabirds is continuously improved
4. International engagement — New Zealand actively engages internationally to promote the use of measures that reduce impacts on New Zealand seabirds

Each goal has objectives to be achieved within the next five years. We will report on our progress towards these objectives in a Seabird Annual Report, and will use the information it contains to set the following year’s priorities in a Seabird Implementation Plan. After five years, we will review the achievements and challenges of the NPOA-Seabirds 2020.

The Seabird Advisory Group (made up of representatives from government agencies and representatives of tangata whenua) will meet periodically to monitor and help implement the NPOA-Seabirds 2020, and to consider new or arising matters related to the impacts on seabirds from fisheries."

Click here to access the draft plan along with several supporting documents (including the 2013 NPOA) and to obtain details on how to make submissions, with a deadline of 27 January 2020.  Read the government's media release on the draft NPOA here, as well as an NGO view.

New Zealand, along with Australia and Chile, has proposed the Appendix I listing of the globally Endangered Antipodean Albatross Diomedea antipodensis on the Convention on Migratory Species of Wild Animals (CMS) (click here).

John Cooper, ACAP Information Officer, 24 November 2019

Paloma Carvalho & Gail Davoren (University of Manitoba, Winnipeg, Canada) have published open access in the journal Marine Ecology Progress Series on Great Ardenna gravis and Sooty A. grisea Shearwaters associating in the North Atlantic off Canada.

The paper’s abstract follows:

“Prey aggregations are not uniformly distributed, driving predator species to aggregate in specific areas of high food availability. On the east coast of Newfoundland, capelin Mallotus villosus, a small forage fish, migrate inshore to spawn during the summer, providing an abundant food source for marine predators. During this period, non-breeding great shearwaters Ardenna gravis (GRSH) and sooty shearwaters A. grisea (SOSH), both long-distance migratory sea birds, aggregate in coastal Newfoundland, but it is unclear what drives their distributional patterns within this region. Using at-sea surveys, we investigated whether the density and distributional patterns  of GRSH or SOSH were influenced by sea surface temperature, depth and fish (prey) density as well as the number of the other seabird species or other shearwater species (i.e. GRSH or SOSH). The presence and number of GRSH and SOSH were positively influenced by the density of the other sympatric shearwater species but were not influenced by the densities of other seabird species. These findings suggest that the benefits of foraging in close association may outweigh costs. Fish density was less important in explaining the presence and number of GRSH and SOSH than depth, as both species were mainly found together in shallow areas (<50 m) along the coast.  As fish density was primarily distributed in shallow areas, reflecting predictable locations of and migratory routes to capelin spawning sites, depth (or distance from shore) and the distribution of other shearwaters may provide important cues to locate regions of high prey availability in coastal Newfoundland.”

Great Shearwater

Reference:

Carvalho, P.C. & Davoren, G.K. 2019.  Associations of non-breeding shearwater species on the northeastern Newfoundland coast.  Marine Ecology Progress Series 627: 1-12.

John Cooper, ACAP Information Officer, 23 November 2019