Areas beyond national jurisdiction, or the high seas, are vital to life on Earth. However, the conservation of these areas, for example, through area-based management tools (ABMTs), is challenging, particularly when accounting for global change. Using decision science, integrated population models, and a Critically Endangered seabird (Kuaka; Pelecanoides whenuahouensis) as a case study, we evaluated potential ABMTs in the high seas under global change and different governance structures, while accounting for uncertainty and imperfect compliance. Our study highlighted that global change in these areas will likely cause population declines of ∼60% by 2050. However, decisive conservation action could cost-effectively address predicted declines, particularly when implemented as soon as possible and under the Biodiversity Beyond National Jurisdiction Treaty. We illustrate how decision science can transparently navigate a complex seascape of management decisions and we advocate for its wider integration in the management of the largest sections of our planet, the high seas.

Decisive conservation action in areas beyond national jurisdiction is urgently required for seabird recovery in the face of global change / M.F. Gee, C.F. Kenup, I. Debski, A. Macdonald, G.A. Taylor, R.H. Clarke, S. Canessa, J.G. Ewen, J.H. Fischer. - In: CONSERVATION LETTERS. - ISSN 1755-263X. - 17:1(2024 Jan), pp. e12989.1-e12989.14. [10.1111/conl.12989]

Decisive conservation action in areas beyond national jurisdiction is urgently required for seabird recovery in the face of global change

S. Canessa;
2024

Abstract

Areas beyond national jurisdiction, or the high seas, are vital to life on Earth. However, the conservation of these areas, for example, through area-based management tools (ABMTs), is challenging, particularly when accounting for global change. Using decision science, integrated population models, and a Critically Endangered seabird (Kuaka; Pelecanoides whenuahouensis) as a case study, we evaluated potential ABMTs in the high seas under global change and different governance structures, while accounting for uncertainty and imperfect compliance. Our study highlighted that global change in these areas will likely cause population declines of ∼60% by 2050. However, decisive conservation action could cost-effectively address predicted declines, particularly when implemented as soon as possible and under the Biodiversity Beyond National Jurisdiction Treaty. We illustrate how decision science can transparently navigate a complex seascape of management decisions and we advocate for its wider integration in the management of the largest sections of our planet, the high seas.
area-based management tools; areas beyond national jurisdiction; decision analysis; high seas governance; integrated population model; management compliance; marine protected areas; Pelecanoides whenuahouensis
Settore BIOS-03/A - Zoologia
gen-2024
27-nov-2023
Article (author)
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2434/1119903
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