Barriers to wildlife movement in straits: Problematizing habitat connectivity across marine ecosystems
Permanent lenke
https://hdl.handle.net/10037/25294Dato
2022-05-25Type
Journal articleTidsskriftartikkel
Peer reviewed
Forfatter
Lott, AlexanderSammendrag
The innovative development of the legal regime of straits has prevented the erection of ‘sovereignty-barriers’ to
the movement of humans in and above straits. However, it overlooks to a great extent the significance of straits
for marine organisms and birds. This article examines if it is necessary to supplement the legal regime of straits
with rules that would allow circumnavigating ‘sovereignty-barriers’ also for wildlife movement considering the
obligation to protect and preserve the marine environment. The main users of straits are not humans, but rather
marine species. They rely on straits for moving from one ecosystem to another. That perspective to straits shifts
the emphasis away from anthropocentric connectivity. It raises a question about the need to update the current
navigation-oriented legal regime of straits with new wildlife-centric rules. This implies an additional scrutiny on
human activities that have a significant negative effect on marine organisms and the fragile marine environment
of straits. A wildlife-centred approach enables to reconsider the appropriateness of some human uses of the seas
that are environmentally hazardous, but still relatively commonplace in straits. It is possible to facilitate the
unimpeded movement of marine species through straits by the prohibition of some detrimental maritime
practices that have a reasonable alternative. Such practices include, e.g., the detonation of naval mines in
clearance operations, the construction of such causeways that are impassable for marine species, and the use of
overhead power lines in straits. In addition, limits could be set to the use of sonars and to the speed of ships in
straits.
Forlag
ElsevierSitering
Lott. Barriers to wildlife movement in straits: Problematizing habitat connectivity across marine ecosystems. Marine Policy. 2022Metadata
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