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European Health Evidence

The European alternative to PubMed

EUVIMED is the European alternative to PubMed: a central, multilingual research platform for medicine, nursing, life sciences and healthcare. It brings together international and European literature sources, study registries, open-access full texts, citations and retraction notices in one search. Unlike pure bibliographic databases, EUVIMED supports the entire research process – from discovery and appraisal with LIVIA and CLARA to traceable evidence synthesis. European in focus, transparent, interoperable and designed for science and healthcare.

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Lokaler Crossref-Datenbestand · journal-article

2026 One Health Innovations Vol 4 Issue 1 Bird-Building Collisions and FLAP Canada

Kieran Cantin, Sydney Schmidt

One Health Innovation · 2026

Vollständiger Abstract

Worum geht es in dieser Arbeit?

Migratory birds contribute significantly to biodiversity through seed dispersal and pollination, suppressing disease reservoirs, and reducing the burden of zoonoses in ecosystems, roles which benefit One Health stakeholders including humans, non-human animals, and the environment. However, bird migration is threatened by a wicked problem: collisions with buildings. This issue occurs globally but is exacerbated by tall buildings with many windows and infrastructure built within migratory paths. Many Indigenous communities actively work to preserve bird populations through collaborations with conservation groups, as they hold cultural significance to these populations. Many grassroots organizations also exist to combat this problem, with the an important contributor being FLAP Canada. This organization developed a novel intervention called Feather Friendly which uses window markers to prevent bird confusion. While these markers have shown great efficiency in preventing bird collisions, challenges in implementation persist. This wicked problem still has many issues due to human habits, such as leaving lights on at night and a lack of laws to protect birds and prevent their collisions with human structures. Artificial Intelligence Statement: Both authors attest that the submitted article is original work, completed wholly by the group without the use of generative artificial intelligence tools or similar technologies in the research, drafting, or editing processes.

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Publikationsdaten

Autor:innen
Kieran Cantin, Sydney Schmidt
Quelle
One Health Innovation
Publikation
2026-01-01
Band / Ausgabe
Nicht angegeben
Seiten
Nicht angegeben
ISSN / ISBN
2817-1829
Zitationen
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Zitierfähiger Nachweis

Kieran Cantin, Sydney Schmidt (2026). 2026 One Health Innovations Vol 4 Issue 1 Bird-Building Collisions and FLAP Canada. One Health Innovation. https://doi.org/10.24908/ohi.v4i1.20583
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