Sauvetage du dauphin d'Abaco après l'ouragan Dorian

Sauvetage du dauphin d'Abaco après l'ouragan Dorian

Building directly on the critical findings of its first phase, this specialized marine research project continues to monitor the vulnerable dolphin populations in the Sea of Abaco. Following the extreme environmental shock of Hurricane Dorian, long-term monitoring is required to understand the prolonged ecological impacts on marine mammals. Executed by the Bahamas Marine Mammal Research Organization with a $13,069 grant, Phase 2 focuses on tracking continued survivorship, reproductive success, and behavioral adaptations of the local dolphin pods. By utilizing these apex predators as biological indicators, the project provides ongoing, high-level data regarding the overall health and recovery of the surrounding marine ecosystem. The continuation of this research ensures that marine conservation managers have access to up-to-date, multi-year scientific data to inform dynamic, climate-adaptive marine policies and protected area management.

Détails du projet

Aperçu du projet

📅
Date de début
septembre 2022
📅
Date de fin
décembre 2023
📌
Année de lancement
2021
État de mise en œuvre
Complété
Type de projet
Projet financé
🏷
Catégorie de projet
NCTF, Financement de secours
Durée
15 mois
Résumé financier

Financement de projets

Financement du CBF
US$13,069

Financement fourni directement par le biais du soutien de CBF.

Financement total
US$13,071

Valeur financière combinée associée au projet.

Informations complémentaires

Informations sur le projet

Conduct long-term monitoring of dolphin populations; assess prolonged post-hurricane ecosystem impacts; inform ongoing marine conservation management.

This crucial Phase 2 marine research initiative delivered profound, long-term ecological impact by securing continuous, multi-year data on the vulnerable dolphin populations of the Sea of Abaco. Backed by a $13,069 grant, the Bahamas Marine Mammal Research Organization successfully extended its vital post-hurricane monitoring. The core impact of this project is the transformation of short-term disaster assessments into a robust, longitudinal scientific baseline. By tracking the ongoing reproductive success and survivorship of these apex predators, the project provides a highly accurate, living barometer for the overall health and recovery of the surrounding marine environment. This continuous stream of elite scientific data empowers national policymakers to move beyond reactive disaster response, enabling them to implement highly proactive, climate-adaptive marine conservation strategies that secure the long-term ecological stability of Bahamian waters.