Work

Inferring dolphin population status: using unoccupied aerial systems to quantify age‐structure

Year: 2024

Type: article

Source: Animal Conservation

DOI: 10.1111/acv.12978

Authors: F. Vivier, C. Andrés, J. Gonzalvo, K. Fertitta, M. van Aswegen, V. Foroughirad, J. Mann, M. McEntee, R. S. Wells, L. Bejder

Institutions: University of Hawaiʻi at Mānoa, Hawaii Institute of Marine Biology, Tethys Research Institute, Georgetown University, Mote Marine Laboratory, Brookfield Zoo Chicago, Aarhus University

Language: English

Topic: Marine animal studies overview

Subfield: Ecology

Field: Environmental Science

Domain: Physical Sciences

SDG: Life below water

Open Access status: closed

Funders: National Science Foundation, Georgetown University, Office of Naval Research

Awards: OPUS: Lifetime strategies of wild bottlenose dolphins based on 40 years of research, LTREB: Long-term Study of Bottlenose Dolphin Life History and Social Ecology, ABR/LTREB Renewal: Reproduction, social networks, and socio-ecology of wild bottlenose dolphins, CDI-Type I: Understanding complex, Dynamic, Multi-Relational Networks In a Large-Brained Social Mammal Through Visual Graph Inquiry, IRES: Maternal Effects on Ecology, Sociality, and Fitness in a Long-Lived Mammal, G768417718, The Impact of Maternal Effects on Social Plasticity and Fitness Variation in a Long-Lived Mammal, IRES Track 1: The long-term impacts of extreme climate events on the behavioral ecology, fitness and population viability in wild bottlenose dolphins, Australia

OpenAlex ID: W4401541268

FWCI: 2.138

Cites: 109

Cited by: 8

Related to: 10