Open Issue V4I1 - Peters et al

Open Issue V4I1 - Peters et al | Journal of CESaRE

The Journal of Caribbean Environmental Sciences and Renewable Energy (CESaRE) was developed in 2016 out of a recognized need to modernize and revolutionize the Caribbean's scientific research publishing. There are over 170 Caribbean research publications in the past 5 years falling under the broad field of environmental sciences, found scattered over a large variety of International journals, without a central (Caribbean) location to collate this knowledge. With the global shift towards renewable over traditional energy sources, together with a rise in environmental consciousness, this a perfect opportunity for highlighting such research conducted in the Caribbean. CESaRE will provide a suitable forum to encourage research into renewable energy, as well as the environmental sciences. CESaRE promises to be more than just a collection of articles, but also a forum to disseminate information and bridge the gap between research and implementation, from which Caribbean leaders, relevant industry partners, and authorities can use our Journal for more effective decision making and environmental management.

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Open Issue 2022

Volume 4, Issue 1

Coastal Habitat mapping using UAVs: a tool for enhanced Protected Area Management in the Buccoo Reef Marine Park, Tobago

Shivonne M. Peters; Aaron Clarke; Deanesh Ramsewak; Reia Guppy; Arthur Potts

The University of Trinidad and Tobago, Department of Marine and Environmental Sciences.

Vol. 4, Issue 1, 2022 DOI: 10.33277/cesare/004.001/04

ABSTRACT

Effective management of Marine Protected Areas requires the usage of technology to assist with the monitoring and evaluation of ever-changing conditions, in the marine environment. UAVs or drones have been identified as potential tools to aid in coastal habitat mapping. When compared to underwater field surveys, UAVs had an 89.7% accuracy rate. Given that consumer-level drones can be utilised UAVs should be considered as a cost-effective and efficient method of marine habitat monitoring in Trinidad and Tobago, as well as the wider Caribbean Region. UAVs have the potential to transform monitoring operations from labour and time-intensive programs, into a singular flight operated by a small team. UAV usage is not without its drawbacks, as factors such as heavy wind speeds and poor water quality can lead to inaccurate results and drones capable of longer flight times, usually come with hefty price tags. Furthermore, GIS comprises a major part of UAV image analysis, thus research teams need to be equipped with the relevant software and persons highly skilled in its usage.

KEYWORDS

Unoccupied Aerial Vehicles (UAVs); Marine
Protected Areas; Tobago; habitat mapping; Marine
Spatial Planning (MSP).

Proper monitoring of Marine Protected Areas (MPAs) allows for effective management. Peters et al. used unoccupied aerial vehicles (UAVs), also known as drones to map the Buccoo Reef Marine Park, Tobago towards developing a baseline of the habitat and illustrate the effectiveness of UAVs as a conservation and management strategy for MPAs.

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