Underwater transect surveys have conventionally been conducted by dive teams, a method that, while effective, often comes with logistical challenges and higher costs. However, with the advent of advanced Underwater Remote Operated Vehicle (ROV) technology, these surveys can now be carried out more efficiently and economically. ROVs present a practical alternative to traditional diving methods, offering several advantages in conducting underwater transect surveys. This guide will dive into the use of ROVs for conducting these surveys, outlining the steps and considerations involved in leveraging this innovative technology for underwater ecological studies.

In this video we explore the crystal clear turquoise waters of Sproat Lake, British Columbia with the QYSEA FIFISH underwater ROV. This lake is absolutely beautiful, but the biggest surprise of all was when the aquatic wildlife came out during the night dive. Watch until the end!!

In this video we explore the ocean environment just off Admiralty Point, Burrard Inlet. Admiralty Point is part of Belcarra Regional Park and is located in the Lower Mainland of British Columbia. This park shows off British Columbia's beautiful coastal forests and still has loads of marine life, despite being located next to some major urban areas.

In this video we explore the steep ocean cliffs at Whytecliff Park, West Vancouver. This park is located along the southern shoreline of Howe Sound, which is North America's southernmost fjord. In 1993, Whytecliff Park became one of Canada’s first Marine Protected Areas. As a result, harvesting or collecting any marine life beneath the waters of this sanctuary is prohibited.

Exploring these hidden worlds once posed significant challenges, requiring specialized personnel and expensive equipment. However, the advent of Remotely Operated Vehicles (ROVs) has revolutionized underwater archaeology, allowing researchers to access and study these sites with greater ease and efficiency.

The exploration of our planet's vast and mysterious oceans has long been a subject of fascination and research. In this quest, two types of underwater vehicles have been instrumental: Remote Operated Vehicles (ROVs) and Autonomous Underwater Vehicles (AUVs).

The concept of ROVs can be traced back to the 1950s and 1960s when they were primarily used for military and industrial purposes. The early ROVs were simple, tethered vehicles used for underwater recovery operations and exploration. They were often bulky, had limited maneuverability, and required large surface support teams.