Eagle ray fish swimming near Los Cristianos diving site, Tenerife, Spain

Exploring Rocky Seascape with Fish.

This shot captures an eagle ray gracefully gliding over a rocky seabed near Tenerife Island. The ray's broad, diamond-shaped body and long, slender tail are clearly visible as it moves effortlessly through the water. The background reveals a rugged underwater landscape, with large, dark rocks covered in patches of algae and marine life. The clear blue waters provide a perfect backdrop for the ray, highlighting its smooth, undulating movements. Small fish and other marine creatures in this clip scattered around the rocks, adding to the diversity of the underwater ecosystem. This footage offers a fascinating glimpse into the life of an eagle ray and its natural surroundings.

Following Shot of Eagle Ray Floating above Volcanic Rocks in the Atlantic Ocean. 

This clip showcases a majestic eagle ray swimming over the seabed. The footage, captured in high resolution by experienced videographers, is available in both 2160p 4K and 1080p HD. The shot is available in landscape mode which is ideal for use in marine life documentaries, educational materials, and promotional content for diving experiences. It is also available in vertical mode (9:16 aspect ratio), making it suitable for mobile phones and social media platforms such as Facebook, Instagram Reels, TikTok, and YouTube Shorts.

Eagle rays belong to the Myliobatidae family, which includes various species known for their distinctive body shape and graceful swimming style. These rays are found in warm coastal waters around the world, often near coral reefs, sandy bottoms, and rocky shores. Eagle rays primarily feed on mollusks, crustaceans, and small fish, using their flattened, plate-like teeth to crush their prey. They play a vital role in maintaining the balance of marine ecosystems by controlling the populations of their prey species. Eagle rays are known for their ability to leap out of the water, a behavior thought to be related to mating displays or escape responses.