Salema porgy, karanteen fish, schooling in shallows over seabed rocks

Fish Swimming in Unity.

This footage shows a large school of Salema porgy fish moving in unison over the rocky seabed in the shallow waters of Tenerife. The video captures countless silver-blue fish with yellow stripes darting back and forth, creating a beautiful underwater ballet. The fish swim tightly packed together, making synchronized movements that appear almost choreographed. The rocky seabed below is visible, providing a stark contrast to the shimmering fish above. This shot beautifully illustrates the coordinated swimming behavior of these fish in their natural habitat.

Clip of Dreamfish Floating over Rocks on the Ocean Floor of Tenerife.

This shot, captured by experienced filmmakers, showcases a high-resolution view of Salema porgy fish schooling over seabed rocks in the shallow waters of Tenerife. Available in both 2160p 4K and 1080p HD, the footage features the fish's synchronized movements and shimmering scales, providing a visually captivating underwater scene. The shot is versatile for various uses in landscape mode (16:9 aspect ratio), such as documentaries, educational content, and background visuals for aquariums. Additionally, it is available in vertical mode (9:16 aspect ratio) for social media platforms like Instagram, TikTok, Facebook, and YouTube Shorts, making it suitable for mobile viewing.

Salema porgy, scientifically known as Sarpa salpa, are commonly found in the coastal waters of the eastern Atlantic and the Mediterranean Sea. These fish are known for their unique swimming patterns and the ability to change their color to blend with their surroundings. Their synchronized schooling behavior is a defense mechanism against predators, making it harder for a predator to target a single fish. Salema porgy are herbivorous, feeding primarily on algae and seagrass, contributing to the health of the marine ecosystem by controlling algal growth. Understanding their behavior and ecological role is crucial for marine conservation efforts, as these fish are an integral part of the underwater food web.