Indo-Pacific bottlenose dolphin swimming over colorful red sea coral reef

Dolphin in the Red Sea Water.

This video showcases an Indo-Pacific bottlenose dolphin gracefully swimming over a vibrant and colorful coral reef in the Red Sea. The clip captures the dolphin as it navigates through the clear blue waters, moving smoothly above the richly textured coral formations that sprawl beneath it. The reef itself is a dense cluster of corals, exhibiting a variety of shapes and hues, primarily shades of brown and green with occasional splashes of brighter colors. The dolphin, featured prominently in the frame, displays its sleek, streamlined body, its skin glistening under the water's surface as sunlight filters through the water. This footage provides a serene look at the natural underwater scenery and the dolphin’s interaction with its habitat.

Underwater Shot Shows Lone Bottlenose Dolphin Navigating Over the Sunlit Coral Reefs.

This high-resolution video of an Indo-Pacific bottlenose dolphin swimming over a coral reef in the Red Sea showcases the superior capabilities of modern underwater cinematography. Captured using state-of-the-art cameras by experienced videographers, the footage delivers stunning clarity and vibrant colors. This shot is available in both 2160p 4K and 1080p HD formats to meet various broadcasting needs. It is perfectly suited for landscape viewing with a 16:9 aspect ratio, ensuring a breathtaking display on widescreen devices. It is also available in vertical viewing in a 9:16 aspect ratio, making it ideal for smartphone screens and social media platforms such as Facebook, Instagram reels, TikTok, and YouTube shorts.

The Indo-Pacific bottlenose dolphin, featured in this video, is known for its remarkable size and weight. Adult individuals typically range from 2 to 4 meters in length and weigh between 150 to 650 kilograms, depending on their specific environment and subspecies. Their appearance is distinguished by a robust body, a pronounced beak-like snout, and a sleek, gray coloration that shades into lighter tones on the underside. This species' adaptability to various marine environments can be attributed to their physical attributes, which enable them to perform complex maneuvers around coral reefs and other underwater structures.