School of chromis swim near bleaching Porites and Acropora Finger Coral

Erosion of Color: Bleached Coral in Shallow Waters.

A lush coral mound with bleached Porites and Acropora finger corals sits prominently in this reef scene, showcasing the fine, branching structure of the Acropora and the rounded, knobby texture of the Porites. The corals are faded to pale whites and soft pinks with a school of small, black-and-white chromis fish swimming nearby, weaving effortlessly around the coral branches and bringing movement and life to the video clip. In the background, additional coral formations stretch toward the depths, creating a layered, vibrant ecosystem filled with varied shapes and textures.

School of Chromis Fish | Bleached Hard Corals | Static 4K Shot.

Captured in ultra-high-definition 4K by skilled videographers and available in HD (1080p) resolution, this stock footage provides a detailed look at chromis fish swimming near partially bleached Porites and Acropora finger corals. This footage is available in both landscape (16:9 aspect ratio) and vertical (9:16 aspect ratio) formats, making it suitable for widescreen use and social media platforms like Instagram Reels, Facebook, TikTok, and YouTube Shorts. Its exceptional clarity and versatility make it ideal for environmental awareness campaigns, NGO initiatives, documentaries, and educational content focused on marine conservation and the effects of climate change on coastal communities.

Porites and Acropora corals, shown here in varying stages of bleaching, are critical to the structure and biodiversity of coral reefs, which provide essential benefits to nearby coastal communities. Healthy coral reefs attract millions of tourists each year, generating revenue that supports local economies and creates jobs in sectors like hospitality, ecotourism, and small-scale commerce. As corals bleach and degrade, the loss of color and biodiversity diminishes the appeal of reefs as tourist destinations, leading to declines in tourism income and economic hardship for communities that rely on these natural attractions.