Low-resolution preview (256x144) for evaluation. The licensed download is the clean 4K UHD master at the stated resolution.
Download the free low-res preview to test in your editShifting Ice Patches on Clear Shallow Water (La Bocana, 2022)
No people visible. No identifiable people are visible in this clip.
Commercial clearance still depends on the final use and any property shown.
About this clip
The clear shallow water reveals underwater vegetation in green and yellow tones. White ice patches float on the surface, shifting and changing shape over time. The water remains calm with gentle movement of the ice.
Clip Intelligence
- Production use
- Useful for nature documentaries, coastal travel edits, agency mood reels, brand films, or social cuts needing abstract shallow water texture from La Bocana, Baja California Sur.
- Edit role
- The 6-second clip works as a cutaway, transition, or quiet insert between shoreline scenes, with floating white ice patches and submerged vegetation providing visual texture.
- Visual details
- Top-down clear shallow water shows green and yellow underwater vegetation beneath white floating ice or foam-like patches, with no visible people, logos, buildings, or horizon.
- Shot mechanics
- The frames support an overhead aerial-style composition with the water surface filling the frame, white patches near the upper edge, and submerged vegetation forming the midground texture.
Shot slate
- Resolution
- 3840 × 2160
- Frame rate
- 29.97 fps
- Duration
- 6s
- Codec
- H.265 (HEVC) MP4
- File size
- 75 MB
- Location
- La Bocana, Baja California Sur, Mexico
- Year filmed
- 2022
- Published
- Jun 2026
Still Frames From This Clip
3 frames exported from the 4K master of this clip, in timeline order. The licensed download is the full-motion master, not these stills.
License this clip royalty-free for $79 (Standard: all media, worldwide, perpetual, up to 1M views) or $199 (Extended: unlimited distribution, broadcast TV, theatrical). Instant 4K download with a license PDF, direct from filmmaker Phil Maher.