Diatom shell
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This collection contains 8 assets available in multiple resolutions and aspect ratios.
1 Micro 02 Waterborne 03 Diatom shell
Resolution: 11092x6050 | Format: 16:9
Waterborne diatom shell observed under magnification, revealing intricate silica patterns and geometric microstructures formed by microscopic algae in aquatic environments
2 Micro 02 Waterborne 03 Diatom shell
Resolution: 8192x8192 | Format: 1:1
Magnified view of a waterborne diatom shell, showcasing the complex silica-based exoskeleton with symmetrical pores and lattice patterns typical of microscopic algae found in freshwater and marine ecosystems.
3 Micro 02 Waterborne 03 Diatom shell
Resolution: 11092x6050 | Format: 16:9
Microscopic image of a floating diatom shell drifting in water, highlighting the delicate silica architecture created by these single-celled algae that play a vital role in aquatic ecosystems and global oxygen production.
4 Micro 02 Waterborne 03 Diatom shell
Resolution: 8192x8192 | Format: 1:1
*High-resolution microscopic visual of a waterborne diatom shell displaying intricate silica geometry and organic symmetry. Ideal for science
5 Micro 02 Waterborne 03 Diatom shell
Resolution: 11092x6050 | Format: 16:9
Waterborne diatom shell observed under magnification, revealing intricate silica patterns and geometric microstructures formed by microscopic algae in aquatic environments
6 Micro 02 Waterborne 03 Diatom shell
Resolution: 8192x8192 | Format: 1:1
Magnified view of a waterborne diatom shell, showcasing the complex silica-based exoskeleton with symmetrical pores and lattice patterns typical of microscopic algae found in freshwater and marine ecosystems.
7 Micro 02 Waterborne 03 Diatom shell
Resolution: 11092x6050 | Format: 16:9
Microscopic image of a floating diatom shell drifting in water, highlighting the delicate silica architecture created by these single-celled algae that play a vital role in aquatic ecosystems and global oxygen production.
8 Micro 02 Waterborne 03 Diatom shell
Resolution: 8192x8192 | Format: 1:1
*High-resolution microscopic visual of a waterborne diatom shell displaying intricate silica geometry and organic symmetry. Ideal for science