vs Graubauch-Schönhörnchen

Cocconeis pinnata compared with Callosciurus caniceps

Key Differences

is Not Evaluated while Graubauch-Schönhörnchen is Least Concern.

Taxonomic Classification

Rank		Graubauch-Schönhörnchen
Kingdom	Chromista (Chromista)	Animalia (Tier)
Phylum	Ochrophyta (Ochrophyta)	Chordata (Chordatiere)
Class	Bacillariophyceae (Bacillariophyceae)	Mammalia (Säugetiere)
Order	Achnanthales (Achnanthales)	Rodentia (Nagetiere)
Family	Cocconeidaceae	Sciuridae (Squirrels)
Genus	Cocconeis	Callosciurus
Species	Cocconeis pinnata	Callosciurus caniceps

Conservation Status

NE — Not Evaluated

Graubauch-Schönhörnchen

LC — Least Concern

Physical Characteristics

Attribute		Graubauch-Schönhörnchen
Diet	—	—
Average Lifespan	—	—
Average Length	—	—
Average Weight	—	—

Habitat & Geographic Range

Habitat

Native to Europe and South America, inhabiting ecosystems characteristic of the region.

Range

Distributed across Brazil, Norway, and Sweden.

Graubauch-Schönhörnchen

Habitat

Typically found in diverse terrestrial and aquatic ecosystems.

Cocconeis pinnata is a marine and brackish-water diatom in the family Cocconeidaceae, distinguished within the genus by the pinnate (feather-like) arrangement of its striae and the specific valve morphology of its silica frustule. As an adnate epiphyte, C. pinnata attaches to a wide variety of substrates in coastal and estuarine environments, including seagrass blades, macroalgal surfaces, sandy sediments, and biogenic hard substrates such as shells and coral rubble. The species has been documented from tropical and subtropical marine habitats across the Indo-Pacific and Atlantic, with records from South American coastal waters as well as other warm marine regions. Cocconeis pinnata plays a significant ecological role in seagrass ecosystems, where epiphytic diatom communities including this species form a productive biofilm layer on leaf surfaces that serves as food for grazing invertebrates, sea urchins, and small fish. In areas of excessive nutrient loading, however, proliferation of epiphytic algae including diatoms can shade out the underlying seagrass, contributing to meadow decline. The production and dissolution of silica frustules by marine benthic diatoms contributes to the benthic silica cycle, linking biological productivity with the geochemistry of shallow coastal sediments. Species-level identification of Cocconeis taxa requires electron microscopy due to subtle morphological differences. Conservation status has not been formally assessed.