• Explore
      Highlights
    • Popular
    • Staff picks
    • Downloadable
    • Collections
    • Blog
    • Community members
    • Sketchfab Masters
    Browse by category
    • Animals & Pets
    • Architecture
    • Art & Abstract
    • Cars & Vehicles
    • Characters & Creatures
    • Cultural Heritage & History
    • Electronics & Gadgets
    • Fashion & Style
    • Food & Drink
    • Furniture & Home
    • Music
    • Nature & Plants
    • News & Politics
    • People
    • Places & Travel
    • Science & Technology
    • Sports & Fitness
    • Weapons & Military
  • For business
    Sketchfab for Teams
    Augmented Reality
    3D Viewer
    3D eCommerce
    3D Configurators
    Find a Partner
    Pricing
    Customer Stories
  • Buy 3D Models
      Highlights
    • Best selling
    • Animated
    • PBR
    • Low poly
    • High poly
    • 3D Printable
    • 3D Scan
    Browse by category
    • Animals & Pets
    • Architecture
    • Art & Abstract
    • Cars & Vehicles
    • Characters & Creatures
    • Cultural Heritage & History
    • Electronics & Gadgets
    • Fashion & Style
    • Food & Drink
    • Furniture & Home
    • Music
    • Nature & Plants
    • News & Politics
    • People
    • Places & Travel
    • Science & Technology
    • Sports & Fitness
    • Weapons & Military
/
Cancel
loginSign UpUpload

Coccolithophoridé - R. parvula coccospheres
3D Model

Avatar of Secteur_Sci_Techno-AMU
Secteur Sciences et Technologies – AMU
pro
22
22 Downloads
36
36 Views
2Like
Report
Triangles: 818.3k
Vertices: 406.5k
More model information

Genre espèce : Reticulofenestra parvula

Description : Coccosphères provenant de culture de la souche RCC4036.

Dimensions : Inconnues.

Âge : Actuel.

Répartition stratigraphique : Quaternaire.

Localité : Culture en laboratoire, AlgoBank - Roscoff, France.

Méthode : Imagerie par diffraction des rayons X au synchrotron européen ESRF à Grenoble, France.

Réalisation : T. Beuvier - Zeiss / A. Gibaud - IMMM - UMR 6283 CNRS Le Mans. Publié dans Beuvier, T., Probert, I., Beaufort, L., Suchéras-Marx, B., Chushkin, Y., Zontone, F., Gibaud, A., 2019. X-ray nanotomography of coccolithophores reveals that coccolith mass and segment number correlate with grid size. Nature Communications 10, 751. 10.1038/s41467-019-08635-x.

License:

CC Attribution-NonCommercial-ShareAlikeCC Attribution-NonCommercial-ShareAlike

Learn more
Published 2 years ago
Feb 20th 2024
  • Nature & plants 3D Models
  • Science & technology 3D Models
  • education
  • coccolithophore
  • micropaleontology
  • pedagogy
  • micropaleontologie
  • pedagogie

Comments

You must log in to comment.
enterprise
  • Enterprise Solutions
  • 3D Configurators
  • 3D eCommerce
  • 3D Viewer
  • 3D Advertising
  • Sketchfab for Teams
  • Customer Stories
  • Pricing
ecosystem
  • Exporters
  • Importers
  • Developers & API
  • Augmented Reality
  • Virtual Reality
store
  • Buy 3D models
  • Become a Seller on Fab
  • Free 3D Models
community
  • Explore
  • Help Center
  • Education
  • Museums
  • Blog
  • Sketchfab Masters
about
  • Company
  • Careers
  • Press Kit
  • Features
  • Contact us
© 2025, Sketchfab, Inc. All rights reserved.
Terms of usePrivacy policySitemap