Logotipo del repositorio
menu.section.home
menu.section.explore_researchoutputs
menu.section.explore_digitalcollections
Estadísticas
menu.section.shared-repository
  1. Inicio
  2. Cultural Heritage Shared Repository Service
  3. Royal Botanic Gardens, Kew
  4. Article
  5. Flowers occupy color‐space extremes: an anthocyanin‐derived theoretical floral color‐space approach.

Flowers occupy color‐space extremes: an anthocyanin‐derived theoretical floral color‐space approach.

Resource type
Journal article
Creator (person)
Watts, Jacob L.
ORCIDORCID logo
Medina, Nicolás
Kiel, Carrie
ORCIDORCID logo
Luján, Manuel
ORCIDORCID logo
Smith, Stacey D.
ORCIDORCID logo
ISNIISNI logo
cris-layout.rendering.more
Date published
15 de enero de 2026
Organisational unit
Science
Project name
Priority 4: Accelerated Taxonomy
Funder
Funder nameISNIAwards
National Science Foundation, United States
ISNIISNI logo
DEB Award 1754493 - DEB Award 1354963 - DEB Award 1355138 - NSF-DEB 1553114
Fulbright Commission
Fulbright Global Scholars Fellowship 2019-2022
Journal title
American Journal of Botany
Volume
113
Issue
1
Article number
e70149
Publisher
Wiley
Place of publication
US
ISSN
0002-9122
eISSN
1537-2197
Date accepted
22 de diciembre de 2025
Official URL
https://doi.org/10.1002/ajb2.70149
Rights statement
In Copyright
DOI
10.1002/ajb2.70149
Alternate identifier
e70149
Keywords
Acanthaceae
Plant-pollinator interactions
Ruellia
Simulation
Evolution
Theoretical trait space
Constraints
Floral color
Additional information
IF = 2.7 (I2024)

footer.built-with footer.link.dspace-cris footer.extension-by footer.link.4science

  • Configuración de cookies
  • Acuerdo de usuario final
  • footer.link.about
  • footer.link.contacts
  • footer.link.help
Logotipo del repositorio COAR Notify