- First described
- 2026
- Type
- single clone locality selection
- Cultivar
- 'dark red'
Origin
A wild-source atrorubra from St. Tammany Parish, LA — part of Mike's broader St. Tammany alata population (cluster C0750 covers the population in summary form). Specific site / collector not stated.
Standout traits
- Dark red at the time of naming. Phenotypic variance year-to- year means current "deep red" or "solid red" expression is consistent with the same clone — Mike notes this explicitly.
- Long-lasting traps: most St. Tammany alatas are brown to the ground by early January in Mike's NorCal climate; this clone's traps were still standing at the end of January. Useful breeding stock for evergreen-trait hybrids.
Cultivation notes
Currently in post-division recovery (divided winter 2024-2025). Mike's pattern for Sarracenia: 1-2 years after dividing to reach fullest color potential. Wait through that recovery before evaluating the clone's peak expression.
Standout traits
- Dark red traps at the time of naming; phenotypic variance over years.
- Long-lasting traps — most other alatas are brown to the ground by early January, but this clone's traps were still standing at the end of January.
- Mike's framing: useful breeding stock for hybrid programs targeting long-lasting traps.
- Recently divided (winter 2024-2025) — typically takes 1-2 years post-division to reach fullest color potential.
Cultivation
Post-division recovery: Mike's standard observation for Sarracenia is that color potential takes 1-2 years to fully recover after dividing. This clone is currently still in that recovery window.
Long-lasting trap trait makes it valuable for breeding evergreen / late-season Sarracenia hybrids — pair this with the broader St. Tammany population's winter persistence (C0750 thread observation).
Photos (2)
Naming
Descriptive: 'dark red' — at the time of naming, the traps were dark red. Mike's caveat: phenotypic variance year-to-year means a current "deep red" or "solid red" appearance is consistent with the same clone — the name reflects original conditions at naming.