THE ORCHIDARIUM · ORCHID RECORD
CYMBIDIUM IRIS BANNOCHIE 'WAKANDA'

CYMBIDIUM IRIS BANNOCHIE 'WAKANDA'

Identification and history

Archive Code HDS-013-061926
Accepted nameCymbidium Iris Bannochie 'Wakanda'
Common nameWakanda Cymbidium
ParentageRegistered hybrid; cultivar 'Wakanda'
Vendor/sourceKrull-Smith Orchids
Acquired6/19/2026
StatusDECEASED (†) 10/8/2026
ID confidenceHigh
Purchase priceUS $35.00

Cultivation

LightWest-facing terrace. Receives filtered afternoon sunlight.
TemperatureOutdoor Miami, FL conditions.
WateringApproximately every 5 days after visual analysis
Humidity / airflowOutdoor natural flow. Aided by ceiling fan
Medium / potRepotted 7/16 into lava stone and bark-based orchid mix
FertilizerFoxFarm liquid fertilizer applied monthly at dilute strength
NotesPurchased from Krull-Smith Orchids as a named cultivar. Arrived in a small nursery pot containing tightly packed sphagnum moss. At the time of accession, numerous healthy white root tips were visible emerging from the pot, indicating active root growth. The plant remains in its original container pending future repotting after flowering or when growth indicates.

Growth and bloom journal

DateObservation
2026/06/25Plant received from Krull-Smith. Healthy foliage. Numerous active white root tips visible through drainage holes. Retained in original sphagnum moss to preserve root growth.
2026/10/08

Cymbidium Iris Bannochie ‘Wakanda’ declared deceased following progressive deterioration. Post-mortem examination revealed substantial quantities of sphagnum moss remaining tightly embedded within the root system, despite repotting into a bark-and-lava mixture on July 16, 2026.

The original sphagnum had been secured with black binding thread, making complete removal exceptionally difficult without risking root damage. The remaining moss formed a compact central mass surrounded by numerous thick, pale roots. Fine, white, thread-like structures were also observed among the roots and decomposing sphagnum, possibly representing fungal hyphae.

Suspected contributing factor: Persistent moisture retention within the tightly packed sphagnum core, potentially compromising root function and promoting deterioration.
Suspected contributing factor: Persistent moisture retention within the tightly packed sphagnum core, potentially compromising root function and promoting deterioration.ॐ शान्तिः शान्तिः शान्तिः

Photographic record

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