PLATE

FLV-SP-01

Living Specimen

Pressed, plated, and offered for keeping

FIG. 1 —

Monstera deliciosa · Araceae

SELECT THE PLATE TO INSPECT

DETERMINATION — FOR THE KEEPING OF

Monstera Deliciosa — Fenestrated Specimen

Monstera deliciosa · Araceae

FURTHER PLATES — FIGS. 2 ONWARD

Turned in the hand

Each view drawn from the same specimen. Select a plate to inspect it.

Each view drawn from the same specimen. Select a plate to inspect it.

Greenhouse-acclimated mature specimen with primary and secondary leaf fenestrations, established on a cedar totem in breathable aroid bark matrix.

Cultivated from mature montane stock, each Monstera deliciosa specimen is acclimated for 16 weeks under diffused glass to establish deeply fenestrated lamina and active aerial roots anchored to an untreated western red cedar totem.

CROSS-REFERENCE — THE PLANT ATLAS

HERB-01

Monstera deliciosa

Araceae

Hemiepiphytic Neotropical climber celebrated for programmed cell-death foliar fenestrations that reduce wind torque and allow light transmission to lower canopy leaves.

LIGHT

Bright Indirect Light

WATER

Allow Top 50% Soil to Dry

HUMIDITY

50% – 75% RH (tolerates 40% ambient indoor humidity)

TEMPERATURE

18°C – 29°C (65°F – 85°F); sensitive to sustained temperatures below 12°C

SOIL

Coarse, high-porosity epiphytic aroid matrix: 40% aged Douglas fir bark, 25% horticultural pumice, 25% coco coir chips, 10% worm castings (pH 5.5–6.5).

MATURE SIZE

Floor Statement (1.0–2.5 m)

KEEPING

Effortless / Resilient

NATIVE TO

Montane cloud forests of southern Mexico (Oaxaca, Chiapas) to Panama

PETS

Toxic if Ingested

Contains insoluble calcium oxalate raphides across leaf lamina, petioles, and aerial roots. Ingestion by cats or dogs causes immediate oral irritation, hypersalivation, and localized mucosal swelling (ASPCA verified).

FURTHER READING — THE JOURNAL

Notes filed alongside this plate

ISS-01

ISS-01

On Foliar Fenestration: Why Hemiepiphytic Aroids Perforate Their Leaves

An anatomical inquiry into programmed cell death, sub-canopy sunfleck capture, and boundary-layer thermoregulation in Monstera deliciosa.

Dr. Clara Lindqvist

ISS-02

ISS-02

Granulometry & Gas Exchange: Engineering Peat-Free Epiphytic Substrates

Why root hypoxia—not excess water volume—is the primary driver of rhizosphere collapse in container-grown botanical specimens.

Soren Takahashi

THE HERBARIUM LETTER — FOUR A YEAR

What to repot, what to read, and what has just been accessioned.

Seasonal, unhurried, and easy to leave.

COLOPHON

Set in Inter and Newsreader, with IBM Plex Mono for specimen records. Botanical plates courtesy of Unsplash contributors.

ON THE RECORD

Pet-safety notes in the Atlas cite the ASPCA classification recorded for each species. Where no classification has been verified, the record says so.

Florivern

© 2026 FLORIVERN

INDEX OF THE COLLECTION · PLATES I–V

Create a free website with Framer, the website builder loved by startups, designers and agencies.