Living
Terrarium Editions
Glass compositions built around living Climacium dendroides, stone, wood and layered substrate.
Collection 01
Moss.
Climacium dendroides observed as living structure, interior object and miniature landscape. A study in texture, humidity, silence and scale.
Format
Terrariums, trays, custom moss objects
Species
Climacium dendroides and companion mosses
Mood
Botanical, quiet, premium, architectural
Gallery
A premium gallery of living texture.
Botanical close-ups, tray cultivation studies and terrarium worlds — all centered on the sculptural form of Climacium dendroides.
Climacium Dendroides
Branded botanical portrait
Terrarium Composition
Living forest under glass
Studio Tray
Material palette and planting density
Micro Forest
Texture, rhythm, moisture and light
Field Portrait
Sunlit colony with branding
Products
Moss formats for interiors and living systems.
Material Study
Tray Cultivation Sets
Dense tray-grown moss prepared for installation, propagation studies and future compositions.
Custom
Interior Moss Objects
Commissioned moss pieces for shelves, consoles and quiet architectural corners.
Scientific Dossier · v2.0
Climacium dendroides, studied in depth.
A working knowledge base behind the Neiro.Farm moss program — taxonomy, growth architecture, climate envelope, nutrition, risks and the open research program for 2026–2027.
Internal research note
Taxonomy
- Kingdom
- Plantae
- Division
- Bryophyta
- Class
- Bryopsida
- Order
- Hypnales
- Family
- Climaciaceae
- Genus / Species
- Climacium dendroides
Cultivation envelope
- Temperature
- 15–18 °C optimum · stress above 25 °C
- Humidity
- 85–95 % RH · decorative loss below 60 %
- Light
- 1 000–2 500 lux · photoperiod 12–14 h
- Substrate
- Slightly acidic, organic, evenly moist
- Propagation
- Stolons, fragmentation, in vitro protonema
- Range
- Temperate forests · Europe, Asia, N. America
Note 01
Endohydric architecture
An internal water-transport system lets Climacium dendroides hold upright form and tolerate brief drying — rare among carpet mosses.
Note 02
Stolon-driven growth
Colonies expand through creeping stolons that send up tree-like shoots, then new stolons — the basis for any future cultivation protocol.
Note 03
Water before nutrients
Air and substrate moisture are the dominant variables. Feeding, if any, stays under 0.5 mS/cm to avoid burning the gametophyte.
Note 04
Open research gap
Despite a wide natural range, almost no published data exists on yield, vertical systems or in vitro scaling — the space Neiro.Farm is studying.
Growth architecture
A colony that builds itself through stolons.
Unlike most carpet mosses, Climacium dendroides spreads by horizontal stolons that periodically raise tree-like axes. This rhythm is the foundation of any future vegetative propagation protocol.
Stage 01
Stolon
A creeping shoot extends across the substrate, establishing the colony's footprint.
Stage 02
Tree-like shoot
Vertical dendroid axes rise from the stolon, forming the species' signature canopy.
Stage 03
New stolon
Mature axes release fresh stolons sideways, expanding the colony.
Stage 04
New canopy
Each new stolon produces its own tree-like shoots — the basis for vegetative scaling.
Light envelope
- Minimum growth
- 300–500 lux
- Working range
- 1 000–3 000 lux
- Upper bound (to verify)
- 5 000–7 000 lux
- Photoperiod
- 12–14 h
Temperature model
- 0–5 °C
- Survival
- 5–10 °C
- Slow growth
- 10–20 °C
- Active growth
- 15–18 °C
- Likely optimum
- 25 °C +
- Stress
- 30 °C +
- High degradation risk
Nutrition (EC)
- Control
- 0 mS/cm — pure water baseline
- Light
- 0.1 mS/cm
- Medium
- 0.2 mS/cm
- Elevated
- 0.4 mS/cm
- Ceiling
- > 0.5 mS/cm — risk of tissue burn
Water remains the dominant input — feeding stays minimal and is always tested against an unfed control.
Technological risks
What we design the cultivation system against.
Risk 01
Mould
Trichoderma, Penicillium and Mucor colonise stagnant, over-warm chambers.
Risk 02
Summer overheating
Sealed greenhouses above 25 °C degrade the canopy within days.
Risk 03
Algal overgrowth
Excess light combined with standing water shifts the surface from moss to algae.
Risk 04
Light starvation
Below 300 lux the dendroid form collapses into a flat carpet.
Risk 05
Waterlogged substrate
Constant saturation suffocates rhizoids and invites rot.
Research program · 2026–2027
Ten questions we are answering on the farm.
Almost no commercial cultivation data exists for this species. Neiro.Farm is building the first systematic protocol — from stolon propagation to AI-managed vertical systems and unit economics.
- 01Stolon growth rate under controlled humidity
- 02Vertical shoot elongation across light regimes
- 03Light response curve from 500 to 7 000 lux
- 04Performance on fully artificial substrates
- 05Ultrasonic and pressure fogging systems
- 06Vertical panel cultivation prototypes
- 07Sterile in vitro propagation protocol
- 08AI-driven climate automation
- 09Yield per square metre
- 10Production cost modelling
Detail Study
A miniature forest with architectural presence.
Climacium dendroides grows like a scaled conifer canopy — upright, branching and luminous under moisture. That tree-like profile is what gives the species its extraordinary presence in small-format compositions.
On the Moss page we use close botanical photography to reveal the structure normally missed at room distance: gloss on the leaves, dense branching, tonal depth and the softness of the living ground layer.
The result is a collection language that feels closer to art direction than catalog imagery — calm, exact and rooted in real biological material.