- Trelồ ô (Vietnam)
- Balku bans (Bengal, India)
- Barak (Tripura, India)
- Boro bans (Duars, India)
- Baluka, Sil borua (Assam, India)
- Wamnah, Beru (Garo, India)
- Handicrafts
- Whole culms in construction
- Edible shoots
- Fodder
- Agricultural implements
- Incense sticks
- Soil erosion control
- Flood control
Additional Applications:
- Strand woven lumber
- Paper pulp
- Laminated bamboo
Commercial Uses:
- Plantations for fibre
- Biofuel production
- Biorefinery
- Charcoal production
- Evergreen, densely tufted bamboo
- Short-necked pachymorph rhizomes
- Culms height: 15 to 30 meters with arching tops
- Mature culms diameter: 8–15 cm
- Wall thickness:
- Internode lengths:
- Prominent nodes
- Strong branching with thorn-like branchlets at lower nodes
Native Range:
• Indo-China: Laos, Myanmar, Vietnam
• Indian Subcontinent: Bangladesh, India, Nepal, Assam
Plantation Types:
• B. balcooa is cultivated in various plantation setups, including block, high-density, agroforestry, and strip plantations.
Spacing:
• In areas with low rainfall, the typical spacing is 4x4 meters.
• In high rainfall regions, a spacing of 5x5 meters is common.
• For intercropping, wider spacing such as 7x7 meters or 9x9 meters is usually preferred.
Harvest Maturation:
• This species reaches maturity and is ready for harvesting in 3 to 5 years.
• Temperature Tolerance: B. balcooa thrives in temperatures ranging from -5°C to 20 °C, with the ability to endure up to 30 °C.
• Precipitation: Prefers areas with rainfall between 2500–5000 mm.
• Altitude Range: Typically found at elevations of 1000–1250 m, but also grows well at lower altitudes and sea level.
Soil:
• Favors heavy-textured soils with good drainage such as alluvial clay, sandy loam, deep, loose, fertile sandy loam, and sandy clay loam.
• Optimal soil pH ranges from 5.11 to 7.5.
Native Habitat
• Growing Regions: Prolific in flat lands and valleys, especially in areas with moderate to high rainfall.
- Widely cultivated globally, B. balcooa is ideal for large-scale plantations due to its easy propagation.
- Provides significant benefits for water conservation and erosion control.
- As a sterile species, it eliminates the risk of gregarious flowering and subsequent population die-off.
- High biomass productivity in optimal conditions offers promising opportunities for carbon trading.
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