Vetiver (Chrysopogon zizanioides/Vetiveria zizanioides)

🌱 Why Vetiver?

Unmatched Root Power

• Deep, Fast-Growing Roots
  Roots can reach 3–4 m in just one year, anchoring soils where other species fail Wikipedi.
• High Tensile Strength
  Roots average 75 MPa tensile strength—boosting soil shear strength by a factor of 40—resisting slippage even on steep slopes The Vetiver Network International.

Proven Erosion Control

• Up to 90 % Reduction in Soil Loss
  Field trials demonstrate > 90 % erosion reduction on slopes up to 75 % grade Journal of Chemical Health Risks.
• 70 %+ Runoff Mitigation
  Hedgerows reduce peak runoff by over 70 %, forming natural, self-healing terraces Wikipedia.

Low-Cost, High Impact

• 20× Cheaper Than Civil Works
  Costs average just 5 % of traditional engineered methods, while delivering durable, eco-friendly stabilization Wikipedia.
• Minimal Maintenance
  Once established, Vetiver hedges thrive with little to no additional inputs, even in poor, compacted soils The Vetiver Network International.

🌍 Versatile Applications

Agricultural Land

• Contour Hedgerows
  Protect sloping fields, enhance moisture retention, and boost crop yields by up to 50 % under vetiver management Semantic Scholar.
• Trap Agrochemicals
  Roots filter out nitrates, phosphates, and pesticides, safeguarding downstream ecosystems Wikipedia.

Infrastructure Stabilization

• Road & Railway Batters
  Staple slopes along highways and railways from Queensland to China with global success Topsoil.
• Dam Walls & Banks
  Reinforce embankments and riverbanks against scour and mass movement The Vetiver Network International.

Environmental Remediation

• Phytoremediation
  Tolerates heavy metals and extreme pH (3–11), rehabilitating mine tailings, contaminated lands and waste-water Wikipedia.
• Constructed Wetlands
  Integrate into treatment systems to improve water quality and biodiversity Wikipedia.

🤝 Socioeconomic & Climate Benefits

Community Empowerment

• Handicrafts & Income
  Rural women and youth transform vetiver fibers into marketable crafts, generating sustainable livelihoods The Vetiver Network International.
• Local Enterprise
  Platforms like “House of Vetiver” in Trinidad & Tobago connect artisans to global markets The Vetiver Network West Indies.

Climate Action

• Carbon Sequestration
  Deep biomass stores atmospheric CO₂ in roots for decades, aiding climate mitigation Wikipedia.
• Biofuel Feedstock
  Trials show vetiver biomass can be converted into clean-burning biofuels, reducing reliance on fossil fuels Wikipedia.

🔧 How It Works

1. Site Assessment & Planting
   Clump divisions are planted 10–15 cm apart along contour lines—typically 3–6 ft row spacing depending on slope angle Wikipedia.
2. Growth & Hedgerow Formation
   Within 6–12 months, stiff, upright hedges form dense barriers that arrest sediment and slow water Wikipedia.
3. Long-Term Stabilization
   Roots deepen yearly, anchoring soil and self-repairing any damage—hedges remain effective for decades with minimal upkeep Wikipedia.

🚀 Success Stories

“In Nigeria, vetiver management boosted maize yields by up to 26 % and cowpea by 50 %, while cutting soil loss by 70 %—transforming livelihoods on smallholder farms.” Semantic Scholar
“Hedgerows along rural roads in Queensland have held slopes intact through extreme rainfall, saving millions in repair costs.” Topsoil

📦 Order Vetiver Grass Today!

Join 100 + countries and thousands of satisfied customers who have turned erosion into opportunity with Vetiver Grass.

• Bulk Slips & Nursery Stock: Custom packages for farms, infrastructure projects, or environmental programs.
• Technical Support: Planting guides, design consultation, and field training.
• Guaranteed Germplasm: Sterile, non-invasive South-Indian variety organic certified.

Contact Us to request your free slope-stabilization plan and see how Vetiver Grass can anchor your project—and your community’s future—in green success