Rose Farming

The Timeless Flower of Fragrance & Global Demand
High Value Flower Crop Strong Global Market Demand Managed Agro Investment
BOTANICAL NAME
Rosa Damascena
HARVEST CYCLE
4 – 6 Months
SUITABLE CLIMATE
Moderate to Subtropical
MARKET VALUE
Perfume & Cosmetic Industry
PLANTATION DENSITY
4,000 – 5,000 Plants/Acre

About Rose

Rose farming is a highly valuable floriculture crop widely known for producing fragrant flowers used in perfumes, cosmetics, and essential oils. Rose petals contain natural aromatic compounds that are widely used in the fragrance, skincare, food, and pharmaceutical industries. Rose plants grow well in moderate to subtropical climates and are known for their beauty, commercial value, and consistent market demand.

Agarwood Plantation

Fresh rose petals used for producing premium rose oil and aromatic products.

Resin Formation

High-demand floriculture crop with strong demand in perfume and cosmetic industries.

Processing

Profitable and sustainable flower farming with growing export and market opportunities.

Agarwood Requirements

Sundarban Rose Farming Requirements

Scientific cultivation practices and suitable environmental conditions are essential for healthy growth and high flower yield.

1. Climate Requirements

Temperature: Ideal range 15°C to 28°C for healthy flowering.

Sunlight: Requires 6–8 hours of direct sunlight daily.

Rainfall: Moderate rainfall 800–1,200 mm annually is suitable.

Humidity: Moderate humidity improves flower yield and aroma.

2. Soil Requirements

Type: Well-drained loamy or sandy-loam soil preferred.

pH Level: OOptimum soil pH 6.0 – 7.0.

Soil Depth: Minimum 40–60 cm fertile soil depth recommended.

Fertility: High organic matter improves plant growth.

3. Land Preparation

Clearing: Remove weeds, stones, and debris.

Ploughing: Deep ploughing improves soil aeration.

Bed Preparation: Prepare beds with compost or organic manure.

Pit Preparation: 30 × 30 × 30 cm pits with farmyard manure.

4. Plantation & Spacing

Spacing: 60 cm × 60 cm or 75 cm × 75 cm spacing.

Season: Planting done before monsoon or mild winter.

Selection: Use healthy rooted cuttings or budded plants.

5. Water Management

Young Plants: Frequent irrigation during early growth stage.

Mature Plants: Irrigate during flowering and seed development stages.

Drip Irrigation: Recommended for commercial farming.

6. Nutrient Management

Basal Fertilizer: Apply balanced NPK fertilizers regularly.

NPK Fertilizers: Helps retain moisture and control weeds.

Organic Inputs: FUse compost, vermicompost, or FYM.

7. Pruning & Plant Care

Initial Training: Develop strong main branches for better structure.

Annual Pruning: Remove dead, weak, and overcrowded branches regularly.

Flower Pinching: Remove early buds to encourage stronger plant growth.

Canopy Control: Maintain proper airflow to reduce disease risk.

8. Pest & Disease

Pests: Aphids, thrips, mites, and leaf rollers.

Diseases: Powdery mildew, black spot, and root rot.

Control: Use neem oil, bio-pesticides, and proper field sanitation.

Monitoring: Regular crop inspection prevents major infestations.

9. Harvesting & Post Harvest

First Harvest: Flowers start 6–8 months after planting depending on variety.

Harvest Time: Early morning harvesting ensures better fragrance and freshness.

Yield: Continuous flower production for several years with proper care.

Storage:Keep harvested flowers in cool and shaded conditions.

Plantation Development Process

1

Land Preparation

Clearing, leveling, and preparing fertile soil beds.

2

Pit Digging & Soil

Soil enrichment with compost for healthy rose growth.

3

Plantation & Spacing

Scientific spacing of rose plants for proper airflow.

4

Irrigation Setup

Installation of efficient drip irrigation systems.

5

Crop Management

Regular pruning, nutrition, and pest management.

6

Harvest & Processing

Harvesting fresh roses for perfume and floral markets.

Plantation Gallery

Plantation Gallery

Farm Layout & Infrastructure

Farm Layout
A scientifically planned rose plantation ensures proper plant spacing, healthy plant development, and efficient land utilization. Drip irrigation systems deliver water directly to plant roots, improving water efficiency and supporting consistent flowering. Well-designed access pathways allow smooth farm operations, regular pruning, easy maintenance, and efficient flower harvesting.

Value Potential

Plants per Acre
4,000 – 6,000
Harvest Period
6 – 8 Months
Global Market
Perfume & cosmetic industry
High Value Crop
Premium fragrance flowers
Investment ROI Potential
₹10L – ₹15L / Acre (Estimated Range)
Estimated annual revenue from rose farming through fresh flower sales, essential oil production, and supply to floriculture markets, depending on variety selection, farm management practices, and regional market demand.

Visit Our FarmLands

Experience the farms personally and understand the managed plantation model firsthand.

Frequently Asked Questions

What is the Rose cultivation cycle?
Roses typically begin flowering within 5 to 6 months after planting. Once established, rose plants produce flowers continuously for several years with proper pruning, irrigation, and nutrient management practices.
How many Rose plants can be grown per acre?
With recommended spacing of about 60 cm to 75 cm between plants, farmers can cultivate approximately 4,000 to 6,000 rose plants per acre depending on soil fertility, irrigation systems, and plantation layout.
Who manages the Rose farm?
Sundarban Agro Farms provides complete farm management through experienced agricultural professionals including land preparation, plantation, irrigation setup, pruning, fertilizer application, pest monitoring, and regular farm maintenance.
What is the expected Rose yield?
A well-maintained rose farm can produce thousands of flowers per acre annually depending on the variety grown, climate conditions, soil fertility, irrigation practices, and effective crop management techniques.
Can investors visit the Rose farm?
Yes. Investors and visitors can schedule a farm visit to explore the rose plantation, observe the cultivation process, and understand the infrastructure, irrigation systems, and overall farm management practices.

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