Introducing the Minerva CCH 09 BG II, a remarkable cotton hybrid designed for optimal performance in the diverse agricultural landscapes of Maharashtra, Gujarat, and Rajasthan. With a medium maturity duration of 160-165 days, this hybrid stands out for its regional adaptability, ensuring robust growth and yield in varied climatic conditions.

**Key Features:**

1. **Cotton Variety:** Minerva CCH 09 BG II boasts a superior cotton variety that promises exceptional quality and yield.

2. **Regional Adaptability:** Specifically tailored for the agricultural environments of Maharashtra, Gujarat, and Rajasthan, this hybrid demonstrates resilience and adaptability to the unique conditions of these regions.

3. **Maturity Duration:** With a medium maturity period of 160-165 days, Minerva CCH 09 BG II aligns itself as a reliable choice for farmers seeking consistent and timely yields.

4. **Package of Practice:**
– *Seed Rate:* 900 gm per acre, ensuring efficient utilization of resources.
– *Sowing Window:* Tailored for optimal results – May and June for irrigated conditions, and June and July for rainfed cultivation.
– *Spacing (Row x Plant):* Adaptable spacing configurations – 120 x 60 cm under irrigated and high-input conditions, and 90 x 45 cm under rainfed and light soils.

5. **Advantages:**
– *Big Boll Size:* Impressive boll size ranging from 6.0 gm to 6.5 gm, enhancing overall yield.
– *Vigorous & Erect Growth Habit:* Robust and upright plant structure for efficient sunlight absorption and nutrient utilization.
– *Excellent Boll Retention:* Ensures a higher percentage of bolls are retained, contributing to increased productivity.
– *Boll Opening & Easy Picking:* Facilitates easy harvesting with excellent boll opening, streamlining the picking process.
– *Adaptability:* Well-suited for both irrigated and rainfed conditions, offering flexibility to farmers based on their specific cultivation practices.
– *High-Input Conditions:* Thrives in high-input conditions, making it a reliable choice for farmers aiming for maximum yield through intensive cultivation practices.