NIDHI-PAUHA is a premium paddy variety with long bold grains, ideal for poha making, offering strong non-lodging plants and excellent taste.
NIDHI-PAUHA is a specialized paddy variety developed for poha production. It produces long bold grains with uniformity and is supported by a strong, non-lodging plant structure. The variety matures uniformly, resists shattering, and delivers high yield with good grain quality, making it suitable for commercial cultivation.
NIDHI-PAUHA is a specialized paddy variety developed for poha production. It produces long bold grains with uniformity and is supported by a strong, non-lodging plant structure. The variety matures uniformly, resists shattering, and delivers high yield with good grain quality, making it suitable for commercial cultivation.
Variety Name: Nidhi-Pauha
Crop: Paddy
Plant Habit:
Semi-tall, non-lodging and non-shattering plant
Maturity Period:
100–110 days
Key Characteristics:
• Long bold grains, best suited for poha making
• Semi-tall, strong plant type
• Non-lodging and non-shattering
• Good grain taste
• High yielding variety
Climate Suitability:
Tropical and sub-tropical regions
Sowing Window:
Normal kharif season
This variety is developed to deliver uniform plant development, predictable maturity, and reliable field performance across diverse growing conditions. Designed for farmers and distributors who value consistency, planning confidence, and market-ready harvests.
Balanced Plant Structure
Optimized plant architecture supports proper airflow, sunlight penetration, and field stability—helping plants perform uniformly throughout the crop cycle.
Predictable Maturity Window
Designed to mature within a reliable time frame, enabling better crop planning, efficient rotations, and timely harvesting.
Ensures even plant growth across the plot, reducing variability and supporting consistent yield outcomes.
Uniform flowering and harvest timing reduce uneven picking and simplify field operations.
Produces well-formed, visually appealing output that meets trader, processor, and distributor expectations.
