Description
Kaatuyaanam (Kattuyanam) Paddy Seeds
A majestic traditional red rice variety from Tamil Nadu, treasured by organic farmers, seed savers, and biodiversity conservationists.
🌾 Why Farmers Love Kaatuyaanam
About Kaatuyaanam Paddy
Kaatuyaanam (Kattuyanam) is one of the most celebrated traditional paddy varieties of Tamil Nadu. The name translates to “Wild Elephant”, referring to its extraordinary height and vigorous growth habit. Under suitable conditions, plants can reach 6–7 feet tall, producing abundant biomass and high-quality straw.
This indigenous rice landrace is highly valued by natural farmers, organic growers, community seed banks, and traditional agriculture enthusiasts for its resilience, adaptability, and nutritional red rice grains.
Crop Information
| Variety Name | Kaatuyaanam / Kattuyanam |
| Scientific Name | Oryza sativa |
| Grain Type | Traditional Red Rice |
| Plant Height | 180–210 cm (6–7 Feet) |
| Crop Duration | 180–210 Days |
| Season | Samba |
| Seed Type | Open Pollinated Traditional Variety |
| Origin | Tamil Nadu, India |
Agronomic Advantages
🌱 Vigorous Growth
Strong vegetative growth with excellent adaptability under organic cultivation systems.
🌾 High Biomass
Produces abundant straw suitable for livestock fodder, mulching, and farm use.
♻️ Low Input Farming
Performs well under natural farming and regenerative agriculture practices.
🌍 Biodiversity Conservation
Supports preservation of traditional rice genetics and indigenous farming heritage.
Traditional Culinary Uses
Kaatuyaanam rice is cherished for its traditional taste, nutritional value, and versatility in South Indian cuisine.
🌿 Suitable For
- Organic Farmers
- Natural Farming Practitioners
- Community Seed Banks
- Agroecology Projects
- FPOs & Farmer Groups
- Heritage Rice Collectors
- Agricultural Universities
- Biodiversity Conservation Programs
Seed Storage Instructions
- Store in a cool, dry location.
- Protect from direct sunlight and moisture.
- Use airtight containers for long-term storage.
- Maintain seed viability through periodic regeneration.
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