| Introduction |
This project explores the successful application of modern, environmentally friendly technologies in organic rice farming systems in West Java, Indonesia. Through the integration of organic fertilizers, sustainable pest management, and efficient irrigation systems, the initiative supports improved soil health, increased productivity, and greater environmental sustainability. |
| Country |
Indonesia
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| Start date |
|
| Status |
Ongoing |
| Objective / Goal |
To assess and implement environmentally friendly technologies in traditional organic rice farming in West Java, with the goal of improving soil quality, enhancing crop yields, supporting climate resilience, and providing scalable models for sustainable agriculture in Indonesia.
|
| Beneficiaries |
- Organic rice farmers in West Java
- Agricultural extension workers, researchers, and training providers
- Local communities and youth engaged in sustainable agriculture
- Consumers seeking chemical-free, nutritious rice
|
| Activities |
- Conduct baseline assessments and field visits to map existing organic rice practices in West Java
- Introduce eco-friendly technologies including organic fertilizers, biological pest control, and water-saving irrigation (e.g., drip systems)
- Deliver hands-on training for farmers in Integrated Pest Management (IPM), composting, and regenerative soil management
- Establish pilot farms to showcase practical applications of modern technologies alongside traditional methods
- Host community events, farmer field days, and local fairs to promote awareness and exchange knowledge
- Collaborate with universities and research institutions to collect and analyze scientific data on soil, biodiversity, and productivity outcomes
- Support farmer cooperatives and local stakeholders in scaling up sustainable practices beyond the pilot areas.
|
| Impact |
- Use of organic fertilizers and eco-pest control improved soil structure, microbial diversity, and water retention
- Farmers reported significant increases in rice yield and profitability through sustainable intensification
- Communities became more self-sufficient in food production, reducing reliance on imported or chemically produced rice
- Enhanced food security through the promotion of healthy, locally grown rice
- Strengthened awareness of climate-smart agriculture and ecosystem-based farming in rural areas
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| More on this topic |
1,000 hectares of organic rice pilot project in Indramayu, Indonesia (Indonesian language)
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| Tags |
climate smart agriculture
healthy soil
IPM
organic agriculture
organic farming
regenerative agriculture
soil conservation
water management
|
