Agricultural Approach: Organic Agriculture and Cultivar Species
Organic Agriculture in Dragon Fruit Plantation
Climate Adaptation Effectiveness
The techniques, methods, and materials used in organic farming contribute to improvement inland productivity allowing for sustainable and continuous production. The use of organic fertilizers was found to increase the organic matter in soil improving its fertility and quality. This also leads to the soil’s better water absorption and a decrease in soil erosion.
Climate Hazards
- Drought
Locations
- Barangay Palacapac, Candon City, Ilocos Sur, Region I (Ilocos Region)
Adaptation Sectors
- Agriculture
- Water Management
CCET Instuments
- Action Delivery
Target Group based on Vulnerability
Basic Sectors:
- Children
- Farmers and Landless Rural Workers
- Indigenous Peoples
- Persons with Disabilities
- Senior Citizens
- Women
- Youth and Students
Evaluations
Economic / Financial Effectiveness
There was an observed increase in productivity in the plantations due to organic farming.
Technical Feasibility
Agricultural technicians and advisers conduct training and extension services for farmers transitioning to the organic farming method. They learn techniques and methods including vermiculture to produce organic fertilizer.
Social Acceptability
Organic farming can be practiced in both small and large-scale farms. In Candon City, Ilocos Sur, the majority of the households have a dragon fruit plant.
Environmental Impact
Organic farming promotes sustainable land management through the use of organic fertilizers, lessening chemical inputs which contributes to soil acidification.
Mitigation co-benefit
Organic farming prevents or reduces the use of synthetic fertilizers and pesticides reducing greenhouse gas emissions.
Keywords
organic farming, organic agriculture, degraded soil, soil fertility, drought resistant, drought-resistant crop, water holding capacity; dragon fruit and climate
References