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Name translated{'en': 'Technical Leaflet : Biofertilizer production techniques', 'km': 'Technical Leaflet : Biofertilizer production techniques', 'lo': 'Technical Leaflet : Biofertilizer production techniques', 'my_MM': 'Technical Leaflet : Biofertilizer production techniques', 'vi': 'Technical Leaflet : Biofertilizer production techniques'}
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Resource description{'en': 'The leaflet explains biofertilizer production in Yone village, Xiengkhouang Province, based on farmer experience. It highlights compost as a key input for soil health, recycling, and reducing chemical use. The process involves mixing dry animal manure with burnt rice husks, adding bran and optional legumes, and fermenting with a sugar-based bio-extract for about seven days. Proper storage ensures quality for up to a year. Application rates depend on soil quality, with compost gradually improving fertility over time, allowing reduced quantities in subsequent years.', 'km': 'The leaflet explains biofertilizer production in Yone village, Xiengkhouang Province, based on farmer experience. It highlights compost as a key input for soil health, recycling, and reducing chemical use. The process involves mixing dry animal manure with burnt rice husks, adding bran and optional legumes, and fermenting with a sugar-based bio-extract for about seven days. Proper storage ensures quality for up to a year. Application rates depend on soil quality, with compost gradually improving fertility over time, allowing reduced quantities in subsequent years.', 'lo': 'The leaflet explains biofertilizer production in Yone village, Xiengkhouang Province, based on farmer experience. It highlights compost as a key input for soil health, recycling, and reducing chemical use. The process involves mixing dry animal manure with burnt rice husks, adding bran and optional legumes, and fermenting with a sugar-based bio-extract for about seven days. Proper storage ensures quality for up to a year. Application rates depend on soil quality, with compost gradually improving fertility over time, allowing reduced quantities in subsequent years.', 'my_MM': 'The leaflet explains biofertilizer production in Yone village, Xiengkhouang Province, based on farmer experience. It highlights compost as a key input for soil health, recycling, and reducing chemical use. The process involves mixing dry animal manure with burnt rice husks, adding bran and optional legumes, and fermenting with a sugar-based bio-extract for about seven days. Proper storage ensures quality for up to a year. Application rates depend on soil quality, with compost gradually improving fertility over time, allowing reduced quantities in subsequent years.', 'vi': 'The leaflet explains biofertilizer production in Yone village, Xiengkhouang Province, based on farmer experience. It highlights compost as a key input for soil health, recycling, and reducing chemical use. The process involves mixing dry animal manure with burnt rice husks, adding bran and optional legumes, and fermenting with a sugar-based bio-extract for about seven days. Proper storage ensures quality for up to a year. Application rates depend on soil quality, with compost gradually improving fertility over time, allowing reduced quantities in subsequent years.'}
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နာမည် Technical Leaflet : Biofertilizer production techniques
ဖော်ပြချက်

The leaflet explains biofertilizer production in Yone village, Xiengkhouang Province, based on farmer experience. It highlights compost as a key input for soil health, recycling, and reducing chemical use. The process involves mixing dry animal manure with burnt rice husks, adding bran and optional legumes, and fermenting with a sugar-based bio-extract for about seven days. Proper storage ensures quality for up to a year. Application rates depend on soil quality, with compost gradually improving fertility over time, allowing reduced quantities in subsequent years.