Biofertilizer production techniques in Xiengkhouang Province, Laos - ຝຸ່ນບົ່ມຊີວະພາບ

ລາຍລະອຽດຊຸດຂໍ້ມູນ:

The resource explains biofertilizer production in Yone village, Xiengkhouang Province, based on farmer experience. It highlights compost as a key input for soil health, recycling, and...

ແຫຼ່ງທີ່ມາ: Biofertilizer production techniques in Xiengkhouang Province, Laos

ຂໍ້ມູນເພີ່ມເຕີມ

ຊ່ອງຂໍ້ມູນ	ມູນຄ່າ
ການອັບເດດຂໍ້ມູນລ່າສຸດ	17 ກັນຍາ 2025
Metadata ອັບເດດຫຼ້າສຸດ	21 ພະຈິກ 2025
ສ້າງ	17 ກັນຍາ 2025
ຮູບແບບ	MP4
ໃບອານຸຍາດ	Creative Commons Share-Alike 4.0
Datastore active	False
Datastore contains all records of source file	False
Has views	True
Id	7b279fad-e650-4b50-873c-c0f9606f60f2
Name translated	{'en': 'Video : Biofertilizer production techniques', 'km': 'Video : Biofertilizer production techniques', 'lo': 'ຝຸ່ນບົ່ມຊີວະພາບ', 'my_MM': 'Video : Biofertilizer production techniques', 'vi': 'Video : Biofertilizer production techniques'}
Package id	3de711ea-0282-4b12-a7b4-c7ab59d6a427
Position	1
Resource description	{'en': 'The resource 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 resource 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 resource 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 resource 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 resource 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.'}
State	active
ຊື່	ຝຸ່ນບົ່ມຊີວະພາບ
ຄຳອະທິບາຍ	The resource 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.

ຊ່ອງຂໍ້ມູນ

ມູນຄ່າ

ການອັບເດດຂໍ້ມູນລ່າສຸດ

17 ກັນຍາ 2025

Metadata ອັບເດດຫຼ້າສຸດ

21 ພະຈິກ 2025

ສ້າງ

17 ກັນຍາ 2025

ຮູບແບບ

MP4

ໃບອານຸຍາດ

Creative Commons Share-Alike 4.0

Datastore active

False

Datastore contains all records of source file

False

Has views

True

7b279fad-e650-4b50-873c-c0f9606f60f2

Name translated

{'en': 'Video : Biofertilizer production techniques', 'km': 'Video : Biofertilizer production techniques', 'lo': 'ຝຸ່ນບົ່ມຊີວະພາບ', 'my_MM': 'Video : Biofertilizer production techniques', 'vi': 'Video : Biofertilizer production techniques'}

Package id

3de711ea-0282-4b12-a7b4-c7ab59d6a427

Position

Resource description

{'en': 'The resource 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 resource 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 resource 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 resource 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 resource 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.'}

State

active

ຊື່

ຝຸ່ນບົ່ມຊີວະພາບ

ຄຳອະທິບາຍ

The resource 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.

ຝຸ່ນບົ່ມຊີວະພາບ

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