Additional Information

Field Value
Data last updated October 3, 2025
Metadata last updated October 3, 2025
Created October 3, 2025
Format PDF
License Creative Commons Attribution Non Commercial Share Alike 4.0
Datastore activeFalse
Datastore contains all records of source fileFalse
Has viewsTrue
Idfa503458-3a32-4de7-86c6-0abc11b0267d
Mimetypeapplication/pdf
Name translated{'en': 'Exploring the Rice Varietal Diversity to Fit Agroecology-Based Rice Cropping Systems', 'km': 'Exploring the Rice Varietal Diversity to Fit Agroecology-Based Rice Cropping Systems', 'lo': 'Exploring the Rice Varietal Diversity to Fit Agroecology-Based Rice Cropping Systems', 'my_MM': 'Exploring the Rice Varietal Diversity to Fit Agroecology-Based Rice Cropping Systems', 'vi': 'Exploring the Rice Varietal Diversity to Fit Agroecology-Based Rice Cropping Systems'}
Package id39b449c5-5e1f-4536-b5ce-824477a796c2
Position0
Resource description{'en': 'Rice-based farming systems form the backbone of Cambodia’s agricultural sector. Maintaining yields in line with the growing needs of the population and producing varieties adapted to ecologically less favourable regions are just some of the challenges to face. Studying the diversity of Asian rice varieties can help to identify varieties adapted to the local context. \r\n\r\nOBJECTIVE: \r\nThis activity consisted in establishing on-farm rice varieties tests for rainfed and irrigated organic/agroecological rice farming to assess their performance, adaptation, and resistance to pest and disease.', 'km': 'Rice-based farming systems form the backbone of Cambodia’s agricultural sector. Maintaining yields in line with the growing needs of the population and producing varieties adapted to ecologically less favourable regions are just some of the challenges to face. Studying the diversity of Asian rice varieties can help to identify varieties adapted to the local context. \r\n\r\nOBJECTIVE: \r\nThis activity consisted in establishing on-farm rice varieties tests for rainfed and irrigated organic/agroecological rice farming to assess their performance, adaptation, and resistance to pest and disease.', 'lo': 'Rice-based farming systems form the backbone of Cambodia’s agricultural sector. Maintaining yields in line with the growing needs of the population and producing varieties adapted to ecologically less favourable regions are just some of the challenges to face. Studying the diversity of Asian rice varieties can help to identify varieties adapted to the local context. \r\n\r\nOBJECTIVE: \r\nThis activity consisted in establishing on-farm rice varieties tests for rainfed and irrigated organic/agroecological rice farming to assess their performance, adaptation, and resistance to pest and disease.', 'my_MM': 'Rice-based farming systems form the backbone of Cambodia’s agricultural sector. Maintaining yields in line with the growing needs of the population and producing varieties adapted to ecologically less favourable regions are just some of the challenges to face. Studying the diversity of Asian rice varieties can help to identify varieties adapted to the local context. \r\n\r\nOBJECTIVE: \r\nThis activity consisted in establishing on-farm rice varieties tests for rainfed and irrigated organic/agroecological rice farming to assess their performance, adaptation, and resistance to pest and disease.', 'vi': 'Rice-based farming systems form the backbone of Cambodia’s agricultural sector. Maintaining yields in line with the growing needs of the population and producing varieties adapted to ecologically less favourable regions are just some of the challenges to face. Studying the diversity of Asian rice varieties can help to identify varieties adapted to the local context. \r\n\r\nOBJECTIVE: \r\nThis activity consisted in establishing on-farm rice varieties tests for rainfed and irrigated organic/agroecological rice farming to assess their performance, adaptation, and resistance to pest and disease.'}
Size3.4 MiB
Stateactive
Url typeupload
Name Exploring the Rice Varietal Diversity to Fit Agroecology-Based Rice Cropping Systems
Description

Rice-based farming systems form the backbone of Cambodia’s agricultural sector. Maintaining yields in line with the growing needs of the population and producing varieties adapted to ecologically less favourable regions are just some of the challenges to face. Studying the diversity of Asian rice varieties can help to identify varieties adapted to the local context.

OBJECTIVE:
This activity consisted in establishing on-farm rice varieties tests for rainfed and irrigated organic/agroecological rice farming to assess their performance, adaptation, and resistance to pest and disease.