Additional Information

Field Value
Data last updated November 12, 2024
Metadata last updated July 18, 2025
Created November 12, 2024
Format PDF
License License not specified
Datastore activeFalse
Datastore contains all records of source fileFalse
Has viewsTrue
Idbd6493df-c612-4f6d-a209-9526d1340f27
Mimetypeapplication/pdf
Name translated{'en': 'Efficacy of Biological Control Agents (BCA) in managing rice pests and diseases: Integrated Pest Management for Rice in Cambodia (EPIC) interim results', 'km': 'Efficacy of Biological Control Agents (BCA) in managing rice pests and diseases: Integrated Pest Management for Rice in Cambodia (EPIC) interim results', 'lo': 'Efficacy of Biological Control Agents (BCA) in managing rice pests and diseases: Integrated Pest Management for Rice in Cambodia (EPIC) interim results', 'my_MM': 'Efficacy of Biological Control Agents (BCA) in managing rice pests and diseases: Integrated Pest Management for Rice in Cambodia (EPIC) interim results', 'vi': 'Efficacy of Biological Control Agents (BCA) in managing rice pests and diseases: Integrated Pest Management for Rice in Cambodia (EPIC) interim results'}
Package idd7ef02db-0155-4c55-98c6-0e59530f8457
Position0
Resource description{'en': 'The document summarizes results from the EPIC project (2016–2017) on using biological control agents in rice farming in Cambodia. Trichoderma and resistant rice varieties effectively reduced leaf and neck blast diseases, while Beauveria, a microbial insecticide, controlled insect pests and led to higher yields and profits. The study supports BCAs as a sustainable alternative to conventional pest control.', 'km': 'The document summarizes results from the EPIC project (2016–2017) on using biological control agents in rice farming in Cambodia. Trichoderma and resistant rice varieties effectively reduced leaf and neck blast diseases, while Beauveria, a microbial insecticide, controlled insect pests and led to higher yields and profits. The study supports BCAs as a sustainable alternative to conventional pest control.', 'lo': 'The document summarizes results from the EPIC project (2016–2017) on using biological control agents in rice farming in Cambodia. Trichoderma and resistant rice varieties effectively reduced leaf and neck blast diseases, while Beauveria, a microbial insecticide, controlled insect pests and led to higher yields and profits. The study supports BCAs as a sustainable alternative to conventional pest control.', 'my_MM': 'The document summarizes results from the EPIC project (2016–2017) on using biological control agents in rice farming in Cambodia. Trichoderma and resistant rice varieties effectively reduced leaf and neck blast diseases, while Beauveria, a microbial insecticide, controlled insect pests and led to higher yields and profits. The study supports BCAs as a sustainable alternative to conventional pest control.', 'vi': 'The document summarizes results from the EPIC project (2016–2017) on using biological control agents in rice farming in Cambodia. Trichoderma and resistant rice varieties effectively reduced leaf and neck blast diseases, while Beauveria, a microbial insecticide, controlled insect pests and led to higher yields and profits. The study supports BCAs as a sustainable alternative to conventional pest control.'}
Size794 KiB
Stateactive
Url typeupload
Name Efficacy of Biological Control Agents (BCA) in managing rice pests and diseases: Integrated Pest Management for Rice in Cambodia (EPIC) interim results
Description

The document summarizes results from the EPIC project (2016–2017) on using biological control agents in rice farming in Cambodia. Trichoderma and resistant rice varieties effectively reduced leaf and neck blast diseases, while Beauveria, a microbial insecticide, controlled insect pests and led to higher yields and profits. The study supports BCAs as a sustainable alternative to conventional pest control.