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                    [ArticleID] => 382176
                    [Title] => Key to higher rice, corn yields in upland areas
                    [Summary] => 

Crop diversification and contouring plus lime application and fertilization based on soil analysis may very be the key to higher rice and corn yields in upland areas, as shown by results of a PhilRice (Philippine Rice Research Institute) study in an upland community in Ilagan, Isabela.


In an adaptation trial in Brgy. Sta. Victoria, Ilagan, the income derived from crop diversification by the farmer cooperator increased by P25,000 a hectare compared to a single crop of low-yielding rice, which is normally planted by farmers in the community.
[DatePublished] => 2007-01-28 00:00:00 [ColumnID] => 133272 [Focus] => 0 [AuthorID] => [AuthorName] => [SectionName] => Agriculture [SectionUrl] => agriculture [URL] => ) [1] => Array ( [ArticleID] => 371317 [Title] => Key to higher rice, corn yields in upland areas [Summary] => Crop diversification and contouring plus lime application and fertilization based soil analysis may be the key to higher rice and corn yields in upland areas, as shown by results of a PhilRice (Philippine Rice Research Institute) study in an upland community in Ilagan, Isabela.

In an adaptation trial in Bgy. Sta. Victoria, Ilagan, the income derived from crop diversification by the farmer cooperator increased by P25,000 a hectare compared to a single crop of low-yielding rice, which is normally planted by farmers in the community. 
[DatePublished] => 2006-11-26 00:00:00 [ColumnID] => 133272 [Focus] => 0 [AuthorID] => [AuthorName] => [SectionName] => Agriculture [SectionUrl] => agriculture [URL] => ) [2] => Array ( [ArticleID] => 371457 [Title] => Key to higher rice, corn yields in upland areas [Summary] => Crop diversification and contouring plus lime application and fertilization based soil analysis may be the key to higher rice and corn yields in upland areas, as shown by results of a PhilRice (Philippine Rice Research Institute) study in an upland community in Ilagan, Isabela.

In an adaptation trial in Bgy. Sta. Victoria, Ilagan, the income derived from crop diversification by the farmer cooperator increased by P25,000 a hectare compared to a single crop of low-yielding rice, which is normally planted by farmers in the community. 
[DatePublished] => 2006-11-26 00:00:00 [ColumnID] => 133272 [Focus] => 0 [AuthorID] => [AuthorName] => [SectionName] => Agriculture [SectionUrl] => agriculture [URL] => ) [3] => Array ( [ArticleID] => 371597 [Title] => Key to higher rice, corn yields in upland areas [Summary] => Crop diversification and contouring plus lime application and fertilization based soil analysis may be the key to higher rice and corn yields in upland areas, as shown by results of a PhilRice (Philippine Rice Research Institute) study in an upland community in Ilagan, Isabela.

In an adaptation trial in Bgy. Sta. Victoria, Ilagan, the income derived from crop diversification by the farmer cooperator increased by P25,000 a hectare compared to a single crop of low-yielding rice, which is normally planted by farmers in the community. 
[DatePublished] => 2006-11-26 00:00:00 [ColumnID] => 133272 [Focus] => 0 [AuthorID] => [AuthorName] => [SectionName] => Agriculture [SectionUrl] => agriculture [URL] => ) [4] => Array ( [ArticleID] => 371737 [Title] => Key to higher rice, corn yields in upland areas [Summary] => Crop diversification and contouring plus lime application and fertilization based soil analysis may be the key to higher rice and corn yields in upland areas, as shown by results of a PhilRice (Philippine Rice Research Institute) study in an upland community in Ilagan, Isabela.

In an adaptation trial in Bgy. Sta. Victoria, Ilagan, the income derived from crop diversification by the farmer cooperator increased by P25,000 a hectare compared to a single crop of low-yielding rice, which is normally planted by farmers in the community. 
[DatePublished] => 2006-11-26 00:00:00 [ColumnID] => 133272 [Focus] => 0 [AuthorID] => [AuthorName] => [SectionName] => Agriculture [SectionUrl] => agriculture [URL] => ) [5] => Array ( [ArticleID] => 371951 [Title] => Key to higher rice, corn yields in upland areas [Summary] => Crop diversification and contouring plus lime application and fertilization based soil analysis may be the key to higher rice and corn yields in upland areas, as shown by results of a PhilRice (Philippine Rice Research Institute) study in an upland community in Ilagan, Isabela.

In an adaptation trial in Bgy. Sta. Victoria, Ilagan, the income derived from crop diversification by the farmer cooperator increased by P25,000 a hectare compared to a single crop of low-yielding rice, which is normally planted by farmers in the community. 
[DatePublished] => 2006-11-26 00:00:00 [ColumnID] => 133272 [Focus] => 0 [AuthorID] => [AuthorName] => [SectionName] => Agriculture [SectionUrl] => agriculture [URL] => ) ) )
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                    [ArticleID] => 382176
                    [Title] => Key to higher rice, corn yields in upland areas
                    [Summary] => 

Crop diversification and contouring plus lime application and fertilization based on soil analysis may very be the key to higher rice and corn yields in upland areas, as shown by results of a PhilRice (Philippine Rice Research Institute) study in an upland community in Ilagan, Isabela.


In an adaptation trial in Brgy. Sta. Victoria, Ilagan, the income derived from crop diversification by the farmer cooperator increased by P25,000 a hectare compared to a single crop of low-yielding rice, which is normally planted by farmers in the community.
[DatePublished] => 2007-01-28 00:00:00 [ColumnID] => 133272 [Focus] => 0 [AuthorID] => [AuthorName] => [SectionName] => Agriculture [SectionUrl] => agriculture [URL] => ) [1] => Array ( [ArticleID] => 371317 [Title] => Key to higher rice, corn yields in upland areas [Summary] => Crop diversification and contouring plus lime application and fertilization based soil analysis may be the key to higher rice and corn yields in upland areas, as shown by results of a PhilRice (Philippine Rice Research Institute) study in an upland community in Ilagan, Isabela.

In an adaptation trial in Bgy. Sta. Victoria, Ilagan, the income derived from crop diversification by the farmer cooperator increased by P25,000 a hectare compared to a single crop of low-yielding rice, which is normally planted by farmers in the community. 
[DatePublished] => 2006-11-26 00:00:00 [ColumnID] => 133272 [Focus] => 0 [AuthorID] => [AuthorName] => [SectionName] => Agriculture [SectionUrl] => agriculture [URL] => ) [2] => Array ( [ArticleID] => 371457 [Title] => Key to higher rice, corn yields in upland areas [Summary] => Crop diversification and contouring plus lime application and fertilization based soil analysis may be the key to higher rice and corn yields in upland areas, as shown by results of a PhilRice (Philippine Rice Research Institute) study in an upland community in Ilagan, Isabela.

In an adaptation trial in Bgy. Sta. Victoria, Ilagan, the income derived from crop diversification by the farmer cooperator increased by P25,000 a hectare compared to a single crop of low-yielding rice, which is normally planted by farmers in the community. 
[DatePublished] => 2006-11-26 00:00:00 [ColumnID] => 133272 [Focus] => 0 [AuthorID] => [AuthorName] => [SectionName] => Agriculture [SectionUrl] => agriculture [URL] => ) [3] => Array ( [ArticleID] => 371597 [Title] => Key to higher rice, corn yields in upland areas [Summary] => Crop diversification and contouring plus lime application and fertilization based soil analysis may be the key to higher rice and corn yields in upland areas, as shown by results of a PhilRice (Philippine Rice Research Institute) study in an upland community in Ilagan, Isabela.

In an adaptation trial in Bgy. Sta. Victoria, Ilagan, the income derived from crop diversification by the farmer cooperator increased by P25,000 a hectare compared to a single crop of low-yielding rice, which is normally planted by farmers in the community. 
[DatePublished] => 2006-11-26 00:00:00 [ColumnID] => 133272 [Focus] => 0 [AuthorID] => [AuthorName] => [SectionName] => Agriculture [SectionUrl] => agriculture [URL] => ) [4] => Array ( [ArticleID] => 371737 [Title] => Key to higher rice, corn yields in upland areas [Summary] => Crop diversification and contouring plus lime application and fertilization based soil analysis may be the key to higher rice and corn yields in upland areas, as shown by results of a PhilRice (Philippine Rice Research Institute) study in an upland community in Ilagan, Isabela.

In an adaptation trial in Bgy. Sta. Victoria, Ilagan, the income derived from crop diversification by the farmer cooperator increased by P25,000 a hectare compared to a single crop of low-yielding rice, which is normally planted by farmers in the community. 
[DatePublished] => 2006-11-26 00:00:00 [ColumnID] => 133272 [Focus] => 0 [AuthorID] => [AuthorName] => [SectionName] => Agriculture [SectionUrl] => agriculture [URL] => ) [5] => Array ( [ArticleID] => 371951 [Title] => Key to higher rice, corn yields in upland areas [Summary] => Crop diversification and contouring plus lime application and fertilization based soil analysis may be the key to higher rice and corn yields in upland areas, as shown by results of a PhilRice (Philippine Rice Research Institute) study in an upland community in Ilagan, Isabela.

In an adaptation trial in Bgy. Sta. Victoria, Ilagan, the income derived from crop diversification by the farmer cooperator increased by P25,000 a hectare compared to a single crop of low-yielding rice, which is normally planted by farmers in the community. 
[DatePublished] => 2006-11-26 00:00:00 [ColumnID] => 133272 [Focus] => 0 [AuthorID] => [AuthorName] => [SectionName] => Agriculture [SectionUrl] => agriculture [URL] => ) ) )
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