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predictive equations for om digestibility  (Limagrain UK Ltd)
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DM and CW-related features measured in the laboratory, with their associated NIRS prediction equation features for the IJPB equation.
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DM and CW-related features measured in the laboratory, with their associated NIRS prediction equation features for the IJPB equation.
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Image Search Results


DM and CW-related features measured in the laboratory, with their associated NIRS prediction equation features for the IJPB equation.

Journal: Frontiers in Plant Science

Article Title: Precise control of water stress in the field reveals different response thresholds for forage yield and digestibility of maize hybrids

doi: 10.3389/fpls.2023.1142462

Figure Lengend Snippet: DM and CW-related features measured in the laboratory, with their associated NIRS prediction equation features for the IJPB equation.

Article Snippet: For the French market, developments with predictive equations for OM digestibility started at the “Centre wallon de Recherches agronomiques” (CRA-W) in Gembloux in collaboration with the French seed company Limagrain ( ).

Techniques: Biomarker Discovery

Effect of water deficit on DM digestibility, its combination with yield, and its relationship to measured CW digestibility. (A) DM digestibility to yield per variety under the five conditions. (B) Digestible tons of DM per ha averaged per condition for each variety under four conditions. (C) Relationship between laboratory measured DM digestibility and measured CW digestibility on a single representative block. Bars represent means and error bars represent standard error margins. Linear equation values are proceeded by Pearson correlation significance symbols: P <0.1:.; P <0.05: *; P <0.01: **; P <0.001: ***.

Journal: Frontiers in Plant Science

Article Title: Precise control of water stress in the field reveals different response thresholds for forage yield and digestibility of maize hybrids

doi: 10.3389/fpls.2023.1142462

Figure Lengend Snippet: Effect of water deficit on DM digestibility, its combination with yield, and its relationship to measured CW digestibility. (A) DM digestibility to yield per variety under the five conditions. (B) Digestible tons of DM per ha averaged per condition for each variety under four conditions. (C) Relationship between laboratory measured DM digestibility and measured CW digestibility on a single representative block. Bars represent means and error bars represent standard error margins. Linear equation values are proceeded by Pearson correlation significance symbols: P <0.1:.; P <0.05: *; P <0.01: **; P <0.001: ***.

Article Snippet: For the French market, developments with predictive equations for OM digestibility started at the “Centre wallon de Recherches agronomiques” (CRA-W) in Gembloux in collaboration with the French seed company Limagrain ( ).

Techniques: Blocking Assay

Prediction accuracy of CRA-W and IJPB NIRS predictive equations for both DM and CW digestibilities under different hydric conditions. (A) Relationship between DM digestibility predicted by CRA-W and DM digestibility measured in the laboratory. (B) Relationship between IJPB-predicted and laboratory-measured DM digestibility. (C) Relationship between the two predicted means from the IJPB and CRA-W equations for DM digestibility. (D) Relationship between laboratory-calculated CW digestibility and CRA-W-predicted CW digestibility. (E) Relationship between laboratory calculated mean CW digestibility and IJPB-predicted calculated CW digestibility. (F) Relationship between IJPB-predicted calculated CW digestibility and CRA-W-predicted CW digestibility. The dots denote the ratio values for the individuals, unless they are given as mean values, in which case they represent the mean values of the 3 blocks. Linear equation values are proceeded by Pearson correlation significance symbols: P <0.1:.; P <0.05: *; P <0.01: **; P <0.001: ***. The error bars represent the standard error margins.

Journal: Frontiers in Plant Science

Article Title: Precise control of water stress in the field reveals different response thresholds for forage yield and digestibility of maize hybrids

doi: 10.3389/fpls.2023.1142462

Figure Lengend Snippet: Prediction accuracy of CRA-W and IJPB NIRS predictive equations for both DM and CW digestibilities under different hydric conditions. (A) Relationship between DM digestibility predicted by CRA-W and DM digestibility measured in the laboratory. (B) Relationship between IJPB-predicted and laboratory-measured DM digestibility. (C) Relationship between the two predicted means from the IJPB and CRA-W equations for DM digestibility. (D) Relationship between laboratory-calculated CW digestibility and CRA-W-predicted CW digestibility. (E) Relationship between laboratory calculated mean CW digestibility and IJPB-predicted calculated CW digestibility. (F) Relationship between IJPB-predicted calculated CW digestibility and CRA-W-predicted CW digestibility. The dots denote the ratio values for the individuals, unless they are given as mean values, in which case they represent the mean values of the 3 blocks. Linear equation values are proceeded by Pearson correlation significance symbols: P <0.1:.; P <0.05: *; P <0.01: **; P <0.001: ***. The error bars represent the standard error margins.

Article Snippet: For the French market, developments with predictive equations for OM digestibility started at the “Centre wallon de Recherches agronomiques” (CRA-W) in Gembloux in collaboration with the French seed company Limagrain ( ).

Techniques:

Lignin content and its role in CW digestibility and prediction of the relationship. (A) Relationship between laboratory-measured CW digestibility and IJPB-predicted measured CW digestibility. (B) Relationship between mean IJPB-predicted values for measured CW digestibility and IJPB-predicted calculated CW digestibility. (C) Relationship between laboratory-measured lignin content and IJPB-predicted lignin content. (D) Relationship between laboratory-measured lignin content and laboratory-measured CW digestibility on a representative block. (E) Relationship between mean IJPB-predicted values for lignin content and IJPB-predicted measured CW digestibility. (F) Relationship between CRA-W-predicted lignin content and CRA-W-predicted calculated CW digestibility. The dots denote the ratio values for the individuals, unless they are given as mean values, in which case they represent the mean values of the 3 blocks. Linear equation values are proceeded by Pearson correlation significance symbols: P <0.1:.; P <0.05: *; P <0.01: **; P <0.001: ***. The error bars represent the standard error.

Journal: Frontiers in Plant Science

Article Title: Precise control of water stress in the field reveals different response thresholds for forage yield and digestibility of maize hybrids

doi: 10.3389/fpls.2023.1142462

Figure Lengend Snippet: Lignin content and its role in CW digestibility and prediction of the relationship. (A) Relationship between laboratory-measured CW digestibility and IJPB-predicted measured CW digestibility. (B) Relationship between mean IJPB-predicted values for measured CW digestibility and IJPB-predicted calculated CW digestibility. (C) Relationship between laboratory-measured lignin content and IJPB-predicted lignin content. (D) Relationship between laboratory-measured lignin content and laboratory-measured CW digestibility on a representative block. (E) Relationship between mean IJPB-predicted values for lignin content and IJPB-predicted measured CW digestibility. (F) Relationship between CRA-W-predicted lignin content and CRA-W-predicted calculated CW digestibility. The dots denote the ratio values for the individuals, unless they are given as mean values, in which case they represent the mean values of the 3 blocks. Linear equation values are proceeded by Pearson correlation significance symbols: P <0.1:.; P <0.05: *; P <0.01: **; P <0.001: ***. The error bars represent the standard error.

Article Snippet: For the French market, developments with predictive equations for OM digestibility started at the “Centre wallon de Recherches agronomiques” (CRA-W) in Gembloux in collaboration with the French seed company Limagrain ( ).

Techniques: Blocking Assay