Selected article for: "final model and humidity temperature"
Author: Todd, C. G.; Millman, S. T.; McKnight, D. R.; Duffield, T. F.; Leslie, K. E.
Title: Nonsteroidal anti-inflammatory drug therapy for neonatal calf diarrhea complex: Effects on calf performance
  • Document date: 2010_6_23
    • ID: 326huu05_29
    Snippet: The final multivariable model for water consumption controlled for the effects of farm of origin, arrival BW, time relative to diarrhea, ambient maximum temperature, and ambient maximum relative humidity. There was no interaction between treatment and the significant main effect predictors. The final model was fit with a heterogeneous first-order autoregressive correlation structure. Furthermore, a square-root transfor- mation was used to help no.....
    Document: The final multivariable model for water consumption controlled for the effects of farm of origin, arrival BW, time relative to diarrhea, ambient maximum temperature, and ambient maximum relative humidity. There was no interaction between treatment and the significant main effect predictors. The final model was fit with a heterogeneous first-order autoregressive correlation structure. Furthermore, a square-root transfor- mation was used to help normalize the distribution of the model residuals. The least squares means for water consumption have been back-transformed and are presented accordingly in Table 2 . Calves treated with MEL consumed significantly more water than PLA-treated calves (P < 0.001). Specifically, this effect can be attributed to the improved water intake by MEL-treated calves from wk 3 through 6 after diarrhea (P < 0.05; Table 2 ).

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