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- Crout, N.M.J.; Craigon, J.; Cox, G.M.; Jao, Y.; Tarsitano, D.; Wood, A.T.A.; Semenov, M.
- Agricultural and forest meteorology 2014 v.189-190 pp. 211-219
- air temperature; automation; biomass; canopy; carbon; computer software; crops; diurnal variation; drought; evaporation; grain yield; growth and development; leaf area; mineralization; model validation; nitrogen; prediction; simulation models; soil; vernalization; wheat; New Zealand; United Kingdom
- ... An existing simulation model of wheat growth and development, Sirius, was evaluated through a systematic model reduction procedure. The model was automatically manipulated under software control to replace variables within the model structure with constants, individually and in combination. Predictions of the resultant models were compared to growth analysis observations of total biomass, grain yi ...
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