%0 Journal Article %1 JonesLang19878 %A Jones, P. G. %A Lang, D. R. %D 1978 %J Agricultural Systems %K agriculture crops phenology %N 4 %P 295--311 %T Simulation of the phenology of soybeans %U http://www.sciencedirect.com/science/article/B6T3W-49NPS6P-1C/1/fa7c8dde7fa82cf9092d0d44f52b1f2e %V 3 %X Simulation models of three phases of soybean phenology--sowing to primary leaf, primary leaf to flower initiation and flower initiation to flowering--were generated for the soybean cultivar Lee and others. The basic experimental data were obtained from a series of glasshouse experiments under six temperature regimes in natural light. The data for leaf development rates showed a change in the response to temperature at the first trifoliate leaf stage; this was incorporated into the model. The flower initiation model included parameters for the production and decay of a theoretical flower promoter and for the rate of change of daylength. Time to flower initiation showed a complex relationship to photoperiod which could not be described or approximated to by any simple function. The effects of temperature were marked and showed a strong interaction with photoperiod. The flower development model accounted for a strong temperature response which was conditioned by a photoperiod effect. The three models were combined to form a soybean phenology model which was validated against phenological data obtained from date of sowing experiments conducted under field conditions.

@article{JonesLang19878, abstract = {Simulation models of three phases of soybean phenology--sowing to primary leaf, primary leaf to flower initiation and flower initiation to flowering--were generated for the soybean cultivar Lee and others. The basic experimental data were obtained from a series of glasshouse experiments under six temperature regimes in natural light. The data for leaf development rates showed a change in the response to temperature at the first trifoliate leaf stage; this was incorporated into the model. The flower initiation model included parameters for the production and decay of a theoretical flower promoter and for the rate of change of daylength. Time to flower initiation showed a complex relationship to photoperiod which could not be described or approximated to by any simple function. The effects of temperature were marked and showed a strong interaction with photoperiod. The flower development model accounted for a strong temperature response which was conditioned by a photoperiod effect. The three models were combined to form a soybean phenology model which was validated against phenological data obtained from date of sowing experiments conducted under field conditions.}, added-at = {2008-05-15T14:28:09.000+0200}, author = {Jones, P. G. and Lang, D. R.}, biburl = {https://www.bibsonomy.org/bibtex/223d3d9e8eae156900f9160ae09431612/jgomezdans}, description = {ScienceDirect - Agricultural Systems : Simulation of the phenology of soybeans}, interhash = {84abb6a7a63c751f7ab69fc23acee171}, intrahash = {23d3d9e8eae156900f9160ae09431612}, journal = {Agricultural Systems}, keywords = {agriculture crops phenology}, month = oct, number = 4, pages = {295--311}, timestamp = {2008-05-15T14:28:09.000+0200}, title = {Simulation of the phenology of soybeans}, url = {http://www.sciencedirect.com/science/article/B6T3W-49NPS6P-1C/1/fa7c8dde7fa82cf9092d0d44f52b1f2e}, volume = 3, year = 1978 }