Conceptual Basis, Formalisations and Parameterization of the Stics Crop Model
The STICS crop model has been developed since 1996 at INRA in collaboration with other research and technical institutes. The model syntheses, illustrates and concretizes an important part of the French agronomic knowledge as a point of view on the field and cropping systems working. The formalisations of the STICS crop model presented in this book can be considered as references used in the framework of crop sciences. The book arrangement relies on the way the model designs the crop-soil system functioning, each chapter being devoted to a set of important functions such as growth initiation, yield onset, water uptake, transformation of organic matter etc. One chapter deals with the cropping system and long term simulations and the final chapter is about the involvement of the user in terms of option choices and parameterization. If this book is mainly intended for scientists who use the STICS model, it can also be useful for agronomists, crop modellers, students and technicians looking for elementary formalizations of the crop-soil system functioning.
Avis des internautes - Rédiger un commentaire
Aucun commentaire n'a été trouvé aux emplacements habituels.
Management and crop environment
Autres éditions - Tout afficher
Agronomie albedo assumed biomass Brisson bulk density calculated canopy carbon cardinal temperatures catch crop coefﬁcient corresponding crop models crop residues crop temperature crust curve daily decomposition defined degree.days denitrification depends dynamics evapotranspiration FAPAR fertilizer field capacity Figure foliage formalisation frost fruit germination grain harvested organs IDRP indeterminate intercepted intercrop irrigation irrigation scheduling julian day kg N ha–1 leaf area index leaf growth macroporosity maize maximal maximum nitrate nitrification nitrogen content nitrogen stress option organic residues parameter parameterization photoperiod photosynthesis plant density plantlet potential proﬁle proportion radiation rapeseed ratio RECOUS reserves root density profile root front root growth root length root system senescence sensitivity shoot biomass simulated soil evaporation soil layer soil pH soil surface soil water content species stage STICS stress indices sugarbeet Table thermal threshold transpiration trophic stress TSOL understorey crop uptake variable vernalisation water and nitrogen water content water stress wheat