01872nam a2200205 a 450000100080000000500110000800800410001902000180006010000170007824500860009526000280018130000110020949000400022052012990026065000230155970000180158270000190160070000260161970000210164514927552024-01-22       1990    bl uuuu      00u1 u    #d  a90-220-1004-X1 aRABBINGE, R.  aTheoretical production ecologybreflections and prospects.h[electronic resource]  aWageningen: PUDOCc1990  a301 p.  a(Pudoc. Simulation monographs, 34).  aConservative behaviour in the response of crops to water and light-J.L. Monteith; Atmospheric CO2, global carbon fluxes and the biophere-J. Goudriaan; Nitrogen influence on the physiology of crop yield - T.R. Sinclair; On scale problems in modelling: an example from soil ecology - P.A. Laffelaar; Assimilation, allocation; explanation, extrapolation - L.T. Evans; Can crop models contain economic factors? - F.W.T. Penning de Vries; Integration of activity in the higher plant - R.S. Loomis, Y. Luo and P.L. Kooman; Crop growth models for greenhouse climate control - H. Challa; Defoliation, disease and growth - P.E. Waggoner; The bridge funcion of production ecology in pest and disease management - R. Rabbinge, W.A.H. Rossing and W. van der Werf; Agronomical measures to control growth an yield reduction by weeds - K. Baeumer; On descriptive and mechanistic models for inter-plant competition, with particular reference to crop-weed interaction - C.J.T. Spitters; Agricultural production systems - C.R.W. Spedding; The crop model record: promiseor poor show? - N.G.Seligman; A multiple goal programming basis for analysing agricultural research and development - H. van Keulen; Integrating crops and livestock in southern Mali: rural development or environmental degradation? - H. Breman.  aFisiologia Vegetal1 aGOUDRIAAN, J.1 aKEULEN, H. van1 aVRIES, F. W. T. P. de1 aLAAR, H. H. van.