Modelling and parameterization of the soil-plant-atmosphere system : A comparison of potato growth models /

Modelling and parameterization of the soil-plant-atmosphere system : A comparison of potato growth models /

Eight different models ranging in complexity were compared in a potato modelling case study. Data sets for the comparison case study were provided by the Scottish Crop Research Institute and focused primarily on potential yield, water constrained and nitrogen constrained yield.

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Other Authors: Kabat, P. (Editor), Marshall, B. (Editor), Vos, J. (Editor)

Format: eBook

Language: English

Published: Leiden ; Boston : Brill | Wageningen Academic, 1995.

Series: Biology - Book Archive pre-2000

Subjects:

Crops and climate.
Plant-soil relationships.
Potatoes > Growth.

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Call Number: S596.7

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Table of Contents:
  • Front Matter
  • Preliminary Material /
  • P. Kabat , B. Marshall , B.J. van den Broek , J. Vos , and H. van Keulen
  • Acknowledgements /
  • P. Kabat , B. Marshall , B.J. van den Broek , J. Vos , and H. van Keulen
  • I: Introduction /
  • P. Kabat , B. Marshall , B.J. van den Broek , J. Vos , and H. van Keulen
  • II-1: Biomass partitioning in the potato: considerations for modelling /
  • E.E. Ewing and K.P. Sandlan
  • II-2: Foliar development of the potato plant and modulations by environmental factors /
  • J. Vos
  • II-3: Microweather simulation and its simplification for including transpiration in a crop growth model /
  • J. Goudriaan , D.W.G. van Kraalingen , and J.E. Ephrath
  • II-4: Linkages between plant and weather in models of crop production /
  • G.R. Squire
  • II-5: Dynamics of plant water uptake /
  • L.P. Simmonds and D.S.P. Kuruppuarachchi
  • II-6: Modelling soil water dynamics and crop water uptake at the field level /
  • P. Kabat and R.A. Feddes
  • II-7: Model for interactions between water and nutrient uptake /
  • P. de Willigen and M. van Noordwijk
  • II-8: Modelling uptake of nitrogen, phosphate and potassium in relation to crop growth /
  • D. J. Greenwood and A. Draycott
  • III Field experiments and analysis of data used in the case study /
  • B. Marshall and B.J. van den Broek
  • IV-1: Simulating effects of water-stress on growth and yield of potato /
  • R.A. Jefferies and T.D. Heilbronn
  • IV-2: Simulation of potato crop growth: ISPOTA - model design and parameterization /
  • S. Fishman , H. Talpaz , Y. Roseman , S. Varshavski , and Y. Arazi
  • IV-3: Coherent set of models to simulate potato growth /
  • P.L. Kooman and C.J.T. Spitters
  • IV-4: Crop growth model WOFOST applied to potatoes /
  • G.H.J. de Koning , C.A. van Diepen , and G.J. Reinds
  • IV-5: SWACROP: dynamic simulation model of soil water and crop yield applied to potatoes /
  • B.J. van den Broek and P. Kabat
  • IV-6: CROPWATN: prediction of water and nitrogen limited potato production /
  • T. Karvonen and J. Kleemola
  • IV-7: Implementation and parameter adaptation of a potato crop model with a soil water subsystem /
  • O. Roth , J.O. Derron , A. Fischlin , T. Nemecek , and M. Ulrich
  • IV-8: SUBSTOR: functional model of potato growth, development and yield /
  • J.T. Ritchie , T.S. Griffin , and B.S. Johnson
  • V: Comparison of simulation results and evaluation of parameterization schemes /
  • P. Kabat , B. Marshall , and B.J. van den Broek
  • Back Matter
  • List of authors and addresses /
  • P. Kabat , B. Marshall , B.J. van den Broek , J. Vos , and H. van Keulen
  • About the editors /
  • P. Kabat , B. Marshall , B.J. van den Broek , J. Vos , and H. van Keulen
  • Index /
  • P. Kabat , B. Marshall , B.J. van den Broek , J. Vos , and H. van Keulen.