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• MCYFS Main Page
  • Weather Monitoring
    • Meteorological data from ground stations
    • Interpolation method onto regular climatic grid
    • Calculation of advanced parameters
    • Analysis of weather indicators
    • Time series analysis at station, grid and regional level
    • Meteorological indicators from ecmwf model
    • Future developments: cgms numerical weather based
  • Crop Simulation
    • The lingra model
    • Calibration of cgms-wofost and cgms-lingra
    • Other models used in cgms
    • Tools and analysis for the outputs
    • Data requirements and preparation for cgms 2.3
  • Remote Sensing
    • Production of daily syntheses of noaa-avhrr
    • Ten daily syntheses of spot-vegetation (vgt-s10)
    • Post-processing with the marsop-application
    • Output data and data distribution
    • Data access and analysis
    • Perspectives and improvement
  • Yield Forecasting
    • Objective of the quantitative forecast
    • Data input for forecasting
    • Mcyfs forecasting methods
    • Control board tool to guide the statistical data Analysis
    • Qualitative assessment of mars prediction (quamp) results
  • Software Tools
    • Image server
    • Marsop3 viewer
    • GIS interface
    • Mars application for remote sensing
    • CGMS statistical tool

• History of the system
• References
• Appendixes
  • Appendix 1: Acronyms / abbriviations
  • Appendix 2: Regression constants for global radiation calculation at station level
  • Appendix 3: Overview of the software
  • Appendix 4: CGMS DB description
  • Appendix 5: CGMS tables
  • Appendix 6: Flow diagrams
  • Appendix 7: AMDAC manual
  • Appendix 8: Pedotransfer rules to estimate soil characteristics
  • Appendix 9: Rules to determine the soil suitability for different crops
  • Appendix 10: Parameter Description
  • Appendix 11: Batch mode

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