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Integrated soil fertility management is becoming increasingly important for all crops in the wake of declining soil fertility in many Tropical countries. It requires a complex of approaches that need to be properly and judiciously coordinated for profitability and sustainability. Using the emerging knowledge of crop modeling, farm input decisions are made easier and more accurate. This book describes an Arabica coffee yield model, developed by calibrating a generic model QUEFTS to the coffee ecosystem of Northern Tanzania. It is especially useful to elite coffee farmers, agronomists,…mehr

Produktbeschreibung
Integrated soil fertility management is becoming increasingly important for all crops in the wake of declining soil fertility in many Tropical countries. It requires a complex of approaches that need to be properly and judiciously coordinated for profitability and sustainability. Using the emerging knowledge of crop modeling, farm input decisions are made easier and more accurate. This book describes an Arabica coffee yield model, developed by calibrating a generic model QUEFTS to the coffee ecosystem of Northern Tanzania. It is especially useful to elite coffee farmers, agronomists, extensionists and academicians interested in the field of crop modeling.
Autorenporträt
Godsteven Maro was born on 12 April 1966 at Mowo Old Moshi. He holds B.Sc Agriculture (SUA), M.Sc Physical Land Resources (Ghent) and PhD Soil Science (SUA).He works with the Tanzania Coffee Research Institute (TaCRI) as Soil Scientist. He specializes in soil fertility, coffee agronomy, land evaluation, crop modeling and GIS.