A growth model for heated glasshouse tomatoes is described in detail. A mechanistic approach is used so that both development and real growth are distinguished for both crop and fruit. Some results of the growth model as part of a bio-economic model are given. Of the different phsyiological processes, the rate of photosynthesis showed the largest influence on productivity. Other regarded aspects are: rate of flowering and maturing, tomato type, intercropping and planting date
<p>Traditionally, crop load and fruit yield from previous seasons are used as indicators for predict...
A multi-scale approach to model tomato fruit growth is proposed, in order to account for the interac...
In this study, we developed a model of tomato (Solanum lycopersicum L.) fruit growth integrating cel...
A growth model for heated glasshouse tomatoes is described in detail. A mechanistic approach is used...
Crop models are powerful tools to test hypotheses, synthesize and convey knowledge, describe and und...
Models of the greenhouse environment and of crops are needed to determine optimal strategies for env...
A dynamic crop growth model, TOMGRO, for an indeterminate tomato variety is presented. The model des...
In the glasshouse cultivation of a long-season tomato crop, maximum fruit production is obtained whe...
In this thesis, the responses of tomato crop growth and yield to greenhouse climate (light, temperat...
In this thesis, the responses of tomato crop growth and yield to greenhouse climate (light, temperat...
In the glasshouse cultivation of a long-season tomato crop, maximum fruit production is obtained whe...
Mathematical modeling has been used to describe the characteristics of crop growth. Establishing a g...
Typescript (photocopy).A deterministic, compartmental growth model of greenhouse tomato plants, writ...
This work proposed a model of tomato growth adapted from the Fishman and Genard model developed to p...
The tomato crop growth model described in part I of this study has been parameterized on the basis o...
<p>Traditionally, crop load and fruit yield from previous seasons are used as indicators for predict...
A multi-scale approach to model tomato fruit growth is proposed, in order to account for the interac...
In this study, we developed a model of tomato (Solanum lycopersicum L.) fruit growth integrating cel...
A growth model for heated glasshouse tomatoes is described in detail. A mechanistic approach is used...
Crop models are powerful tools to test hypotheses, synthesize and convey knowledge, describe and und...
Models of the greenhouse environment and of crops are needed to determine optimal strategies for env...
A dynamic crop growth model, TOMGRO, for an indeterminate tomato variety is presented. The model des...
In the glasshouse cultivation of a long-season tomato crop, maximum fruit production is obtained whe...
In this thesis, the responses of tomato crop growth and yield to greenhouse climate (light, temperat...
In this thesis, the responses of tomato crop growth and yield to greenhouse climate (light, temperat...
In the glasshouse cultivation of a long-season tomato crop, maximum fruit production is obtained whe...
Mathematical modeling has been used to describe the characteristics of crop growth. Establishing a g...
Typescript (photocopy).A deterministic, compartmental growth model of greenhouse tomato plants, writ...
This work proposed a model of tomato growth adapted from the Fishman and Genard model developed to p...
The tomato crop growth model described in part I of this study has been parameterized on the basis o...
<p>Traditionally, crop load and fruit yield from previous seasons are used as indicators for predict...
A multi-scale approach to model tomato fruit growth is proposed, in order to account for the interac...
In this study, we developed a model of tomato (Solanum lycopersicum L.) fruit growth integrating cel...
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