Competition between plants for the capture of the essential resources for plant growth (light, water and nutrients) determines the performance of both natural and agricultural ecosystems. The topic has been studied extensively by ecologists and physiologists, leading to the development of several approaches to describe the outcome of the competition. This book reviews these modelling approaches and their potential for predicting yield loss as a result of crop-weed competition. The authors provide a detailed description of the model INTERCOM and methods to define parameters and to evaluate the model using experimenting data. Examples are given of how the model can be used to understand the effects of weeds on crops in field situations. T...
International audiencePromoting biological weed regulation via competition for resources requires be...
The ability to compete for resources is a main determinant of a plant?s success within a plant commu...
AbstractObjectives Decision support tools (DSTs) for invasive species management have had limited su...
Competition between plants for the capture of the essential resources for plant growth (light, water...
Competition between plants for the capture of the essential resources for plant growth (i.e. light, ...
Weeds are one of the major constraints to food production in agricultural systems throughout the wor...
Crop‐weed competitive relations are an important element of agroecosystems. Quantifying and understa...
Many studies of plant competition have been directed towards understanding how plants respond to den...
For implementation of simple yield loss models into threshold-based weed management systems, a thoro...
Competition with weeds can cause high yield losses, especially in crops with incomplete canopy closu...
Weeds are both harmful for crop production and important for biodiversity, while herbicides can poll...
Over the past two decades, an ecophysiological model has been developed for annual horticultural cro...
An empirical model of yield loss from assessments of relative weed green area (weed green area/weed ...
The conservation of biodiversity within cropped fields, through tolerating low weed populations, wou...
To date, several crop : weed competition models have been developed. Developers of the various model...
International audiencePromoting biological weed regulation via competition for resources requires be...
The ability to compete for resources is a main determinant of a plant?s success within a plant commu...
AbstractObjectives Decision support tools (DSTs) for invasive species management have had limited su...
Competition between plants for the capture of the essential resources for plant growth (light, water...
Competition between plants for the capture of the essential resources for plant growth (i.e. light, ...
Weeds are one of the major constraints to food production in agricultural systems throughout the wor...
Crop‐weed competitive relations are an important element of agroecosystems. Quantifying and understa...
Many studies of plant competition have been directed towards understanding how plants respond to den...
For implementation of simple yield loss models into threshold-based weed management systems, a thoro...
Competition with weeds can cause high yield losses, especially in crops with incomplete canopy closu...
Weeds are both harmful for crop production and important for biodiversity, while herbicides can poll...
Over the past two decades, an ecophysiological model has been developed for annual horticultural cro...
An empirical model of yield loss from assessments of relative weed green area (weed green area/weed ...
The conservation of biodiversity within cropped fields, through tolerating low weed populations, wou...
To date, several crop : weed competition models have been developed. Developers of the various model...
International audiencePromoting biological weed regulation via competition for resources requires be...
The ability to compete for resources is a main determinant of a plant?s success within a plant commu...
AbstractObjectives Decision support tools (DSTs) for invasive species management have had limited su...