Back to profile
Projects - dr. PJM (Peter) Bonants
-
TU-16022 Optimal diagnostics by using innovative detection methods
In order to guarantee the quality of plant material for export and to protect crops from pests and diseases, early detection and diagnosis of... -
Developing diagnostics for quarantine and quality- diseases in plants
The possibility to distinguish between living and dead organisms is imperative for the detection of harmful organisms in plant materials. After all, a... -
Q-collect
International trade has increased exponentially over recent years with lots of materials being imported to and exported out of the European Union.... -
QBOL/Q-detect
Diagnosis in the field of plant-pathogenic quarantine organisms takes place more and more with the aid of molecular keys. For a large number of... -
Detection Q-insects
For a number of quarantine insects there is a need for specific traps or fast detection methods to support import inspections -
Soil indicators for plant health
‘Soil health’ describes the microbial status of soils in relation to their potential to suppress (soil-borne) phytopathogens. Soil-borne... -
Risks of the new Dickeya clade
In this project, new information will be collected on the new and agressive form of the Dickeya clade in order to tackle this clade. -
Exploration compensation possibilities for phytosanitary damage in tree nurseries
Phytosanitary risks increase in the tree nursery. The consequences of infection with an organism and the quarantine measures against it can be... -
Project: Q-BOL - DNA barcode mapped
Development of a new diagnostic tool using DNA barcoding to identify quarantine organisms in support of plant health. QBOL stands for Quarantine...