Why are yellowing viruses once again a threat to the sugar beet industry? Until recently, neonicotinoids were used to control yellowing diseases. Neonicotinoids are a group of insecticides that ar...
...etection of phytoplasma pathogens via nanopore sequencing. There is also a project on yellowing viruses in sugar beet (VIRBICON), where it is possible that 'basses richesses' may also be detected.
... (DNA fingerprint) of pathogenic organisms in food. The medical community already does the same for viruses and bacteria they detect in humans. If we do the same for animals, soils, plants, etc., a...
...ropean project VIROPLANT, 17 partners from 7 European countries joined forces in the search for new viruses to protect agricultural crops from pests, bacterial and fungal diseases. ILVO researchers...
... on MFC is already available for most marine ecoregions and a wide range of aquatic organisms (from viruses to whales). However, several methodological barriers and knowledge gaps need to be addres...
... have seen. This can be about insects that are easily identifiable themselves or fungi, bacteria or viruses that cause recognizable symptoms. After identification, they can also report their find,'...
Application of the phage cocktail The phage viruses can be applied to the plant in different ways. The researchers are currently testing whether it is more efficient to spray the phages separately...
...y the pepino mosaic virus (PepMV). The risk here is that farmers or horticulturists may confuse the viruses and thus wait too long to intervene, which can lead to enormous damage.
...e triggers and the avoidance strategies for cannibalism are needed. External enemies: shrimp viruses In the breeding of other shrimp species (e.g. tiger shrimp) viruses are the most importa...
..., insects and bacteria, and together with CRA-W, the Walloon counterpart of ILVO, NRL for fungi and viruses / phytoplasms. The EURL appointment is only applicable for the nematode and bacteria ...