When infested with Fusarium sp., the cereals Triticum aestivum L. emend. Fiori et Paol.
cv.'Bombona', Avena sativa L. cv.'Deresz', and Hordeum vulgare L. cv.'Rastik'can emit …

Herbivory, mechanical injury or pathogen infestation to vegetative tissues can induce
volatile organic compounds (VOCs) production, which can provide defensive functions to …

Plants infected by Fusarium spp. can emit volatile chemicals that differ both quantitatively
and qualitatively from undamaged plants. In this experiment, pathogen infection increased …

Herbivore damage and mechanical injury to leaves can stimulate the emission of volatile
compounds. It is well known that emission of these volatile organic compounds (VOC) from …

Pathogen infection can induce plant volatile organic compounds (VOC s). We infected 'M c N
eal'wheat and 'H arrington'barley with a F usarium spp. blend (F. graminearum, F …

Sustainable agriculture is the most desired solution to ensure food security for the growing
world population and to face climate change. Furthermore, sustainable agriculture seeks …

The chemical mechanisms involved in indirect plant-mediated interactions between insects
and phytopathogenic fungi on the host plant are poorly understood. Fungus-induced …

To protect themselves from herbivory, plants have evolved an arsenal of physical and
chemical defences and release a variety of volatile organic compounds (VOC s). By …

Fusarium infection of maize leaves and/or roots through the soil can stimulate the emission
of volatile organic compounds (VOCs). It is also well known that VOC emission from maize …

BACKGROUND Fusarium verticillioides is a maize fungal phytopathogen and a producer of
volatile organic compounds (VOCs) and fumonisin B1 (FB1). Our aim was to study the …