Trees can significantly impact the urban air chemistry by the uptake and emission of reactive
biogenic volatile organic compounds (BVOCs), which are involved in ozone and particle …

This chapter provides a review of past and contemporary leaf-level emission algorithms that
have been and currently are in use for modelling the emissions of biogenic volatile organic …

Plants are a major atmospheric source of volatile organic compounds (VOCs). These
secondary metabolic products protect plants from high‐temperature stress, mediate in plant …

Although considerable evidence has accumulated on the defensive activity of plant volatile
organic compounds against pathogens and insect herbivores, less is known about the …

Abiotic stresses cause serious damage to plants; therefore, plants undergo a complicated
stress response through signal transduction originating from environmental stimuli. Here we …

High-altitude climates are characterized by intense solar and UV (ultraviolet) stress, long
periods of sunlight, low temperatures, and a significant temperature differential between day …

Potato, a cool‐weather crop, emits volatile organic compounds (VOCs) which attract the
specialist herbivore, Phthorimaea operculella, but also this herbivore's parasitic wasp …

To gain insight into the effects of aqueous solutions of different dyes on plant performance
and identify the most promising traits for fast assessment of toxicity, we studied the …

Plants, and particularly trees, are the largest source of atmospheric volatile organic
compounds globally. Insect herbivory alters plant volatile emission rates and the types of …

We investigated the photosynthetic limitations occurring during dehydration and rehydration
of Xerophyta humilis, a poikilochlorophyllous resurrection plant, and whether volatile and …