It is firmly established that plants respond to biotic and abiotic stimuli by emitting volatile
organic compounds (VOCs). These VOCs provide information on the physiological status of …

Summary 666 I. Introduction 667 II. Biosynthesis 667 III. Meta‐analysis 669 IV. The type of
stress influences the total amount of GLVs released 669 V. Herbivores can modulate the …

Glandular trichomes are specialized hairs found on the surface of about 30% of all vascular
plants and are responsible for a significant portion of a plant's secondary chemistry …

The Model of Emissions of Gases and Aerosols from Nature version 2.1 (MEGAN2. 1) is a
modeling framework for estimating fluxes of biogenic compounds between terrestrial …

Secreted proteins and metabolites play diverse and critical roles in organismal and
organism–environment interactions. Volatile organic compounds (VOC) can travel far from …

Plants often release a blend of volatile organic compounds in response to damage by
herbivorous insects that may serve as cues to locate those herbivores by natural enemies …

Background Plants are hotbeds for parasites such as arthropod herbivores, which acquire
nutrients and energy from their hosts in order to grow and reproduce. Hence plants are …

Plants have to cope with a plethora of biotic stresses such as herbivory and pathogen
attacks throughout their life cycle. The biotic stresses typically trigger rapid emissions of …

Volatile organic compounds (VOCs) released by soil microorganisms influence plant growth
and pathogen resistance. Yet, very little is known about their influence on herbivores and …

Plants emit a plethora of volatile organic compounds, which provide detailed information on
the physiological condition of emitters. Volatiles induced by herbivore feeding are among …