Twenty common plant species were screened for emissions of biogenic volatile organic
compounds (BVOCs) at a lowland tropical wet forest site in Costa Rica. Ten of the species …

A direct quantitative method is presented that is based upon the use of multiple headspace
solid phase microextraction (HS-SPME) to monitor biogenic volatile organic compounds …

Terpene emissions from the top-canopy layer (at 20 m) of one 118-year-old Norway spruce
tree were measured between June and September 2013 using a branch chamber. Total …

Climate extremes in tandem with biodiversity change affect plant emissions of biogenic
volatile organic compounds, as a result, the formation of biogenic secondary organic …

Induced volatiles have been a focus of recent research, as not much is known of their
emission behavior or atmospheric contribution. BVOC emissions were measured from …

Publisher Summary The biosphere, especially vegetation, releases a complex mixture of
volatile organic compounds (VOCs) into the atmosphere. Some of these biogenic VOCs are …

In this paper, the research conducted on the emissions of the biogenic volatile organic
compounds (BVOCs) from the European boreal zone, or taiga, is reviewed. We highlight the …

Light and temperature are known to be the most important environmental factors controlling
biogenic volatile organic compound (BVOC) emissions from plants, but little is known about …

The biogenic volatile organic compound (BVOC) emissions from plants impact atmosphere
and climate. The species-specific emissions, and thereby the atmospheric impact, of many …

All plants emit substantial amounts of phytogenic volatile organic compounds (PVOCs),
which include alkanes, alkenes, alcohols, aldehydes, eters, esters and carboxylic acids …