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1 January 2014 A Pluviometric Fern Spore, Fungal Spore, and Pollen Trap
Felipe Gómez-Noguez, Blanca Pérez-García, Aniceto Mendoza-Ruiz, Alma Orozco-Segovia
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Although rain is the most important agent in airborne biological particle deposition most of the current sampling traps retain palynomorphs (fern spore, fungal spore, pollen, among others) but are unable to measure precipitation. The objectives of this study are to present a new simple pluviometric/gravimetric spore/pollen trap and propose a spore/pollen-density rain method, based on the particle frequency and sampling area, which would facilitate ecological inferences about rainfall and Biological Airborne Particle (BAP) deposition, so as to avoid the overrepresentation of the percentage and diverse aerobiological methods. Relative to other spore traps, our proposed trap is simple to build, easy to mount in the field, easy to carry, maintenance free, and requires no energy source. In addition, our trap records rainfall volume, and the quantity of spores captured can be expressed in terms of area-density (particle m−2). The rainfall measured with the trap had no significant differences with the precipitation volume obtained from the pluviometer of the Automatic Meteorological Station at Zacualtipán, Hidalgo, Mexico.

2014, American Fern Society
Felipe Gómez-Noguez, Blanca Pérez-García, Aniceto Mendoza-Ruiz, and Alma Orozco-Segovia "A Pluviometric Fern Spore, Fungal Spore, and Pollen Trap," American Fern Journal 104(1), 1-6, (1 January 2014).
Published: 1 January 2014
Airborne spore
biological airborne particle
biological particle deposition
efficient spore trap
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