AbstractThe aim of this study was to establish the seasonal variation of fungal propagules in homes of Mérida, Mexico, and to examine the relation between their concentrations in enclosed and open locations taking into account environmental parameters such as temperature, humidity and wind speed. Samples were taken inside and outside domestic environments during the most characteristic weather seasons in the region: dry season (sampled in May), rainy season (sampled in October), and cold fronts season (sampled in February). The geometric mean of the indoors and outdoors concentration of airborne fungal propagules was 1653 and 1432 CFU/m3 during the cold fronts period, 125 and 92 CFU/m3 during the dry period, and 1326 and 1145 CFU/m3 during ...
This study determined annual and monthly fluctuations in concentration of 20 fungal genera. The se...
Airborne fungal spores were monitored in 2001-2002 in Rzeszów (town) and its neighborhood. The aim o...
Elevated levels of fungi in indoor environments have been linked with mould/moisture damage in build...
AbstractThe aim of this study was to establish the seasonal variation of fungal propagules in homes ...
The aim of this study was to estimate the indoor and outdoor concentrations of fungal spores in the ...
The aim of this study was to estimate the indoor and outdoor concentrations of fungal spores in the ...
[[abstract]]Ambient particles comprise approximately 25% of fungal spores, which cause adverse healt...
The main objective of the present study was to assess culturable airborne fungal concentrations, and...
The availability and dynamics of airborne fungal spores in the atmosphere are strongly influenced by...
The characteristics of moulds in subtropical Central Queensland University (CQU) Rockhampton campus ...
Because of high relative humidity (60-90%) and mild temperature (15-37oC) all year round, fungi grow...
International audienceA one-year prospective survey of fungal air contamination was conducted in out...
In this study, the effect of relative humidity, temperature, and wind on airborne fungal allergens i...
An extensive aeromycological survey was performed in the premises of a cultural heritage conservatio...
Abstract Forests are a natural source of airborne bolete spores. The timing of sporulation and its i...
This study determined annual and monthly fluctuations in concentration of 20 fungal genera. The se...
Airborne fungal spores were monitored in 2001-2002 in Rzeszów (town) and its neighborhood. The aim o...
Elevated levels of fungi in indoor environments have been linked with mould/moisture damage in build...
AbstractThe aim of this study was to establish the seasonal variation of fungal propagules in homes ...
The aim of this study was to estimate the indoor and outdoor concentrations of fungal spores in the ...
The aim of this study was to estimate the indoor and outdoor concentrations of fungal spores in the ...
[[abstract]]Ambient particles comprise approximately 25% of fungal spores, which cause adverse healt...
The main objective of the present study was to assess culturable airborne fungal concentrations, and...
The availability and dynamics of airborne fungal spores in the atmosphere are strongly influenced by...
The characteristics of moulds in subtropical Central Queensland University (CQU) Rockhampton campus ...
Because of high relative humidity (60-90%) and mild temperature (15-37oC) all year round, fungi grow...
International audienceA one-year prospective survey of fungal air contamination was conducted in out...
In this study, the effect of relative humidity, temperature, and wind on airborne fungal allergens i...
An extensive aeromycological survey was performed in the premises of a cultural heritage conservatio...
Abstract Forests are a natural source of airborne bolete spores. The timing of sporulation and its i...
This study determined annual and monthly fluctuations in concentration of 20 fungal genera. The se...
Airborne fungal spores were monitored in 2001-2002 in Rzeszów (town) and its neighborhood. The aim o...
Elevated levels of fungi in indoor environments have been linked with mould/moisture damage in build...