Estudio del polen atmosférico primaveral de la ciudad de Pamplona

El presente trabajo es un estudio del polen presente en la atmósfera de Pamplona, recogido diariamente durante los meses de marzo, abril, mayo, junio de 1978. Abstract: The spring atmospherical pollen of Pamplona is studied in this work. The pollen has been collected everyday during spring´s months of March, April, May, June in 1978

Unexploited biodiversity data sources: the case of airborne pollen

With more than one billion primary biodiversity data records (PBR), the Global Biodiversity Information Facility (GBIF) is the largest and, arguably, most comprehensive and accurate resource about the biodiversity data on the planet. Yet, its gaps (taxonomical, geographical or chronological, among others) have often been brought to attention (Gaijy et al. 2013) and efforts are continuously made to ensure more uniform coverage. Especially as data obtained through this resource are increasingly being used for science, policy, and conservation (Ariño et al. 2018), drawing on every possible source of information to complement already existing data opens new opportunities for supplying the integrative knowledge required for global endeavors, such as understanding the global patterns of ecosystem and environment changes

Análisis polínico de mieles de los valles pirenaicos navarros (España)

En este trabajo hemos realizado el análisis polínico cuantitativo y cualitativo de siete muestras de miel procedentes de siete localidades de los valles pirenaicos de Navarra. Hemos tipificado las siguientes mieles: castaño (Castanea sativa), brezo (Erica vagans), miel de tomillo (Thymus sp.) y milflores. Otros pólenes de acompañamiento en estas mieles son Trifolium repens, Lotus sp., Crataegus monogyna Papaver rhoeas, Thymus sp., t. Genista sp., Rubus. sp. Abstract: We have determined the pollen contents of seven honey samples from seven localities of the Pyrenean Valleys of Navarra, Spain, both quantitatively and qualitatively. The following honey types were found: Spanish chestnuy honey (Castanea sativa); heather honey (Erica vagans); thyme honey (Thymus sp.) and multifloral honeys. Other accompanying pollen are Trifolium repens; Lotus sp.; Crataegus monogyna Jacq.; Papaver rhoeas; Thymus sp. and t. Genista sp., Rubus sp

Análisis polínico de mieles de los valles pirenaicos navarros (España)

En este trabajo hemos realizado el análisis polínico cuantitativo y cualitativo de siete muestras de miel procedentes de siete localidades de los valles pirenaicos de Navarra. Hemos tipificado las siguientes mieles: castaño (Castanea sativa), brezo (Erica vagans), miel de tomillo (Thymus sp.) y milflores. Otros pólenes de acompañamiento en estas mieles son Trifolium repens, Lotus sp., Crataegus monogyna Papaver rhoeas, Thymus sp., t. Genista sp., Rubus. sp. Abstract: We have determined the pollen contents of seven honey samples from seven localities of the Pyrenean Valleys of Navarra, Spain, both quantitatively and qualitatively. The following honey types were found: Spanish chestnuy honey (Castanea sativa); heather honey (Erica vagans); thyme honey (Thymus sp.) and multifloral honeys. Other accompanying pollen are Trifolium repens; Lotus sp.; Crataegus monogyna Jacq.; Papaver rhoeas; Thymus sp. and t. Genista sp., Rubus sp

Estudio del polen atmosférico primaveral de la ciudad de Pamplona

El presente trabajo es un estudio del polen presente en la atmósfera de Pamplona, recogido diariamente durante los meses de marzo, abril, mayo, junio de 1978. Abstract: The spring atmospherical pollen of Pamplona is studied in this work. The pollen has been collected everyday during spring´s months of March, April, May, June in 1978

Unexploited biodiversity data sources: the case of airborne pollen

With more than one billion primary biodiversity data records (PBR), the Global Biodiversity Information Facility (GBIF) is the largest and, arguably, most comprehensive and accurate resource about the biodiversity data on the planet. Yet, its gaps (taxonomical, geographical or chronological, among others) have often been brought to attention (Gaijy et al. 2013) and efforts are continuously made to ensure more uniform coverage. Especially as data obtained through this resource are increasingly being used for science, policy, and conservation (Ariño et al. 2018), drawing on every possible source of information to complement already existing data opens new opportunities for supplying the integrative knowledge required for global endeavors, such as understanding the global patterns of ecosystem and environment changes