Subproject 2 proposes to study the contribution of elements of biological origin in the composition of the atmospheric aerosol, focusing on the meteorological aspects associated to its emission, dispersion and regional and long-range transport, with particular emphasis on: 1) The study of the dynamic and physical processes of air masses, with special interest on those associated with the emergence of extreme meteorology (temperature and precipitation) in the Iberian Peninsula, and the analysis of their effects on the dynamics of pollen, spores, allergens and aerial microarthropods . Relevant aspects about the relationship between the physical mechanisms that make an air mass 'extreme' and its effects, consequences and impacts on the territory due to their influence on vegetation and health (allergies, pathologies and pests) will be addressed. 2) The mesoscale analysis using the nested WRF model of specific episodes of relevance for their associated levels of aerobiological particles, which will provide information at high resolution of the physical processes that are developed. Relationships between the concentrations of the different bioaerosols will be established with the meteorological variables, and special emphasis will be placed on periods of extreme events. In addition, trends in pollen and spore time series, dating to 1994, will be analyzed and related to changes in weather patterns and other environmental changes. This will improve the understanding of the relationship between extreme events of temperature and precipitation and biological elements and will advance the knowledge of the impact of meteorology on the plant landscape (pollination / sporulation trends) and the health of people and animals (Allergies) and plants (pathologies and pests) and on the biological cycles of microarthropods. 3) The development and validation of an operational model for the forecast of aerobiological contaminants. Based on the previous knowledge on biological and meteorological mechanisms that control the emissions and dispersion of pollen, spores and allergens in the atmosphere and with the purpose of creating a bioparticle transport model, it is proposed to provide the chemical transport model NMMB /BSC-CTM of a real-time forecast and diagnosis module for pollen. The model will be evaluated based on aerobiological observations with hourly resolution as well as sophisticated laser scanning techniques (LIDAR) that provide information on the vertical profile and the physical properties of pollen. The execution of TECBIOMET will thus benefit from the use of consolidated modeling techniques that are successfully applied in atmospheric chemistry for gases and aerosols, but which have not been applied in the Spanish territory until now, to the emission, transport and forecast of pollen levels. The potential use of the results that will be obtained is thus very large and therefore, within the framework of the project, promotion activities will be promoted, purely scientific and those of a more informative nature.
Plan Estatal de Investigación Científica y Técnica y de Innovación 2013-2016
Programa Estatal de Fomento de la Investigación Científica y Técnica de Excelencia
Sicard, M.; Jorba, O.; Izquierdo, R.; Alarcon, M.; De Linares, C.; Belmonte, J. International Symposium on Remote Sensing p. 1-11 DOI: 10.1117/12.2534819 Presentation's date: 2019-10-11 Presentation of work at congresses
Sicard, M.; Jorba, O.; Izquierdo, R.; Alarcon, M.; Belmonte, J.; Comeron, A.; De Linares, C.; Baldasano, J. IEEE International Geoscience and Remote Sensing Symposium p. 6037-6040 DOI: 10.1109/IGARSS.2018.8517870 Presentation's date: 2018-07 Presentation of work at congresses