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Raport 1 \u00a0<\/strong>Investigarea aerosolului atmosferic in vederea identificarii aerosolului provenit din arderea de biomasa din surse naturale si antropice; identificarea surselor de producere a acestui tip de aerosol.<\/em>\u00a0Aceasta etapa a proiectului a cuprins urmatoarele activitati:<\/span><\/p>\n Raport 2 \u00a0<\/strong>Observarea atmosferei terestre prin masuratori de teledetectie si instrumente de la sol si aeropurtate; analiza datelor obtinute in vederea clasificarii tipurilor de aerosol provenit din arderea biomasei pe baza parametrilor optici intensivi si extensivi obtinuti si a compozitiei aerosolului; Dezvoltare de algoritmi si modele de preprocesare, procesare si analiza a datelor si clasificare a aerosolului.<\/em>\u00a0Aceasta etapa a proiectului a cuprins urmatoarele activitati:<\/span><\/p>\n Raport 3<\/strong>\u00a0\u00a0Prognoza dispersiei aerosolului provenit din arderea de biomasa utilizand instrumentul web MOBBE\u00a0<\/em><\/span><\/p>\n Poluarea rezultata din arderea biomasei, combinat\u0103 cu poluarea urban\u0103 din activit\u0103\u021bile umane, este principala sursa de aerosoli primari avand un impact semnificativ asupra s\u0103n\u0103t\u0103\u021bii umane \u0219i asupra climei la nivel local, regional \u0219i global. 40% din emisiile globale de negru de fum se datoreaz\u0103 arderilor biomasei. Cuantificarea \u0219i anticiparea efecteleor aerosolilor din arderea biomasei, \u0219i impactul lor asupra calitatii aerului \u0219i climei \u0219i meteorologiei, la nivel local, regional \u0219i global reprezinta o provocare majora.\u00a0 In cadrul proiectului s-au realizat studii\u00a0 asupra propriet\u0103\u021bile aerosolilor rezultati din arderea biomasei in regiunea Rom\u00e2niei, folodind algoritmi de inversie \u00eembun\u0103t\u0103\u021bi\u021bi. Rezultatele (o nou\u0103 parametrizare a proceselor fizice a aerosolilor din arderea biomasei, surse \u0219i propriet\u0103\u021bi) au fost implementate in modelul FLEXPART\u00a0 de dispersie bazat pe mecanismul Lagrangean.<\/span><\/p>\n In cadrul acestei ultime etape din cadrul proiectului au fost implementate urmatoarele activitati:<\/span><\/p>\n Rezultatele proiectului au fost prezentate intr-un cadru larg international la care au participat reprezentanti din mediul academic (institute si universitati), mediul de afaceri ( intreprinderi mici cu interes direct in acest domeniu), reprezentantii autoritatilor de cercetare in Romania.<\/span><\/p>\n [:en]<\/p>\n Report 1<\/strong>\u00a0\u00a0Investigation of the atmospheric aerosol to identify the aerosol originating from biomass burning of natural and anthropogenic sources; identification of production sources of this type of aerosol. This project stage contains the following activities:<\/em><\/span><\/p>\n Report 2 \u00a0<\/strong>Observation of Earth atmosphere through remote sensing measurements and ground based and airborne instruments; data analysis retrieved for biomass burning aerosols classification based on the obtained intensive and extensive optical parameters and aerosols composition; development of algorithms and preprocessing models, data analysis and processing and aerosols classification.<\/em> \u00a0This project stage comprises the following activities:<\/span><\/p>\n Report 3 \u00a0BBA dispersion forecast using MOBBE web\u00a0instrument<\/em><\/strong><\/span><\/p>\n Pollution caused by biomass burn, combined with urban pollution from human activities, is the main source of primary aerosols, which have a significant impact on the human health and on climate, at local, regional and global level. 40 % of global black carbon emissions are caused by biomass burn. Quantification and prediction of the effects of biomass burn and their impact on air quality, climate and meteorology, at local, regional and global level, represents a major challenge. In this project, the properties of biomass burn aerosols, over Romania, were studied, using improved inversion logarithms. The results (a new parameterization of physical processes of biomass burn aerosols, sources and properties) were implemented in the FLEXPART dispersion model, based on the Lagrange mechanism.<\/span><\/p>\n The following activities were implemented within the last stage of the project:<\/span><\/p>\n The project results were presented within a larger international context, with participants from the academic environment (institutes and universities), business (small enterprises with direct interest in this field) and representatives of Romanian research authorities.<\/span><\/p>\n\n
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Project Documents<\/h2>\n
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