Mariano Sastre
Complutense University of Madrid
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Publication
Featured researches published by Mariano Sastre.
Science of The Total Environment | 2018
Rafael Borge; B. Artíñano; Carlos Yagüe; Francisco J. Gómez-Moreno; Alfonso Saiz-Lopez; Mariano Sastre; Adolfo Narros; David García-Nieto; Nuria Benavent; Gregorio Maqueda; Marcos Barreiro; Juan Manuel de Andrés; Ángeles Cristóbal
Exceedances of NO2 hourly limit value (200 μg·m-3) imply the need to implement short term action plans to avoid adverse effects on human health in urban areas. The Madrid City Council applied the stage 3 of the NO2 protocol during a high-pollution episode under stable meteorological conditions on December 2016 for the first time. This included road traffic access restrictions to the city centre (50% of conventional private vehicles based on plate numbers). In this contribution we analyse different meteorological and air quality observations, including non-standard parameters (such as number of ultrafine particles and remote sensing techniques MAXDOAS) for a better understanding of the effectivity of short-term emission abatement measures under real conditions and to identify options to improve the NO2 protocol in the future. According to our results, the inversion base height computed from vertical temperature soundings is a meaningful index to anticipate very unfavourable conditions and trigger the actions included in the protocol. The analysis of the concentration levels of the main pollutants from the Madrid air quality monitoring network indicate that only stage 3 of the protocol had a significant effect on NO2 maximum concentrations. The restrictions applied may have prevented NO2 concentrations to further increase in the city centre (up to 15%) although pollution levels in the city outskirts, outside the area directly affected by the traffic restrictions, remained unchanged or may have been slightly increased. Nonetheless, further studies are needed to estimate more precisely the effect of the measures taken and to assess potential trade-offs. Our results suggest that emissions play an important role also under very strong stability conditions although drastic measures are needed to achieve a significant impact. This highlights the importance of an appropriate timing for short-term actions and the need of permanent abatement measures related to air quality plans and policies.
Atmospheric Environment | 2012
M.A. Revuelta; Mariano Sastre; A.J. Fernández; L. Martín; R. García; F.J. Gómez-Moreno; B. Artíñano; Manuel Pujadas; Francisco Molero
Advances in Science and Research | 2012
C. Román-Cascón; Carlos Yagüe; Mariano Sastre; Gregorio Maqueda; Francisco Salamanca; Samuel Viana
Quarterly Journal of the Royal Meteorological Society | 2016
C. Román-Cascón; G.J. Steeneveld; Carlos Yagüe; Mariano Sastre; Jon A. Arrillaga; Gregorio Maqueda
Atmospheric Research | 2013
J. Fernández-Gálvez; Juan Luis Guerrero-Rascado; Francisco Molero; H. Lyamani; M.A. Revuelta; Francisco Navas-Guzmán; Mariano Sastre; Juan Antonio Bravo-Aranda; A.J. Fernández; María José Granados-Muñoz; F.J. Gómez-Moreno; F.J. Olmo; Manuel Pujadas; L. Alados-Arboledas
Atmospheric Environment | 2016
Rafael Borge; Adolfo Narros; B. Artíñano; Carlos Yagüe; Francisco J. Gómez-Moreno; David de la Paz; C. Román-Cascón; Elías Díaz; Gregorio Maqueda; Mariano Sastre; Christina Violetta Quaassdorff; Chrysanthi Dimitroulopoulou; Sotiris Vardoulakis
Atmospheric Chemistry and Physics | 2015
C. Román-Cascón; Carlos Yagüe; L. Mahrt; Mariano Sastre; G.J. Steeneveld; Eric R. Pardyjak; A. van de Boer; O.K. Hartogensis
Quarterly Journal of the Royal Meteorological Society | 2015
C. Román-Cascón; Carlos Yagüe; Samuel Viana; Mariano Sastre; Gregorio Maqueda; Marie Lothon; Iñigo Gómara
Boundary-Layer Meteorology | 2015
Mariano Sastre; Carlos Yagüe; C. Román-Cascón; Gregorio Maqueda
Atmospheric Research | 2016
Jon A. Arrillaga; Carlos Yagüe; Mariano Sastre; C. Román-Cascón