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Contaminación atmosférica en la Península Ibérica medida con Sentinel-5P

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Valencià Castellano

Contaminación atmosférica en la Península Ibérica medida con Sentinel-5P

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	Martínez Mateo, Elena Ruescas Orient, Ana Belen (dir.) Departament de Geografia
	This document is a trabajo fin de gradoDate2021
	Este estudio está basado en el análisis de la contaminación atmosférica sobre la Península Ibérica mediante el uso de técnicas de teledetección. La metodología utilizada ha sido el procesamiento de imágenes tomadas por el satélite Sentinel-5P, sensor TROPOMI, mediante código en Python. En el trabajo hemos generado la cartografía del monóxido de carbono y de dióxido de nitrógeno para el mes de marzo de los años 2019 y 2020. Durante el mes de marzo de 2020, la contaminación atmosférica se vio reducida debido a las duras restricciones que vivió la población debido al COVID-19, por lo que vemos la importancia de realizar este tipo de estudios para conocer el comportamiento de la atmósfera y el efecto de las acciones antrópicas sobre estas, y así tratar de tomar medidas para controlar el cambio climático
	This study is based on the analysis of air pollution over the Iberian Peninsula through the use of remote sensing techniques. The methodology used has been the processing of images taken by the Sentinel-5P satellite, TROPOMI sensor, using Python code. We have generated the carbon monoxide and nitrogen dioxide cartography for the month of March of the years 2019 and 2020. During the month of March 2020, air pollution was reduced due to the harsh lockdown that the population suffered due to COVID-19, so we see the importance of carrying out this type of studies to know the behavior of the atmosphere and the effect of anthropic actions on it, and thus try to take measures to control climate change.... [Leer más...] [-] This study is based on the analysis of air pollution over the Iberian Peninsula through the use of remote sensing techniques. The methodology used has been the processing of images taken by the Sentinel-5P satellite, TROPOMI sensor, using Python code. We have generated the carbon monoxide and nitrogen dioxide cartography for the month of March of the years 2019 and 2020. During the month of March 2020, air pollution was reduced due to the harsh lockdown that the population suffered due to COVID-19, so we see the importance of carrying out this type of studies to know the behavior of the atmosphere and the effect of anthropic actions on it, and thus try to take measures to control climate change.
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