CO2 flux behavior in the maritorium of San Andres Islands on 2019

Respuestas Pub Date : 2020-09-01 DOI:10.22463/0122820X.2336
Juan Guillermo Popayán-Hernández, Orlando Zúñiga-Escobar
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Abstract

This document estimated the behavior of the CO2 flux in the San Andres Islas maritime for the first half of 2019. This behavior was established based on the thermodynamic relationship between the sea surface temperature, the partial pressures of CO2 in the atmosphere and the water column, this from data derived from remote sensors. The satellite data were derived from the MODIS aqua sensors and the MERRA model for sea surface temperature and wind speed respectively. Satellite images were obtained from NASA databases, subsequently processed and specialized in ArcGis 10.1. Finally, the behavior of the CO2 flux is shown for the San Andres Islas maritime, finding that it does not have a tendency to capture CO2, so acidification processes are discarded for the selected study period.
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2019年圣安德烈斯群岛海水场CO2通量行为
该文件估计了2019年上半年圣安德烈斯群岛海域二氧化碳通量的行为。这种行为是根据海洋表面温度、大气中二氧化碳分压和水柱之间的热力学关系建立的,这是来自遥感器的数据。卫星数据分别来自MODIS aqua传感器和MERRA模型的海面温度和风速。卫星图像从NASA数据库获取,随后在ArcGis 10.1中进行处理和专门化。最后,显示了圣安德烈斯群岛海域的二氧化碳通量行为,发现它没有捕获二氧化碳的倾向,因此在选定的研究期间放弃了酸化过程。
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