Issue Nº 23 Vol.1 - [January - June 2020]

CONTENT

AUTHORS: Natalia Alexandra Pérez, Héctor Salomón Mullo, Jessica Alexandra Marcatoma

Abstract
The purpose of this research is to demonstrate the existence of climate change in a high Andean ecosystem of Ecuador, through the study of the linear trend of the maximum, minimum, average and precipitation temperature of the meteorological station (M1036) of the National Institute of Meteorology and Hydrology (INAMHI) located in the Higher Polytechnic School of Chimborazo (ESPOCH). The univariate statistical analysis of the multiyear monthly averages of the years 1976 to 2017 determined a dry climate in the months of June to September and a humid climate in two intervals (February - May and October - December). On the other hand, by means of the Mann Kendall Test, it was evidenced that the average temperature showed a decreasing tendency (-0.004); while the maximum, minimum and precipitation temperature had an increasing tendency (0.0002, 0.003, and 0.039 respectively), where the last two are significant at 5%. It is concluded that climate change is plausible in the central andean area of Ecuador, generating environmental problems that we must face, and that public policy articulators in the country should consider as inputs for planning.
Keywords: Linear Algebra, Vector Space, Change of basis, MATLAB

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