Cuantifiación de los gradientes térmicos a nivel superficial a lo largo de Rheinland-Pfalz (Renania-Palatinado, Alemania)
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Rodrigo Comino, Jesús
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Universidad de Málaga. Facultad de Filosofía y Letras
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En este estudio se propone una secuencia metodológica apoyada en el cálculo de
gradientes térmicos atmosféricos a nivel de superficie. El trabajo es aplicado dentro del estado
del Rheinland-Pfalz (Renania-Palatinado, Alemania), donde se observan interesantes resultados
que muestran la aparición de diferencias entre el estado termométrico de la atmósfera en las
áreas más elevadas y los fondos de valle. Se aprecian inversiones térmicas en algunos intervalos
de altitud y meses concretos, desajustes por culpa de factores externos y claves para favorecer
una correcta ordenación del territorio orientada a unos usos determinados del suelo. Para definir
los gradientes térmicos, se parte de un análisis clúster y el cálculo de estimaciones lineales
representadas finalmente en gráficas con líneas de tendencia.
A methodological sequence with calculations of atmospheric thermal gradients at surface level is proposed in this study. This methodology has been applied in the Rheinland- Pfalz state (Rhine-Palatinate, Germany), where we can observe interesting effects, such as the differences between the atmospheric state of high and valley areas. Thermic inversions at certain altitude intervals during particular months, thermic imbalances by external factors and keys for improving land management in different land uses have been detected. To define the thermal gradients, this paper will begin with a cluster analysis and calculations of linear estimates. Finally they will be represented in graphics with trend lines.
A methodological sequence with calculations of atmospheric thermal gradients at surface level is proposed in this study. This methodology has been applied in the Rheinland- Pfalz state (Rhine-Palatinate, Germany), where we can observe interesting effects, such as the differences between the atmospheric state of high and valley areas. Thermic inversions at certain altitude intervals during particular months, thermic imbalances by external factors and keys for improving land management in different land uses have been detected. To define the thermal gradients, this paper will begin with a cluster analysis and calculations of linear estimates. Finally they will be represented in graphics with trend lines.
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Baética, 35, 2013, p. 75-98






