oceanografia.cicese.mxoceanografia.cicese.mx/reportes/2007/Godinez_etal_60384.pdf · INFORME...

INFORME TÉCNICO

DATOS HIDROGRÁFICOS FRENTE A CABO CORRIENTES Y EN LA ENTRADA DEL GOLFO DE CALIFORNIA DURANTE MARZO

DEL 2007: CAMPAÑA PROCOMEX-0703

Victor M. Godínez Sandoval Emilio Beier

Miguel F. Lavín Jushiro Cepeda Morales Joaquín García Córdova Carlos E. Cabrera Ramos

DEPARTAMENTO DE OCEANOGRAFÍA FÍSICA

DIVISIÓN DE OCEANOLOGÍA, CICESE KM. 107 CARR. TIJUANA-ENSENADA

ENSENADA, BAJA CALIFORNIA, MÉXICO

Victor M. Godínez Sandoval, Emilio Beier, Miguel F. Lavín, Jushiro Cepeda Morales, Joaquín García Córdova y Carlos E. Cabrera Ramos. 2007. Datos hidrográficos frente a Cabo Corrientes y en la entrada del Golfo de California durante marzo del 2007: Campaña PROCOMEX-0703. Departamento de Oceanografía Física, CICESE. 183 pp. (60384)

DATOS HIDROGRÁFICOS FRENTE A CABO CORRIENTES Y EN LA ENTRADA DEL GOLFO DE CALIFORNIA DURANTE MARZO

DEL 2007: CAMPAÑA PROCOMEX-0703

Por: Victor M. Godínez Sandoval1 Emilio Beier2 Miguel F. Lavín1 Jushiro Cepeda Morales3 Joaquín García Córdova1 Carlos E. Cabrera Ramos1

1 Centro de Investigación Científica y de Educación Superior de Ensenada Departamento de Oceanografía Física Ensenada, Baja California, México 2 Centro de Investigación Científica y de Educación Superior de Ensenada Estación La Paz, Baja California Sur

3 Centro de Investigación Científica y de Educación Superior de Ensenada Departamento de Ecología Marina Ensenada, Baja California, México Informe Técnico. Serie Oceanografía Física. CICESE. Mayo 2007.

CONTENIDO

Página

Resumen i

Lista de Tablas ii

Lista de Figuras iii

Lista de Participantes iv

1. INTRODUCCIÓN 1

2. ÁREA DE ESTUDIO 2

3. INSTRUMENTACIÓN 8

3.1 Calibración del CTD 8

3.2 Adquisición de datos de CTD 13

4. PROCESAMIENTO Y PRESENTACIÓN DE DATOS DE CTD

13

5. AGRADECIMIENTOS 18

6. LITERATURA CITADA 19

7. APÉNDICE A: Perfiles verticales de temperatura potencial (Θ °C), salinidad (S ups), anomalía de densidad potencial (γθ kgm-3), oxígeno disuelto (O2 ml l-1) y fluorescencia (FLU µgl-1) obtenidos con el CTD

20

i

Resumen

Se documentan los datos de 159 estaciones de CTD realizadas del 3 al 23 de

marzo del 2007, durante la campaña oceanográfica PROCOMEX-0703, a bordo del

Buque Oceanográfico "Francisco de Ulloa" frente a las costas de Colima, Jalisco,

Nayarit, y Sinaloa. Esta información es un producto del proyecto CONACyT “Dinámica,

termodinámica y producción primaria de la Corriente Costera Mexicana” (SEP-2003-

C02-42941/A-1), que forma parte o extensión del Proyecto de Grupo CONACyT

Transformación y perspectivas de las actividades portuarias, pesqueras y turísticas en

el litoral occidental mexicano (Contrato No. G34601S).

En este reporte se presentan las calibraciones de los sensores, el sistema de

captura y limpieza de los datos, y para cada estación de CTD, perfiles verticales de

temperatura potencial, salinidad, densidad, oxígeno disuelto y fluorescencia, además de

listados de estas variables a profundidades seleccionadas. Se incluyen también las

variables meteorológicas medidas durante cada estación hidrográfica.

Palabras Clave: PROCOMEX, Datos Hidrográficos, Entrada del Golfo de

California, Cabo Corrientes.

ii

Lista de Tablas

Página

I Localización geográfica de las estaciones de CTD durante la campaña PROCOMEX-0703.

3

II Especificaciones de los sensores del CTD SB-911 plus proporcionadas por el fabricante.

8

III Experimentos de calibración para los sensores de temperatura serie 4185 y serie 4184 en diciembre del 2006.

9

IV Resultados de calibración de los sensores de conductividad en laboratorio con series 2722 y 2680 durante febrero del 2007.

11

V Resultados de calibración del sensor de oxígeno disuelto SB43 número de serie 0148 durante febrero del 2007.

12

VI Simbología usada en los encabezados de los perfiles verticales de CTD.

14

iii

Lista de Figuras

Página

1 Localización del área de estudio y posición geográfica de las estaciones de la campaña PROCOMEX-0703.

2

2 Ubicación de las estaciones de CTD en las líneas F, G y M. Se indica el número secuencial del lance. La figura está desproporcionada en sus ejes para una mejor visualización de la numeración de los lances.

6

3 Ubicación de las estaciones de CTD en las líneas A, B, C, D, E y Z. Se indica el número secuencial del lance. La figura está desproporcionada en sus ejes para una mejor visualización de la numeración de los lances.

7

4 Diagrama Θ-S de todas las estaciones de CTD en las campañas PROCOMEX-0703.

16

5 Diagrama Θ-S del lance 028 de PROCOMEX-0703 usando los sensores primarios (azul) y sensores secundarios (rojo). El promedio de las diferencias en temperatura (salinidad) es 0.0002 °C (-0.0040 ups) con desviación estándar de ±0.0107 °C (±0.0072 ups).

17

iv

Lista de Participantes

Participante Institución Puesto

Victor Manuel Godínez Sandoval

(Jefe de Campaña)

C.I.C.E.S.E. Técnico Titular “C”

Jushiro Cepeda Morales C.I.C.E.S.E. Estudiante Doctorado

Carlos Federico Flores Cabrera C.I.C.E.S.E. Técnico Titular “B”

Rodolfo Camacho Torres C.I.C.E.S.E. Técnico Asociado “B”

Graciela Isabel Pérez Mora U. de Colima Estudiante Maestría

Fátima Yadira Castro Ochoa U. de Colima Estudiante Licenciatura

Roberto López Ceballos U. de Colima Estudiante Licenciatura

José Ibrahim Solórzano Palomino U. de Colima Estudiante Licenciatura

Victor Hugo Silva Chávez U. de Colima Estudiante Licenciatura

Guillermo García Vargas U. Simón Bolívar Estudiante Licenciatura

1

1. INTRODUCCIÓN

Del 3 al 23 de marzo del 2007 se realizó el décimo crucero oceanográfico del

PRograma OCeanográfico del Occidente de MÉXico (PROCOMEX) a bordo del Buque

Oceanográfico "Francisco de Ulloa”, principalmente frente a las costas de Colima,

Jalisco, Nayarit y Sinaloa. Este crucero fue financiado por el proyecto CONACYT

“Dinámica, termodinámica y producción primaria de la Corriente Costera Mexicana”

(SEP-2003-C02-42941/A-1), y forma parte de la serie de cruceros iniciados bajo el

Proyecto de Grupo CONACyT Transformación y perspectivas de las actividades

portuarias, pesqueras y turísticas en el litoral occidental mexicano (Contrato No.

G34601S), en el cual participan investigadores del CICESE y de la Universidad de

Colima.

El objetivo general de esta parte del proyecto PROCOMEX es realizar un estudio

interdisciplinario, observacional y numérico de la zona del Océano Pacífico Tropical

frente a las costas de México. En particular, se estudiarán las características espacio-

temporales, los mecanismos de generación y la productividad primaria de la corriente

costera que recorre las costas mexicanas desde el Golfo de Tehuantepec hasta la entrada

al Golfo de California; esta corriente es actualmente considerada una extensión durante el

verano de la Corriente Costera de Costa Rica.

Durante la campaña PROCOMEX-0703 se hicieron 159 estaciones con CTD y un

perfilador de corrientes (LADCP), se colectó muestras de agua con botellas Niskin para

análisis de nutrientes y pigmentos fotosintéticos, además de arrastres con redes Bongo

para la obtención de zooplancton para conocer su distribución y abundancia. Asimismo,

en forma continua durante toda la campaña se obtuvieron datos superficiales de

temperatura, salinidad, fluorescencia, y datos meteorológicos. Se realizaron también

experimentos de productividad primaria in situ con 14C.

En este informe se presenta únicamente la información hidrográfica, o sea los

campos de distribución de temperatura, salinidad y densidad en la columna de agua. Se

reportan también los datos meteorológicos obtenidos en cada estación hidrográfica. Para

hacer uso de la información aquí presentada, contacte del Dr. Emilio Beier (director del

2

proyecto, e-mail [email protected]). Los datos de corrientes obtenidos con el perfilador

de corrientes LADCP se reportarán separadamente, al igual que la información de

zooplancton, nutrientes y productividad primaria.

2. ÁREA DE ESTUDIO

Los datos reportados en este trabajo fueron tomados en el Pacífico Tropical al

oeste de México (Figura 1), entre los 16° y 23° de latitud Norte y 104° a 111° de longitud

Oeste. En la Tabla I se resume información sobre la localización geográfica, fecha de

ocupación, profundidad del fondo y del lance de las estaciones de CTD. Los primeros 7

lances de cada línea están separados aproximadamente 10 km, después la separación de

las estaciones es de 20 km.

Figura 1. Localización del área de estudio y posición geográfica de las estaciones de la campaña PROCOMEX-0703.

3

Tabla I.- Localización geográfica de las estaciones de CTD durante la campaña

PROCOMEX-0703.

LANCE ESTACION LATITUD (°N)

LONGITUD (W)

HORA (GMT)

FECHA (d/m/a)

Profundidad(m)

Actividad Adicional

1 M01 23° 10.79' 106° 32.89' 08:24 7/ 3/2007 63.5 2 M02 23° 08.45' 106° 38.35' 09:27 7/ 3/2007 120.5 3 M03 23° 05.88' 106° 43.74' 10:46 7/ 3/2007 440.7 Bongo 4 M04 23° 03.67' 106° 49.29' 12:45 7/ 3/2007 899.0 5 M05 23° 01.28' 106° 54.80' 14:22 7/ 3/2007 1289.0 6 M06 22° 58.84' 107° 00.27' 16:17 7/ 3/2007 1612.1 Bongo 7 M07 22° 56.44' 107° 05.75' 19:00 7/ 3/2007 1788.9 8 M08 22° 51.54' 107° 16.73' 21:28 7/ 3/2007 1662.8 9 M09 22° 46.80' 107° 27.57' 00:07 8/ 3/2007 3000.0 Bongo 10 M10 22° 41.95' 107° 38.48' 03:23 8/ 3/2007 2566.0 11 M11 22° 37.13' 107° 49.59' 06:06 8/ 3/2007 2531.0 12 M12 22° 32.35' 108° 00.61' 08:39 8/ 3/2007 2951.4 Bongo 13 M13 22° 27.38' 108° 11.50' 11:35 8/ 3/2007 3052.2 14 M14 22° 22.62' 108° 22.45' 13:57 8/ 3/2007 2760.8 15 M15 22° 17.82' 108° 33.40' 16:21 8/ 3/2007 2835.0 Bongo 16 M16P 22° 12.89' 108° 44.32' 19:11 8/ 3/2007 2763.9 P.Primaria17 M16 22° 12.85' 108° 44.10' 20:16 8/ 3/2007 2548.0 18 M17 22° 08.06' 108° 55.26' 23:55 8/ 3/2007 2988.9 19 M18 22° 03.29' 109° 06.26' 02:53 9/ 3/2007 3068.0 Bongo 20 M19 21° 58.36' 109° 17.20' 05:51 9/ 3/2007 3000.0 21 M20 21° 53.45' 109° 28.18' 08:24 9/ 3/2007 9999.0 22 M21 21° 48.76' 109° 39.14' 11:05 9/ 3/2007 3212.0 Bongo 23 M22 21° 43.98' 109° 49.99' 14:15 9/ 3/2007 3167.0 24 M23 21° 39.03' 110° 01.08' 16:46 9/ 3/2007 3167.0 Bongo 25 M24P 21° 34.19' 110° 12.08' 19:34 9/ 3/2007 3309.0 P.Primaria26 M24 21° 33.75' 110° 12.13' 20:15 9/ 3/2007 3309.0 27 M25 21° 29.47' 110° 22.86' 23:50 9/ 3/2007 3275.0 28 M26 21° 24.66' 110° 33.80' 02:20 10/ 3/2007 3275.0 Bongo 29 G01 21° 15.22' 110° 28.18' 04:57 10/ 3/2007 3100.0 30 G02 21° 05.71' 110° 22.52' 07:10 10/ 3/2007 3222.1 31 G03 20° 56.35' 110° 16.66' 09:21 10/ 3/2007 9999.0 Bongo 32 G04 20° 47.05' 110° 11.01' 11:53 10/ 3/2007 3201.0 33 G05 20° 36.87' 110° 04.93' 14:51 10/ 3/2007 9999.0 34 G06P 20° 28.16' 109° 59.59' 17:01 10/ 3/2007 3116.0 P.Primaria35 G06 20° 27.15' 109° 59.40' 17:44 10/ 3/2007 3116.0 36 F25 20° 18.73' 109° 53.81' 20:41 10/ 3/2007 2949.3 Bongo 37 F24 20° 18.94' 109° 41.91' 23:28 10/ 3/2007 2831.0 38 F23 20° 19.03' 109° 29.88' 02:08 11/ 3/2007 2854.0 39 F22 20° 19.15' 109° 17.80' 04:55 11/ 3/2007 2579.9 Bongo 40 F21 20° 19.14' 109° 05.69' 07:45 11/ 3/2007 3019.6 41 F20 20° 19.25' 108° 53.66' 10:19 11/ 3/2007 3850.5 42 F19 20° 19.40' 108° 41.81' 12:46 11/ 3/2007 3229.0 Bongo 43 F18 20° 19.54' 108° 29.77' 15:35 11/ 3/2007 3108.7 44 F17P 20° 19.54' 108° 17.65' 18:05 11/ 3/2007 9999.0 P.Primaria45 F17 20° 19.51' 108° 17.29' 18:41 11/ 3/2007 3200.0

4

Continuación Tabla 1 46 F16 20° 19.66' 108° 05.63' 21:56 11/ 3/2007 3253.3 Bongo 47 F15 20° 19.62' 107° 53.68' 00:40 12/ 3/2007 3364.4 48 F14 20° 19.80' 107° 41.60' 03:09 12/ 3/2007 3042.3 49 F13 20° 19.90' 107° 29.63' 05:30 12/ 3/2007 3328.5 Bongo 50 F12 20° 20.06' 107° 17.54' 08:09 12/ 3/2007 3467.7 51 F11 20° 20.14' 107° 05.65' 10:28 12/ 3/2007 3401.6 52 F10 20° 20.27' 106° 47.67' 13:32 12/ 3/2007 3374.0 Bongo 53 F09 20° 20.43' 106° 35.94' 16:16 12/ 3/2007 3374.0 54 F08P 20° 20.51' 106° 24.14' 18:49 12/ 3/2007 3800.0 P.Primaria55 F08 20° 20.40' 106° 24.02' 19:29 12/ 3/2007 3800.0 56 F07 20° 20.63' 106° 18.10' 22:17 12/ 3/2007 3298.4 Bongo 57 F06 20° 20.57' 106° 12.38' 00:16 13/ 3/2007 2506.0 58 F05 20° 20.68' 106° 06.35' 01:52 13/ 3/2007 2656.6 59 F04 20° 20.79' 106° 00.48' 03:38 13/ 3/2007 2826.4 Bongo 60 F03 20° 20.78' 105° 54.61' 05:39 13/ 3/2007 2459.0 61 F02 20° 20.93' 105° 48.62' 07:27 13/ 3/2007 1575.0 62 F01 20° 20.99' 105° 42.77' 09:11 13/ 3/2007 104.2 Bongo 63 E01 20° 03.34' 105° 34.03' 12:17 13/ 3/2007 64.0 64 E02 20° 00.64' 105° 39.02' 13:14 13/ 3/2007 375.2 65 E03 19° 58.11' 105° 44.00' 14:23 13/ 3/2007 922.8 Bongo 66 E04 19° 55.50' 105° 49.10' 16:08 13/ 3/2007 1516.0 67 E05 19° 52.85' 105° 54.20' 17:42 13/ 3/2007 2639.0 68 E06P 19° 50.15' 105° 59.22' 19:15 13/ 3/2007 2729.3 P.Primaria69 E06 19° 50.25' 105° 59.19' 19:54 13/ 3/2007 2729.3 70 E07 19° 47.62' 106° 04.20' 22:58 13/ 3/2007 3200.0 Bongo 71 E08 19° 42.58' 106° 14.17' 01:31 14/ 3/2007 4419.6 72 E09 19° 37.33' 106° 24.22' 03:49 14/ 3/2007 3600.0 73 E10 19° 32.21' 106° 34.29' 06:16 14/ 3/2007 3600.0 Bongo 74 E11 19° 26.98' 106° 44.41' 08:58 14/ 3/2007 3374.6 75 E12 19° 21.89' 106° 54.34' 11:17 14/ 3/2007 3700.0 76 E13 19° 16.64' 107° 04.45' 13:44 14/ 3/2007 3700.0 Bongo 77 E14 19° 11.46' 107° 14.50' 16:19 14/ 3/2007 3700.0 78 E15P 19° 06.23' 107° 24.54' 18:42 14/ 3/2007 2664.0 P.Primaria79 E15 19° 06.42' 107° 24.53' 19:17 14/ 3/2007 2664.0 80 E16 19° 01.11' 107° 34.66' 22:53 14/ 3/2007 1955.8 Bongo 81 E17 18° 56.01' 107° 44.60' 01:39 15/ 3/2007 4350.0 82 E18 18° 50.77' 107° 54.67' 04:11 15/ 3/2007 2584.0 83 E19 18° 45.59' 108° 04.70' 06:42 15/ 3/2007 3277.0 Bongo 84 E20 18° 33.29' 107° 57.05' 09:35 15/ 3/2007 3503.5 85 E21 18° 22.48' 107° 49.39' 12:10 15/ 3/2007 3786.1 86 D19 18° 10.91' 107° 41.73' 14:51 15/ 3/2007 4770.0 Bongo 87 D18P 18° 17.23' 107° 32.34' 17:35 15/ 3/2007 3820.0 P.Primaria88 D18 18° 16.98' 107° 31.75' 18:14 15/ 3/2007 3880.0 89 D17 18° 23.69' 107° 23.17' 21:46 15/ 3/2007 3500.0 90 D16 18° 30.02' 107° 14.04' 00:08 16/ 3/2007 3403.0 Bongo 91 D15 8° 36.30' 107° 04.84' 03:00 16/ 3/2007 3032.0 92 D14 18° 42.62' 106° 55.50' 05:34 16/ 3/2007 2544.0 93 D13 18° 49.09' 106° 46.23' 08:09 16/ 3/2007 3376.5 Bongo 94 D12 18° 55.41' 106° 37.04' 10:55 16/ 3/2007 2988.3 95 D11 19° 01.70' 106° 27.78' 13:23 16/ 3/2007 3497.0

5

Continuación Tabla 1 96 D10 19° 08.04' 106° 18.54' 15:49 16/ 3/2007 3632.0 Bongo 97 D09 19° 14.21' 106° 09.27' 18:41 16/ 3/2007 3673.0 P.Primaria98 D08 19° 20.83' 106° 00.01' 21:39 16/ 3/2007 4200.0 99 D07 19° 27.06' 105° 50.89' 00:09 17/ 3/2007 3569.0 Bongo 100 D06 19° 30.26' 105° 46.23' 02:13 17/ 3/2007 2542.0 101 D05 19° 33.56' 105° 41.63' 03:51 17/ 3/2007 1994.0 102 D04 19° 36.64' 105° 37.01' 05:33 17/ 3/2007 1177.0 Bongo 103 D03 19° 40.03' 105° 32.27' 07:42 17/ 3/2007 904.0 104 D02 19° 43.20' 105° 27.79' 09:05 17/ 3/2007 413.0 105 D01 19° 46.18' 105° 23.03' 10:16 17/ 3/2007 64.0 Bongo 106 C01 19° 29.52' 105° 06.24' 13:44 17/ 3/2007 83.0 107 C02 19° 25.68' 105° 10.22' 14:44 17/ 3/2007 270.0 108 C03 19° 21.87' 105° 14.24' 15:55 17/ 3/2007 1270.0 Bongo 109 C04P 19° 18.03' 105° 18.36' 18:01 17/ 3/2007 1537.0 P.Primaria110 C04 19° 18.42' 105° 18.81' 18:37 17/ 3/2007 1537.0 111 C05 19° 14.13' 105° 22.33' 22:05 17/ 3/2007 1471.3 112 C06 19° 10.51' 105° 26.32' 23:43 17/ 3/2007 2359.0 Bongo 113 C07 19° 06.55' 105° 30.43' 01:43 18/ 3/2007 4979.3 114 C08 18° 58.87' 105° 38.49' 04:12 18/ 3/2007 4461.0 115 C09 18° 51.30' 105° 46.61' 06:37 18/ 3/2007 4000.0 Bongo 116 C10 18° 43.61' 105° 54.71' 09:21 18/ 3/2007 3600.0 117 C11 18° 36.03' 106° 02.71' 11:43 18/ 3/2007 2804.0 118 C12 18° 28.49' 106° 10.70' 14:15 18/ 3/2007 2656.0 Bongo 119 C13 18° 20.67' 106° 18.86' 17:10 18/ 3/2007 2808.0 120 C13P 18° 20.20' 106° 18.64' 00:18 18/ 3/2007 2808.0 P.Primaria121 C14 18° 13.01' 106° 27.12' 22:10 18/ 3/2007 3347.7 122 C15 18° 05.37' 106° 35.08' 04:41 19/ 3/2007 3300.0 Bongo 123 C16 17° 57.75' 106° 43.22' 07:20 19/ 3/2007 3377.7 124 C17 17° 50.20' 106° 51.25' 09:44 19/ 3/2007 3824.0 125 C18 17° 42.64' 106° 59.20' 12:10 19/ 3/2007 2280.0 Bongo 126 C19 17° 34.99' 107° 07.30' 15:06 19/ 3/2007 4071.0 127 B01P 17° 27.02' 106° 55.12' 17:59 19/ 3/2007 4071.0 P.Primaria128 B01 17° 26.53' 106° 54.57' 18:35 19/ 3/2007 4000.0 129 B02 17° 18.91' 106° 43.02' 22:34 19/ 3/2007 3349.8 Bongo 130 B03 17° 11.13' 106° 30.89' 02:46 20/ 3/2007 3073.9 131 B04 17° 03.27' 106° 18.84' 05:35 20/ 3/2007 3100.0 132 B05 16° 55.34' 106° 06.61' 08:26 20/ 3/2007 3793.5 Bongo 133 B06 16° 47.65' 105° 54.70' 11:28 20/ 3/2007 3284.0 134 A19 16° 39.73' 105° 42.56' 14:29 20/ 3/2007 3120.0 135 A18 16° 49.35' 105° 36.91' 17:03 20/ 3/2007 3126.0 136 A18P 16° 48.99' 105° 36.45' 18:06 20/ 3/2007 3060.0 P.Primaria137 A17 16° 59.12' 105° 31.48' 22:40 20/ 3/2007 3121.2 Bongo 138 A16 17° 08.76' 105° 26.07' 01:42 21/ 3/2007 2897.0 139 A15 17° 18.30' 105° 20.64' 04:13 21/ 3/2007 3176.0 140 A14 17° 27.87' 105° 15.17' 06:49 21/ 3/2007 2981.0 Bongo 141 A13 17° 37.76' 105° 09.83' 09:41 21/ 3/2007 2882.7 142 A12 17° 47.35' 105° 04.36' 12:10 21/ 3/2007 2964.4 143 A11 17° 57.03' 104° 58.99' 14:44 21/ 3/2007 3140.8 Bongo 144 A10P 18° 06.65' 104° 53.59' 17:58 21/ 3/2007 3290.0 P.Primaria145 A10 18° 06.20' 104° 53.54' 18:35 21/ 3/2007 2992.0

6

Continuación Tabla 1 146 A09 18° 16.43' 104° 48.13' 22:47 21/ 3/2007 4097.5 147 A08 18° 25.91' 104° 42.99' 01:07 22/ 3/2007 4613.7 Bongo 148 A07 18° 35.50' 104° 37.84' 03:56 22/ 3/2007 2431.0 149 A06 18° 40.29' 104° 35.28' 05:39 22/ 3/2007 1107.0 150 A05 18° 45.23' 104° 32.67' 07:20 22/ 3/2007 1154.6 Bongo 151 A04 18° 50.10' 104° 30.14' 09:21 22/ 3/2007 1265.8 152 A03 18° 53.70' 104° 27.85' 11:06 22/ 3/2007 1011.3 Bongo 153 A02 18° 59.44' 104° 25.06' 13:17 22/ 3/2007 212.5 Bongo 154 Z01 18° 50.90' 104° 00.01' 17:50 22/ 3/2007 262.0 155 Z02 18° 41.39' 104° 04.20' 19:39 22/ 3/2007 940.0 156 Z03 18° 31.86' 104° 08.45' 21:54 22/ 3/2007 1217.4 157 Z04 18° 22.33' 104° 12.61' 00:18 23/ 3/2007 2096.0 158 Z05 18° 12.84' 104° 16.80' 02:38 23/ 3/2007 3883.7 159 Z06 18° 03.25' 104° 21.00' 05:03 23/ 3/2007 4266.0

Figura 2. Ubicación de las estaciones de CTD en las líneas F, G y M. Se indica el

número secuencial del lance. La figura está desproporcionada en sus ejes para una mejor visualización de la numeración de los lances.

7

Figura 3. Ubicación de las estaciones de CTD en las líneas A, B, C, D, E y Z. Se indica el número secuencial del lance. La figura está desproporcionada en sus ejes para una mejor visualización de la numeración de los lances.

8

3. INSTRUMENTACIÓN

3.1 Calibración del CTD.

El CTD SBE-911 plus fabricado por Sea-Bird Electronics Inc. consta de una

unidad submarina a la cual se le fijan los sensores: presión, temperatura y conductividad

(primarios y secundarios), además de cuatro canales auxiliares a los que pueden

conectarse diferentes tipos de sensores, como fluorómetros, turbidímetros, nefelómetros o

de oxígeno disuelto. La unidad sincroniza la adquisición de datos y los almacena o los

envía a través de un cable conductor en el malacate del CTD hacia una unidad de control

en cubierta, la cual también permite el monitoreo del lance (Godínez-Sandoval et al.,

2003). Las especificaciones de fábrica del CTD se muestran en la tabla II.

TABLA II. Especificaciones de los sensores del CTD SB-911 plus proporcionados

por el fabricante.

PARÁMETRO RANGO PRECISIÓN RESOLUCIÓN ESTABILIDAD

Conductividad

[Siemens/m]

0-7 0.0003 0.00004 0.0003 S/m/mes

Temperatura

[°C]

-5 a 35 0.001 0.0003 0.0002 °C/mes

Presión

[psi]

0-15000 0.015% de la

escala completa

0.001 % de la

escala completa

0.0015 % de la

escala completa

Oxígeno

Disuelto [ml/l]

0-15 0.1 0.01 ---

Fluorescencia

[µg/l]

0-150 0.02 0.03 ---

9

Los sensores primarios y secundarios de oxígeno disuelto, temperatura y

conductividad fueron calibrados en los laboratorios de Sea-Bird Electronics Inc. entre

diciembre del 2006 y febrero del 2007. El sensor de presión (digiquartz 410K-105)

también fue calibrado por medio de un pistón estándar del tipo Ruska modelo 5201 que

introduce menos que 1.5 psi de error en una presión máxima de 10000 psi. Las

frecuencias de salida de los sensores de temperatura y conductividad son usadas para

tabular los coeficientes de calibración para ecuaciones de conversión a unidades de

Sistema Internacional de Unidades en Oceanografía (UNESCO, 1985). La tabla III

muestra los resultados de la calibración de los sensores de temperatura en un baño de

temperatura variable.

TABLA III. Experimentos de calibración para los sensores de temperatura serie 4185

y serie 4184 en diciembre del 2006.

Número de serie 4185 Número de serie 4184

Temperatura Estándar

[°C] CTD [°C] Residual

[°C]


[°C] CTD [°C] Residual

[°C]

-1.50014 -1.50020 -0.00006 -1.50002 -1.50000 -0.00002 1.00003 1.00010 0.00007 1.00000 1.00002 0.00002 4.49990 4.49994 0.00004 4.50000 4.50000 0.00000 8.00003 8.00000 -0.00003 8.00000 8.00004 0.00004 11.50000 11.50001 0.00001 11.50005 11.50000 -0.00005 15.00015 15.00000 -0.00005 15.00012 15.00010 -0.00002 18.49994 18.49980 -0.00006 18.49992 18.49990 -0.00002 22.00010 22.00012 0.00002 22.00000 22.00002 0.00002 25.50000 25.50017 0.00007 25.50000 25.50001 0.00001 29.00000 29.00004 0.00004 29.00000 29.00003 0.00003 32.50000 32.49994 -0.00006 32.50003 32.50000 -0.00003

10

Los sensores de conductividad del CTD también fueron comparados en laboratorio

contra sus estándares mediante dos experimentos variando la temperatura y la salinidad,

los resultados se muestran en la tabla IV y finalmente los resultados de la calibración de

laboratorio para el sensor de oxígeno disuelto se presentan en la tabla V.

Las mediciones de fluorescencia in vivo realizadas con el sensor instalado en el CTD

permite realizar buenas estimaciones de la distribución vertical de la biomasa

fitoplanctónica medida como concentración de clorofila. Estas mediciones deben ser

acompañadas de muestras control de la concentración de clorofila para realizar

correcciones en las mediciones con el método fluorimétrico estándar propuesto por

Holm-Hansen et al. (1965). Idealmente se espera que la fluorescencia incrementase

linealmente con la concentración de clorofila. Sin embargo, la fluorescencia por unidad

de clorofila varía en respuesta a cambios en el estado nutricional del fitoplancton,

composición de especies y hora del día. (Fennel y Boss, 2003). Además, existen otras

sustancias que emiten fluorescencia en el mar como el CDOM (material orgánico disuelto

de color), detritus (material particulado) que afectan las estimaciones de concentración de

clorofila realizadas por el sensor.

11

TABLA IV. Resultados de calibración de los sensores de conductividad en

laboratorio con series 2722 y 2680 durante febrero del 2007.

Número de serie 2722 Temperatura

Estándar [°C]

Salinidad Estándar[UPS] Conductividad

Estándar [S/m]

CTD [S/m] Residual [S/m]

0.0000 0.0000 0.00000 0.00000 0.00000

-1.0001 34.7517 2.79985 2.79984 -0.00001

1.0176 34.7521 2.97252 2.97253 0.00001

14.9999 34.7512 4.26446 4.26447 0.00001

18.4999 34.7497 4.61048 4.61050 0.00002

29.0000 34.7460 5.69210 5.69203 -0.00007

32.5000 34.7357 6.06352 6.06357 0.00004

Número de serie 2680

0.0000 0.0000 0.00000 0.00000 0.00000

-1.0001 34.9035 2.81094 2.81095 0.00001

0.9999 34.9034 2.98269 2.98269 0.00000

14.9999 34.9040 4.28122 4.28121 -0.00001

18.4999 34.9038 4.62871 4.62867 -0.00004

28.9999 34.9012 5.71464 5.71475 0.00011

32.5000 34.8939 6.08799 6.08792 -0.00007

12

TABLA V. Resultados de calibración del sensor de oxígeno disuelto SB43 número

de serie 0148 durante febrero del 2007.


[°C]

Salinidad Estándar

[UPS]

Oxígeno disuelto Estándar

[S/m]

CTD

[ml/l]

Residual

[ml/l]

12.00 0.01 1.33 1.33 0.00

20.00 0.01 1.34 1.34 0.00

6.00 0.00 1.34 1.34 0.00

2.00 0.00 1.35 1.34 -0.01

26.00 0.01 1.35 1.35 0.00

30.00 0.01 1.37 1.37 0.00

20.00 0.01 4.14 4.15 0.01

26.00 0.01 4.16 4.16 0.00

12.00 0.01 4.17 4.18 0.01

6.00 0.00 4.18 4.19 0.01

2.00 0.00 4.19 4.18 -0.01

30.00 0.01 4.19 4.19 0.00

30.00 0.01 6.65 6.65 0.00

12.00 0.01 6.70 6.71 0.01

26.00 0.01 6.71 6.70 -0.01

6.00 0.00 6.71 6.71 0.00

2.00 0.00 6.73 6.71 -0.02

20.00 0.01 6.74 6.74 0.00

13

3.2 Adquisición de datos de CTD

Los datos provenientes del CTD en forma de frecuencias y con una razón de

muestreo de 24 Hz, fueron convertidos en datos digitales por la unidad de grabación SBE-11

plus, la cual simultáneamente envía los datos digitalizados a una computadora personal

donde son almacenados en el disco duro a la vez que son desplegados en forma gráfica. El

único procesamiento en tiempo real es el submuestreo de datos crudos que son desplegados

en la pantalla de la computadora para el monitoreo del lance.

4. PROCESAMIENTO Y PRESENTACIÓN DE DATOS DE CTD

El procesamiento de datos de CTD tiene como objetivo producir, usando las utilerías

proporcionadas por el fabricante, perfiles limpios de toda clase de errores (ruido y "spikes")

(Sea-Bird, 2003). Como primer paso, se identifican y eliminan datos con diferencias mayores

a dos desviaciones estándar entre 48 datos sucesivos (2 segundos) de presión, temperatura y

conductividad, esto se realiza con el módulo WILDEDIT. Después es necesario corregir el

desfase de tiempo entre las señales de los sensores de temperatura y conductividad, se usa un

retraso de 0.073 s, el cual ocurre debido a la posición que tienen los sensores en el ducto de

bombeo de agua y siempre es constante. Dicha corrección se realiza con el módulo

ALIGNCTD. Si esto no se corrige, se obtienen saltos ("spikes") en el cálculo de la salinidad

en las zonas de fuerte gradiente térmico. Posteriormente se necesita reducir el ruido de alta

frecuencia que presentan los sensores de presión y conductividad mediante la aplicación de

un filtro recursivo de paso bajo con una constante de tiempo de 0.20 s y 0.045 s para los

sensores anteriormente mencionados. Esto se realiza con el módulo FILTER. Después se

necesita realizar un ajuste por el flujo del agua a través del ducto de bombeo, lo cual produce

anomalías térmicas en la celda de conductividad, sobre todo cuando el CTD pasa por

gradientes de temperatura importantes. Se usa el módulo CELLTM para corregir esta

anomalía, y se requieren de dos parámetros (α=0.034 y τ=7.0 s) para minimizar las

diferencias de salinidad entre el perfil de bajada y el perfil de subida, se utilizaron los valores

recomendados por el fabricante (Godínez et al., 2003). Como última corrección se utiliza el

módulo LOOPEDIT para corregir el error producido por el movimiento irregular del barco al

descender o ascender el CTD.

14

Después de aplicar esos módulos sobre los datos del par de sensores primarios y

secundarios del CTD, se tiene un perfil limpio que puede promediarse y calcular las

diferentes variables oceanográficas de interés (UNESCO, 1988). Para calcular salinidad se

usaron los algoritmos de Fofonoff y Millard (1983). Tomando en cuenta la recomendación de

la UNESCO (1991), se reporta la anomalía de densidad (γθ kgm-3) en substitución de σt.

En el Apéndice A se presentan los datos de los sensores primarios del CTD en forma

de perfiles verticales de temperatura potencial (Θ), salinidad y anomalía de densidad (γθ),

junto con un listado discretizado a profundidades seleccionadas y las variables

meteorológicas obtenidas durante la estación. La simbología de los encabezados se da en la

Tabla VI. Cuando una variable no fue medida se reporta con 99.9, en el caso de la nubosidad

con 9.

Tabla VI. Simbología usada en los encabezados de los perfiles verticales de CTD. ESTACIÓN Nombre de la Estación LANCE Número de Lance LATITUD Posición geográfica (°N) LONGITUD Posición geográfica (°W) DD/MM/AA Fecha en día/mes/año H Tiempo universal (GMT) PROFTOT Profundidad del fondo (m) TEMSUP Temperatura de superficie [°C] SALSUP Salinidad superficial [ups] TEBUHU Temperatura de bulbo húmedo [°C] TEBUSE Temperatura de bulbo seco [°C] V-MAG Rapidez del viento[m/s] DIR Dirección del viento [azimut] NUBES Nubosidad [octas] BAROM Presión atmosférica [mb] PR Presión de CTD [db] Θ Temperatura potencial de CTD [°C] SA Salinidad de CTD [ups] γθ Densidad –1000 [kg/m3]

Ο2 Oxígeno disuelto [ml/l] FLU Fluorescencia de CTD [µgl-1]

15

En la Figura 4 se presenta un diagrama Θ-S de todos los lances de CTD de la

campaña PROCOMEX-0703, como seguimiento de la calidad de los datos. Es notable en

el diagrama Θ-S la presencia de lóbulos o inversiones de salinidad (temperaturas entre 13

y 20 °C), este tipo de estructuras han sido reportadas en Godínez et al. (2003, 2005) para

las campaña PROCOMEX-0306 y PROCOMEX-0506 realizadas en la misma región.

Para verificar que estos lóbulos del crucero PROCOMEX-0703 sean reales (y no

debidos a errores de procesamiento o a fallas en el CTD), se grafican (Figura 5) el

diagrama Θ-S del lance 28, tanto de los sensores primarios (en azul) como de los

secundarios (en rojo). Visualmente es claro que los lóbulos son reales y para confirmarlo

cuantitativamente se determinó el promedio y desviación estándar de las diferencias de

salinidad (-0.0040 ± 0.0072 ups) y temperatura (0.0002 ± 0.0107 °C) entre los perfiles de

los dos juegos de sensores. Dicho lance es de los que presentan los mayores lóbulos pero

también es de los lances más alejados de la costa (figuras 2).

16

Figura 4. Diagrama Θ-S de todas las estaciones de CTD en las campañas PROCOMEX-0703. ACC=Agua de Corriente de California, AGC=Agua del Golfo de California, ASSt=Agua Subuperficial Subtropical, AIP=Agua Intermedia del Pacífico, APP=Agua profundad del Pacífico.

17

Figura 5. Diagrama Θ-S del lance 028 de PROCOMEX-0703 usando los sensores

primarios (azul) y sensores secundarios (rojo). El promedio de las diferencias en temperatura (salinidad) es 0.0002 °C (-0.0040 ups) con desviación estándar de ±0.0107 °C (±0.0072 ups).

18

5 AGRADECIMIENTOS

Este trabajo es un producto del proyecto CONACyT “Dinámica, termodinámica

y producción primaria de la Corriente Costera Mexicana” (SEP-2003-C02-42941/A-1),

que es una extensión del Proyecto de Grupo CONACyT Transformación y perspectivas

de las actividades portuarias, pesqueras y turísticas en el litoral occidental mexicano

(Contrato No. G34601S). Se obtuvo apoyo adicional del Centro de Investigación

Científica y Educación Superior de Ensenada. Se brinda un reconocimiento especial al

personal del Departamento de Oceanografía Física del CICESE, en especial a Carlos F.

Flores Cabrera y a Rodolfo Camacho Torres por la ayuda durante la campaña de

mediciones. Asimismo al Capitán del B/O Francisco de Ulloa, Cap. P.N. Pedro Núñez

Cota y a su tripulación por la exitosa campaña de mediciones. A Juan Carlos Leñero

Vazquez y Guadalupe Pacheco Cabrera por su valioso apoyo administrativo y logístico.

19

6 LITERATURA CITADA

Fennel, K., and E. Boss. 2003. Subsurface maxima of phytoplankton and chlorophyll:

Steady-state solutions from a simple model. Limnol. Oceanogr. 48 (4):1521-1534.

Fofonoff, N. P., and R. C. Millard. 1983. Algorithms for computation of fundamental

properties of seawater. UNESCO Technical Papers in Marine Science, 44. 53 pp. Godínez Sandoval, Víctor M., Joaquín García Córdova, José Gómez Valdés, Miguel F.

Lavín y José Miguel Ojeda Cota. 2003. Datos Hidrográficos de la campaña PROCOMEX-0205: Del 14 al 27 de Mayo del 2002. Departamento de Oceanografía Física, CICESE. 160 pp. (5297).

Godínez Sandoval, Víctor M., Emilio Beier, Miguel F. Lavín, Joaquín García Córdova y

Jushiro Cepeda Morales. 2005. Datos Hidrográficos frente a Cabo Corrientes y en la entrada del Golfo de California durante junio del 2005: Campaña PROCOMEX-0506. Departamento de Oceanografía Física, CICESE. 177 pp. (33921).

Holm-Hansen O., C. Lorenzen, R. Holmes and D. Strickland. 1965. Fluorometric

determination of chlorophyll. J. Conseil International pour l'exploration de la mer. 30(1): 3-15.

UNESCO. 1985. The international system of units (SI) in oceanography. Unesco

technical papers in marine science. No 45. 124 pp. UNESCO. 1988. The acquisition, calibration, and analysis of CTD data. Unesco technical

papers in marine science. No 54. 94 pp. UNESCO. 1991. Processing of oceanographic station data. Unesco technical papers in

marine science. 138 pp. Sea-Bird Electronics. 2003. SEASOFT-Win32: SBE Data Processing-Win32. CTD data

processing and plotting software for Windows 95/98/NT/2000/XP. Manual Seasoft versión 5.29a. 122 pp.

20

APÉNDICE A: Perfiles verticales de temperatura potencial (Θ °C),

Salinidad (S ups), anomalía de densidad potencial (γθ kgm-3), oxígeno disuelto (O2 ml l-1) y fluorescencia (FLU µg l-1) obtenidos con el CTD.

A.1

ESTACION LANCE LATITUD LONGITUD DD MM AA H[UT] M01 1 23 10.8 106 32.9 7 3 2007 0824 PROFTOT TEMSUP SALSUP TEBUHU TEBUSE V−MAG DIR NUBES BAROM [m] [°C] [ups] [°C] [°C] [m/s] [AZM] [1/8] [bar] 63.5 20.4 34.92 99.9 24.7 4.0 182 3 1024.0

PR Θ SA γθ O 2 FLU PR Θ SA γθ O 2

FLU[db] [°C] [ups] [kg/m³] [ml/l] [ µg/l] [db] [°C] [ups] [kg/m³] [ml/l] [ µg/l]

2.0 20.355 34.918 24.607 5.612 3.503 30.0 19.839 34.894 24.724 4.688 2.017 5.0 20.353 34.918 24.607 5.611 4.006 40.0 19.513 34.882 24.800 3.740 1.379 10.0 20.304 34.916 24.618 5.487 3.843 50.0 17.540 34.744 25.189 1.189 0.259 20.0 19.977 34.901 24.694 5.061 4.274 57.0 16.525 34.736 25.424 0.757 0.086

0 4 8 12 16 20 24 28 32

0

10

20

30

40

50

60

70

80

90

100

Θ SγθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.2




2.0 20.404 34.915 24.591 5.094 2.058 40.0 19.496 34.913 24.829 3.463 0.741 5.0 20.406 34.915 24.590 5.076 1.816 50.0 17.926 34.819 25.153 1.957 0.101 10.0 20.409 34.914 24.589 5.072 2.159 75.0 16.413 34.754 25.464 1.099 0.044 20.0 20.025 34.918 24.694 4.879 2.065 100.0 13.770 34.737 26.032 0.277 0.037 30.0 19.805 34.930 24.761 4.648 1.318 112.0 13.376 34.757 26.130 0.132 0.037

0 4 8 12 16 20 24 28 32

0

50

100

150

Θ SγθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.3




2.0 20.882 34.809 24.382 3.824 0.777 75.0 18.877 35.061 25.100 3.155 0.065 5.0 20.887 34.809 24.380 4.176 0.751 100.0 15.406 34.672 25.630 1.452 0.037 10.0 20.886 34.809 24.381 4.208 0.734 150.0 12.630 34.757 26.279 0.249 0.037 20.0 20.697 34.845 24.459 3.874 0.937 200.0 11.128 34.694 26.515 0.064 0.037 30.0 20.473 34.838 24.514 4.205 0.726 300.0 9.779 34.622 26.694 0.043 0.037 40.0 19.515 34.794 24.733 3.625 0.233 400.0 8.037 34.546 26.912 0.042 0.037 50.0 19.592 35.074 24.927 3.299 0.121 430.0 7.786 34.544 26.948 0.041 0.037

0 4 8 12 16 20 24 28 32

0

50

100

150

200

250

300

350

400

450

500

Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.4




2.0 20.852 34.832 24.407 3.632 1.228 150.0 12.699 34.742 26.254 0.269 0.037 5.0 20.866 34.835 24.406 4.106 1.152 200.0 11.938 34.749 26.406 0.117 0.037 10.0 20.865 34.835 24.406 4.183 1.188 300.0 10.438 34.659 26.611 0.048 0.037 20.0 20.844 34.829 24.408 4.298 1.116 400.0 8.734 34.578 26.830 0.041 0.037 30.0 20.800 34.826 24.417 4.370 1.417 500.0 7.285 34.520 27.001 0.041 0.037 40.0 20.678 34.832 24.455 4.102 0.943 600.0 6.211 34.512 27.141 0.042 0.037 50.0 19.887 34.795 24.636 3.991 0.240 700.0 5.535 34.512 27.225 0.061 0.037 75.0 17.794 34.895 25.243 2.864 0.048 800.0 4.982 34.520 27.297 0.111 0.037 100.0 14.713 34.663 25.775 1.082 0.037 883.0 4.599 34.529 27.347 0.169 0.037

0 4 8 12 16 20 24 28 32

0

100

200

300

400

500

600

700

800

900

1000

Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.5

ESTACION LANCE LATITUD LONGITUD DD MM AA H[UT] M05 5 23 1.3 106 54.8 7 3 2007 1422 PROFTOT TEMSUP SALSUP TEBUHU TEBUSE V−MAG DIR NUBES BAROM [m] [°C] [ups] [°C] [°C] [m/s] [AZM] [1/8] [bar]1289.0 21.5 34.52 99.9 25.5 3.1 260 2 1024.0



2.0 21.502 34.584 24.030 3.157 0.423 150.0 12.512 34.742 26.279 0.146 0.037 5.0 21.510 34.598 24.039 3.513 0.448 200.0 11.661 34.702 26.410 0.099 0.037 10.0 21.514 34.602 24.040 3.527 0.474 300.0 10.236 34.636 26.616 0.057 0.037 20.0 21.502 34.604 24.045 3.124 0.567 400.0 8.719 34.575 26.818 0.046 0.037 30.0 21.165 34.655 24.176 4.210 0.849 500.0 7.410 34.535 26.983 0.041 0.037 40.0 20.672 34.697 24.342 4.013 0.418 600.0 6.512 34.531 27.104 0.040 0.037 50.0 19.403 34.543 24.558 3.421 0.211 800.0 4.981 34.535 27.297 0.111 0.037 75.0 16.045 34.490 25.334 1.491 0.037 1000.0 4.205 34.558 27.401 0.279 0.037 100.0 14.547 34.659 25.796 0.743 0.037 1243.0 3.483 34.587 27.498 0.598 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200

Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.6




2.0 21.652 34.603 24.003 3.939 0.087 200.0 11.728 34.718 26.410 0.086 0.037 5.0 21.652 34.602 24.003 4.053 0.095 300.0 10.390 34.665 26.612 0.041 0.037 10.0 21.633 34.602 24.007 4.006 0.109 400.0 8.743 34.587 26.824 0.040 0.037 20.0 21.610 34.600 24.012 4.434 0.207 500.0 7.679 34.552 26.958 0.030 0.037 30.0 21.318 34.594 24.088 4.260 0.804 600.0 6.553 34.534 27.101 0.036 0.037 40.0 20.188 34.465 24.294 4.249 0.905 700.0 5.598 34.526 27.216 0.058 0.037 50.0 18.691 34.380 24.615 3.174 0.339 800.0 5.046 34.534 27.289 0.106 0.037 75.0 15.246 34.439 25.474 1.417 0.071 900.0 4.625 34.544 27.344 0.171 0.037 100.0 13.825 34.679 25.965 0.428 0.037 1000.0 4.181 34.558 27.404 0.293 0.037 150.0 12.656 34.749 26.256 0.146 0.037 1140.0 3.665 34.579 27.474 0.518 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.7




2.0 21.997 34.596 23.902 3.780 0.068 200.0 11.671 34.714 26.418 0.089 0.037 5.0 21.780 34.599 23.965 4.202 0.073 300.0 10.339 34.662 26.619 0.044 0.037 10.0 21.742 34.602 23.978 4.178 0.093 400.0 8.854 34.595 26.813 0.040 0.037 20.0 21.723 34.610 23.989 4.213 0.147 500.0 7.977 34.564 26.923 0.040 0.037 30.0 21.676 34.644 24.027 4.299 0.401 600.0 6.706 34.529 27.076 0.041 0.037 40.0 21.596 34.659 24.061 4.383 0.824 700.0 5.839 34.525 27.186 0.051 0.037 50.0 20.039 34.439 24.313 4.035 0.640 800.0 5.156 34.531 27.273 0.096 0.037 75.0 15.287 34.354 25.400 1.785 0.074 900.0 4.650 34.543 27.341 0.169 0.037 100.0 14.327 34.699 25.874 0.647 0.037 1000.0 4.189 34.557 27.403 0.290 0.037 150.0 12.744 34.774 26.258 0.179 0.037 1163.0 3.639 34.580 27.477 0.526 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.8




2.0 22.463 34.625 23.793 3.518 0.061 150.0 12.727 34.749 26.242 0.138 0.037 5.0 21.964 34.627 23.935 4.281 0.071 200.0 11.831 34.748 26.415 0.086 0.037 10.0 21.866 34.633 23.966 4.223 0.073 300.0 10.235 34.653 26.629 0.044 0.037 20.0 21.799 34.635 23.987 4.271 0.121 400.0 8.936 34.585 26.792 0.044 0.037 30.0 21.763 34.636 23.997 4.161 0.149 500.0 7.834 34.555 26.937 0.035 0.037 40.0 21.436 34.653 24.101 4.443 0.307 700.0 5.779 34.524 27.193 0.050 0.037 50.0 19.582 34.425 24.422 4.118 0.538 800.0 5.087 34.531 27.282 0.102 0.037 75.0 14.913 34.288 25.431 1.745 0.074 900.0 4.553 34.546 27.354 0.188 0.037 100.0 14.697 34.703 25.798 0.814 0.037 1000.0 4.143 34.559 27.409 0.303 0.0371115.0 3.776 34.575 27.459 0.457 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.9




2.0 22.142 34.623 23.882 4.105 0.141 200.0 12.027 34.754 26.382 0.089 0.037 5.0 22.114 34.621 23.888 4.462 0.147 300.0 10.374 34.636 26.592 0.072 0.037 10.0 22.025 34.617 23.910 4.421 0.154 400.0 9.028 34.585 26.777 0.047 0.037 20.0 21.845 34.617 23.960 4.443 0.171 500.0 7.628 34.549 26.963 0.040 0.037 30.0 21.803 34.618 23.972 4.239 0.206 600.0 6.741 34.531 27.073 0.040 0.037 40.0 21.631 34.581 23.992 4.116 0.471 700.0 5.685 34.527 27.206 0.060 0.037 50.0 19.489 34.458 24.471 3.514 0.252 800.0 4.991 34.533 27.294 0.118 0.037 75.0 15.430 34.364 25.376 1.739 0.073 900.0 4.493 34.548 27.362 0.208 0.037 100.0 14.633 34.728 25.832 0.765 0.037 1000.0 4.185 34.558 27.403 0.294 0.037 150.0 12.867 34.750 26.215 0.140 0.037 1226.0 3.343 34.593 27.516 0.670 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.10




2.0 21.779 34.655 24.008 4.009 0.116 200.0 11.912 34.748 26.399 0.048 0.037 5.0 21.782 34.655 24.007 4.350 0.115 300.0 10.468 34.650 26.586 0.059 0.037 10.0 21.774 34.655 24.009 4.297 0.110 400.0 9.006 34.591 26.785 0.042 0.037 20.0 21.459 34.647 24.090 4.599 0.222 500.0 7.876 34.545 26.923 0.042 0.037 30.0 21.218 34.649 24.157 4.511 0.342 600.0 6.932 34.535 27.050 0.039 0.037 40.0 21.109 34.674 24.206 4.636 0.423 700.0 6.000 34.527 27.167 0.046 0.037 50.0 20.267 34.903 24.607 4.263 0.210 800.0 5.274 34.528 27.257 0.086 0.037 75.0 16.822 34.414 25.096 2.131 0.077 900.0 4.682 34.542 27.336 0.160 0.037 100.0 14.628 34.663 25.783 0.557 0.037 1000.0 4.318 34.552 27.384 0.244 0.037 150.0 12.841 34.770 26.236 0.186 0.037 1058.0 4.050 34.563 27.421 0.337 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200

Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.11




2.0 21.361 34.664 24.130 3.493 0.279 200.0 12.035 34.767 26.390 0.046 0.037 5.0 21.364 34.664 24.129 4.159 0.241 300.0 10.675 34.677 26.571 0.042 0.037 10.0 21.355 34.663 24.130 4.373 0.225 400.0 9.119 34.590 26.767 0.044 0.037 20.0 21.198 34.657 24.169 4.476 0.253 500.0 7.803 34.544 26.933 0.042 0.037 30.0 21.049 34.679 24.226 4.472 0.416 600.0 6.679 34.531 27.082 0.039 0.037 40.0 20.514 34.826 24.482 4.253 0.241 700.0 5.869 34.525 27.182 0.051 0.037 50.0 20.225 34.979 24.676 4.405 0.151 800.0 5.138 34.532 27.276 0.096 0.037 75.0 16.284 34.443 25.244 1.921 0.073 900.0 4.630 34.543 27.343 0.175 0.037 100.0 13.835 34.525 25.844 0.688 0.037 1000.0 4.191 34.557 27.402 0.285 0.037 150.0 12.896 34.715 26.182 0.127 0.037 1167.0 3.601 34.581 27.481 0.547 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.12




2.0 20.960 34.734 24.292 3.688 0.640 200.0 12.189 34.757 26.353 0.065 0.037 5.0 20.964 34.733 24.291 4.230 0.627 300.0 10.691 34.666 26.559 0.055 0.037 10.0 20.789 34.733 24.337 4.307 0.818 400.0 9.454 34.624 26.739 0.041 0.037 20.0 20.708 34.738 24.363 4.445 1.181 500.0 7.744 34.535 26.935 0.048 0.037 30.0 20.590 34.749 24.403 4.422 1.544 600.0 6.839 34.527 27.057 0.043 0.037 40.0 20.227 34.722 24.479 4.090 0.292 700.0 5.922 34.521 27.172 0.053 0.037 50.0 19.940 34.760 24.584 4.015 0.202 800.0 5.429 34.528 27.239 0.075 0.037 75.0 17.009 34.550 25.156 1.834 0.058 900.0 4.900 34.536 27.307 0.129 0.037 100.0 15.035 34.630 25.668 1.041 0.037 1000.0 4.470 34.548 27.365 0.206 0.037 150.0 12.530 34.631 26.189 0.298 0.037 1183.0 3.818 34.572 27.453 0.435 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.13




2.0 21.215 34.715 24.208 2.944 0.577 200.0 12.070 34.759 26.377 0.051 0.037 5.0 21.213 34.715 24.209 3.614 0.517 300.0 10.630 34.665 26.570 0.055 0.037 10.0 21.210 34.711 24.207 3.836 0.461 400.0 9.230 34.611 26.765 0.039 0.037 20.0 21.076 34.700 24.235 4.119 0.448 500.0 8.003 34.561 26.917 0.039 0.037 30.0 21.054 34.700 24.241 4.081 0.495 600.0 6.845 34.530 27.059 0.040 0.037 40.0 21.029 34.698 24.246 4.088 0.362 700.0 5.912 34.524 27.176 0.048 0.037 50.0 20.889 34.709 24.293 4.120 0.245 800.0 5.288 34.523 27.252 0.088 0.037 75.0 19.371 34.743 24.720 3.849 0.074 900.0 4.746 34.533 27.322 0.161 0.037 100.0 15.169 34.386 25.451 1.442 0.037 1000.0 4.409 34.547 27.370 0.226 0.037 150.0 12.944 34.680 26.145 0.294 0.037 1213.0 3.600 34.576 27.477 0.554 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.14




2.0 21.225 34.712 24.204 3.160 0.315 200.0 12.102 34.759 26.371 0.055 0.037 5.0 21.227 34.712 24.203 3.818 0.296 300.0 10.915 34.720 26.561 0.042 0.037 10.0 21.218 34.710 24.204 3.799 0.289 400.0 9.520 34.641 26.741 0.040 0.037 20.0 21.010 34.716 24.265 3.990 0.330 500.0 8.105 34.561 26.902 0.040 0.037 30.0 20.979 34.726 24.281 3.944 0.318 600.0 6.687 34.527 27.077 0.041 0.037 40.0 20.950 34.726 24.289 3.887 0.306 700.0 5.871 34.525 27.182 0.045 0.037 50.0 20.936 34.735 24.300 3.629 0.276 800.0 5.226 34.530 27.264 0.086 0.037 75.0 20.491 34.785 24.457 3.587 0.351 900.0 4.732 34.541 27.330 0.151 0.037 100.0 14.950 34.377 25.492 3.069 0.039 1000.0 4.401 34.550 27.374 0.225 0.037 150.0 13.208 34.761 26.155 0.455 0.043 1217.0 3.687 34.578 27.470 0.500 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.15




2.0 22.008 34.625 23.920 2.448 0.046 200.0 12.254 34.793 26.368 0.045 0.037 5.0 21.968 34.624 23.931 3.388 0.054 300.0 11.127 34.734 26.534 0.040 0.037 10.0 21.954 34.624 23.935 3.831 0.066 400.0 9.386 34.622 26.748 0.039 0.037 20.0 21.875 34.625 23.958 3.861 0.095 500.0 7.754 34.546 26.942 0.041 0.037 30.0 21.778 34.656 24.008 4.055 0.187 600.0 6.660 34.532 27.085 0.039 0.037 40.0 21.740 34.660 24.022 4.316 0.237 700.0 5.880 34.524 27.180 0.043 0.037 50.0 21.610 34.651 24.051 3.942 0.161 800.0 5.367 34.529 27.247 0.071 0.037 75.0 18.296 34.515 24.817 2.384 0.080 900.0 4.881 34.537 27.310 0.128 0.037 100.0 16.060 34.646 25.451 1.459 0.053 1000.0 4.491 34.546 27.361 0.204 0.037 150.0 13.107 34.802 26.207 0.081 0.037 1186.0 3.863 34.568 27.445 0.416 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.16

ESTACION LANCE LATITUD LONGITUD DD MM AA H[UT] M16P 16 22 12.9 108 44.3 8 3 2007 1911 PROFTOT TEMSUP SALSUP TEBUHU TEBUSE V−MAG DIR NUBES BAROM [m] [°C] [ups] [°C] [°C] [m/s] [AZM] [1/8] [bar]2763.9 22.8 34.62 99.9 27.1 0.4 155 0 1023.0



2.0 22.696 34.602 23.721 3.531 0.048 50.0 21.775 34.656 24.020 3.749 0.213 5.0 22.261 34.611 23.850 4.089 0.067 75.0 16.531 34.524 25.260 2.073 0.056 10.0 22.192 34.617 23.875 4.248 0.073 100.0 14.039 34.653 25.912 0.706 0.037 20.0 22.131 34.624 23.897 4.246 0.114 150.0 12.884 34.805 26.265 0.056 0.037 30.0 22.087 34.637 23.919 4.240 0.269 200.0 12.118 34.783 26.398 0.043 0.037 40.0 21.952 34.637 23.956 4.181 0.249 201.0 12.116 34.783 26.399 0.042 0.037

0 4 8 12 16 20 24 28 32

0

50

100

150

200

250

300

Θ SγθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.17




2.0 22.656 34.631 23.742 4.881 0.070 200.0 12.075 34.791 26.401 0.043 0.037 5.0 22.269 34.635 23.855 4.901 0.077 300.0 10.851 34.719 26.572 0.040 0.037 10.0 22.174 34.644 23.889 4.908 0.118 400.0 9.393 34.615 26.741 0.041 0.037 20.0 22.138 34.654 23.906 4.903 0.230 500.0 7.865 34.556 26.934 0.038 0.037 30.0 22.071 34.652 23.923 4.863 0.267 600.0 6.880 34.534 27.057 0.038 0.037 40.0 21.977 34.648 23.947 4.728 0.297 700.0 6.099 34.525 27.153 0.040 0.037 50.0 21.787 34.669 24.015 4.690 0.166 800.0 5.393 34.523 27.239 0.077 0.037 75.0 17.374 34.617 25.121 1.564 0.073 900.0 4.965 34.532 27.297 0.120 0.037 100.0 14.914 34.638 25.701 0.423 0.037 1000.0 4.429 34.539 27.362 0.235 0.037 150.0 12.910 34.818 26.259 0.049 0.037 1189.0 3.773 34.570 27.456 0.458 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.18




2.0 22.679 34.670 23.766 4.918 0.092 200.0 12.222 34.746 26.338 0.073 0.037 5.0 22.227 34.670 23.893 4.946 0.092 300.0 10.727 34.689 26.571 0.044 0.037 10.0 22.054 34.680 23.949 4.956 0.110 400.0 9.101 34.583 26.764 0.051 0.037 20.0 21.935 34.676 23.980 4.951 0.149 500.0 7.926 34.556 26.925 0.040 0.037 30.0 21.819 34.678 24.014 4.911 0.246 600.0 6.825 34.527 27.058 0.040 0.037 40.0 21.744 34.675 24.033 4.855 0.262 700.0 6.005 34.519 27.160 0.051 0.037 50.0 21.557 34.628 24.049 4.406 0.241 800.0 5.381 34.520 27.238 0.085 0.037 75.0 16.974 34.173 24.875 2.976 0.146 900.0 4.795 34.529 27.314 0.156 0.037 100.0 14.453 34.278 25.523 1.129 0.068 1000.0 4.373 34.542 27.371 0.249 0.037 150.0 13.021 34.660 26.114 0.243 0.037 1236.0 3.610 34.577 27.478 0.541 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200

Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.19




2.0 22.402 34.582 23.778 4.878 0.064 200.0 11.648 34.640 26.365 0.235 0.037 5.0 22.358 34.577 23.786 4.895 0.059 300.0 10.263 34.643 26.617 0.056 0.037 10.0 21.987 34.580 23.893 4.894 0.071 400.0 8.857 34.560 26.785 0.067 0.037 20.0 21.897 34.576 23.915 4.905 0.062 500.0 7.811 34.540 26.929 0.047 0.037 30.0 21.579 34.539 23.974 4.963 0.073 600.0 6.749 34.510 27.055 0.055 0.037 40.0 21.014 34.540 24.130 4.998 0.073 700.0 5.954 34.502 27.154 0.077 0.037 50.0 20.790 34.547 24.196 4.982 0.098 800.0 5.334 34.517 27.242 0.097 0.037 75.0 18.719 34.269 24.523 3.604 0.169 900.0 4.844 34.529 27.308 0.146 0.037 100.0 15.127 34.377 25.453 1.252 0.040 1000.0 4.381 34.543 27.371 0.244 0.037 150.0 12.847 34.635 26.130 0.381 0.037 1180.0 3.741 34.573 27.461 0.469 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.20




2.0 22.621 34.558 23.697 4.847 0.073 200.0 11.628 34.628 26.360 0.298 0.037 5.0 22.604 34.556 23.700 4.843 0.073 300.0 10.446 34.631 26.576 0.077 0.037 10.0 22.485 34.554 23.733 4.840 0.073 400.0 8.897 34.550 26.771 0.071 0.037 20.0 22.222 34.542 23.798 4.885 0.075 500.0 7.805 34.534 26.925 0.047 0.037 30.0 21.549 34.614 24.040 4.689 0.333 600.0 6.737 34.522 27.066 0.043 0.037 40.0 20.956 34.491 24.109 4.759 0.173 700.0 5.972 34.510 27.157 0.067 0.037 50.0 20.720 34.515 24.190 4.081 0.232 800.0 5.355 34.526 27.246 0.079 0.037 75.0 18.076 34.295 24.703 3.068 0.081 900.0 4.833 34.527 27.308 0.158 0.037 100.0 14.097 34.211 25.546 1.424 0.055 1000.0 4.377 34.534 27.364 0.277 0.037 150.0 12.239 34.457 26.110 0.815 0.037 1158.0 3.846 34.566 27.445 0.431 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.21




2.0 22.332 34.561 23.781 4.830 0.089 200.0 11.915 34.685 26.349 0.165 0.037 5.0 22.331 34.560 23.781 4.850 0.080 300.0 10.591 34.659 26.572 0.065 0.037 10.0 22.101 34.540 23.830 4.889 0.076 400.0 9.020 34.568 26.765 0.062 0.037 20.0 21.629 34.519 23.946 4.911 0.142 500.0 7.767 34.525 26.924 0.053 0.037 30.0 21.455 34.516 23.991 4.901 0.245 600.0 6.813 34.510 27.047 0.053 0.037 40.0 21.113 34.500 24.073 4.964 0.329 700.0 5.994 34.503 27.149 0.074 0.037 50.0 20.822 34.502 24.153 4.976 0.147 800.0 5.250 34.507 27.243 0.126 0.037 75.0 19.543 34.353 24.377 3.517 0.119 900.0 4.873 34.531 27.306 0.141 0.037 100.0 15.028 33.923 25.125 2.947 0.073 1000.0 4.406 34.547 27.371 0.225 0.037 150.0 12.618 34.519 26.085 0.614 0.037 1129.0 3.946 34.562 27.431 0.389 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.22




5.0 22.796 34.533 23.628 4.778 0.073 200.0 11.921 34.692 26.354 0.165 0.037 10.0 22.802 34.533 23.626 4.783 0.073 300.0 10.412 34.639 26.588 0.073 0.037 20.0 22.421 34.553 23.750 4.801 0.077 400.0 8.976 34.562 26.768 0.066 0.037 30.0 22.194 34.564 23.822 4.781 0.144 500.0 7.705 34.521 26.930 0.052 0.037 40.0 21.821 34.572 23.933 4.908 0.219 600.0 6.642 34.506 27.067 0.059 0.037 50.0 20.991 34.523 24.123 4.941 0.133 700.0 5.848 34.501 27.166 0.084 0.037 75.0 20.161 34.483 24.315 4.826 0.117 800.0 5.343 34.521 27.243 0.088 0.037 100.0 18.842 34.387 24.583 4.044 0.072 900.0 4.805 34.532 27.315 0.148 0.037 150.0 13.602 34.622 25.967 0.348 0.037 1000.0 4.408 34.546 27.370 0.226 0.0371217.0 3.664 34.574 27.470 0.513 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.23




5.0 23.046 34.452 23.495 4.757 0.073 200.0 12.049 34.689 26.327 0.178 0.037 10.0 23.010 34.467 23.516 4.780 0.073 300.0 10.469 34.638 26.577 0.076 0.037 20.0 22.559 34.563 23.719 4.807 0.071 400.0 8.919 34.558 26.773 0.063 0.037 30.0 22.484 34.562 23.739 4.814 0.073 500.0 7.574 34.512 26.941 0.059 0.037 40.0 22.365 34.557 23.769 4.833 0.073 600.0 6.593 34.520 27.085 0.043 0.037 50.0 21.544 34.530 23.977 4.923 0.086 700.0 5.686 34.518 27.200 0.068 0.037 75.0 20.603 34.515 24.222 4.922 0.188 800.0 5.215 34.523 27.260 0.105 0.037 100.0 19.496 34.430 24.448 4.584 0.110 900.0 4.885 34.531 27.305 0.144 0.037 150.0 13.555 34.575 25.940 0.451 0.037 1000.0 4.498 34.541 27.356 0.213 0.0371220.0 3.795 34.570 27.453 0.444 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.24




2.0 23.114 34.455 23.478 4.795 0.037 200.0 11.651 34.565 26.306 0.509 0.037 5.0 23.099 34.458 23.484 4.802 0.037 300.0 10.456 34.637 26.578 0.083 0.037 10.0 23.069 34.466 23.499 4.807 0.037 400.0 8.960 34.563 26.771 0.063 0.037 20.0 22.921 34.510 23.575 4.849 0.058 500.0 7.723 34.523 26.929 0.054 0.037 30.0 22.709 34.556 23.671 4.872 0.073 600.0 6.808 34.521 27.056 0.043 0.037 40.0 22.438 34.563 23.753 4.878 0.073 700.0 5.781 34.516 27.186 0.067 0.037 50.0 22.246 34.546 23.794 4.924 0.089 800.0 5.290 34.522 27.250 0.100 0.037 75.0 20.585 34.508 24.221 4.888 0.138 900.0 4.934 34.529 27.298 0.137 0.037 100.0 17.334 34.178 24.793 2.938 0.073 1000.0 4.552 34.541 27.350 0.201 0.037 150.0 13.218 34.598 26.027 0.464 0.037 1132.0 4.166 34.555 27.403 0.303 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.25

ESTACION LANCE LATITUD LONGITUD DD MM AA H[UT] M24P 25 21 34.2 110 12.1 9 3 2007 1934 PROFTOT TEMSUP SALSUP TEBUHU TEBUSE V−MAG DIR NUBES BAROM [m] [°C] [ups] [°C] [°C] [m/s] [AZM] [1/8] [bar]3309.0 23.1 34.46 99.9 27.7 5.5 179 7 1023.0



5.0 23.105 34.463 23.498 4.796 0.037 50.0 22.535 34.556 23.732 4.750 0.098 10.0 23.067 34.464 23.509 4.806 0.037 75.0 20.716 34.494 24.187 4.965 0.138 20.0 22.738 34.537 23.659 4.827 0.049 100.0 18.665 34.395 24.644 2.605 0.073 30.0 22.659 34.551 23.692 4.823 0.073 150.0 13.829 34.732 26.016 0.083 0.084 40.0 22.638 34.553 23.700 4.819 0.073 200.0 12.713 34.781 26.281 0.045 0.039 201.0 12.692 34.779 26.284 0.045 0.037

0 4 8 12 16 20 24 28 32

0

50

100

150

200

250

300

Θ SγθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.26




2.0 23.112 34.478 23.495 4.348 0.037 200.0 12.449 34.770 26.313 0.048 0.037 5.0 23.118 34.480 23.496 4.793 0.037 300.0 10.797 34.669 26.543 0.063 0.037 10.0 23.084 34.478 23.504 4.804 0.037 400.0 9.354 34.576 26.717 0.076 0.037 20.0 22.842 34.533 23.615 4.829 0.041 500.0 8.022 34.524 26.885 0.070 0.037 30.0 22.657 34.565 23.692 4.823 0.065 600.0 6.994 34.524 27.033 0.041 0.037 40.0 22.647 34.568 23.697 4.830 0.073 700.0 6.061 34.514 27.149 0.057 0.037 50.0 22.579 34.572 23.719 4.795 0.082 800.0 5.380 34.517 27.236 0.094 0.037 75.0 20.859 34.518 24.155 4.953 0.147 900.0 4.940 34.530 27.298 0.125 0.037 100.0 19.512 34.433 24.447 2.756 0.082 1000.0 4.525 34.540 27.352 0.204 0.037 150.0 13.741 34.744 26.032 0.079 0.054 1165.0 3.890 34.565 27.439 0.407 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.27




5.0 23.417 34.422 23.365 4.779 0.044 200.0 12.273 34.711 26.301 0.141 0.037 10.0 23.386 34.422 23.374 4.782 0.047 300.0 10.744 34.668 26.552 0.055 0.037 20.0 23.315 34.429 23.400 4.828 0.065 400.0 9.567 34.628 26.723 0.039 0.037 30.0 22.986 34.421 23.489 4.847 0.073 500.0 8.037 34.538 26.894 0.052 0.037 40.0 22.657 34.410 23.574 4.872 0.146 600.0 6.962 34.504 27.022 0.065 0.037 50.0 22.016 34.360 23.717 4.604 0.188 700.0 6.113 34.496 27.128 0.078 0.037 75.0 19.288 34.033 24.199 5.076 0.149 800.0 5.433 34.506 27.221 0.109 0.037 100.0 15.389 34.289 25.327 1.358 0.079 900.0 4.952 34.518 27.287 0.153 0.037 150.0 13.232 34.608 26.032 0.277 0.037 1000.0 4.512 34.537 27.351 0.216 0.0371219.0 3.778 34.569 27.454 0.460 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.28




2.0 23.395 34.424 23.373 4.762 0.063 200.0 11.998 34.665 26.318 0.241 0.037 5.0 23.402 34.424 23.371 4.769 0.055 300.0 10.727 34.663 26.551 0.065 0.037 10.0 23.405 34.424 23.370 4.772 0.063 400.0 9.323 34.587 26.731 0.052 0.037 20.0 23.396 34.424 23.373 4.775 0.060 500.0 8.171 34.561 26.892 0.041 0.037 30.0 23.364 34.427 23.384 4.771 0.073 600.0 6.847 34.508 27.041 0.054 0.037 40.0 23.282 34.430 23.410 4.774 0.073 700.0 6.030 34.492 27.136 0.091 0.037 50.0 23.182 34.441 23.448 4.792 0.073 800.0 5.457 34.498 27.212 0.125 0.037 75.0 21.647 34.549 23.963 4.372 0.236 900.0 4.879 34.512 27.290 0.192 0.037 100.0 18.359 34.240 24.591 2.595 0.117 1000.0 4.418 34.532 27.358 0.276 0.037 150.0 13.203 34.591 26.025 0.320 0.037 1147.0 3.924 34.556 27.429 0.423 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.29

ESTACION LANCE LATITUD LONGITUD DD MM AA H[UT] G01 29 21 15.2 110 28.2 10 3 2007 0457 PROFTOT TEMSUP SALSUP TEBUHU TEBUSE V−MAG DIR NUBES BAROM [m] [°C] [ups] [°C] [°C] [m/s] [AZM] [1/8] [bar]3100.0 23.4 34.31 99.9 25.7 4.1 184 7 1021.0



2.0 23.423 34.325 23.290 4.741 0.049 200.0 12.357 34.743 26.309 0.075 0.037 5.0 23.425 34.325 23.289 4.749 0.057 300.0 10.811 34.691 26.557 0.042 0.037 10.0 23.434 34.325 23.286 4.754 0.056 400.0 9.344 34.591 26.731 0.045 0.037 20.0 23.433 34.325 23.287 4.754 0.053 500.0 8.140 34.536 26.877 0.055 0.037 30.0 23.431 34.325 23.287 4.755 0.059 600.0 7.235 34.537 27.010 0.039 0.037 40.0 23.431 34.322 23.285 4.795 0.051 700.0 6.383 34.529 27.119 0.038 0.037 50.0 22.331 34.370 23.636 4.865 0.073 800.0 5.558 34.520 27.217 0.070 0.037 75.0 20.726 34.227 23.969 5.105 0.075 900.0 4.995 34.513 27.278 0.164 0.037 100.0 16.661 33.903 24.742 3.821 0.175 1000.0 4.582 34.532 27.340 0.217 0.037 150.0 13.880 34.669 25.946 0.228 0.040 1142.0 3.996 34.557 27.422 0.375 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.30




2.0 23.352 34.363 23.339 4.757 0.055 200.0 12.657 34.790 26.288 0.050 0.037 5.0 23.352 34.363 23.339 4.760 0.055 300.0 11.325 34.755 26.514 0.041 0.037 10.0 23.353 34.363 23.339 4.761 0.055 400.0 10.286 34.702 26.658 0.038 0.037 20.0 23.354 34.363 23.338 4.762 0.051 500.0 8.478 34.573 26.855 0.042 0.037 30.0 23.355 34.363 23.338 4.766 0.054 600.0 7.335 34.544 27.001 0.039 0.037 40.0 23.299 34.387 23.373 4.822 0.073 700.0 6.499 34.530 27.105 0.038 0.037 50.0 22.460 34.371 23.600 4.837 0.089 800.0 5.683 34.519 27.201 0.058 0.037 75.0 21.083 34.263 23.901 4.871 0.179 900.0 5.138 34.532 27.276 0.086 0.037 100.0 17.833 34.301 24.767 2.024 0.073 1000.0 4.638 34.541 27.341 0.163 0.037 150.0 13.812 34.634 25.933 0.183 0.037 1126.0 4.108 34.553 27.408 0.330 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.31




2.0 23.836 34.368 23.202 4.692 0.053 200.0 12.746 34.818 26.292 0.050 0.037 5.0 23.837 34.368 23.201 4.698 0.048 300.0 11.581 34.774 26.482 0.041 0.037 10.0 23.834 34.368 23.203 4.704 0.052 400.0 10.258 34.699 26.661 0.039 0.037 20.0 23.565 34.360 23.275 4.760 0.060 500.0 8.518 34.577 26.852 0.039 0.037 30.0 23.325 34.358 23.343 4.782 0.053 600.0 7.192 34.538 27.017 0.039 0.037 40.0 23.038 34.360 23.428 4.822 0.073 700.0 6.331 34.528 27.125 0.039 0.037 50.0 22.795 34.361 23.498 4.876 0.073 800.0 5.597 34.520 27.212 0.070 0.037 75.0 21.242 34.276 23.867 4.968 0.113 900.0 5.090 34.532 27.282 0.096 0.037 100.0 19.706 34.415 24.382 2.976 0.101 1000.0 4.625 34.543 27.344 0.165 0.037 150.0 13.805 34.525 25.849 0.367 0.037 1123.0 4.140 34.554 27.405 0.325 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.32




2.0 23.736 34.394 23.250 4.706 0.047 200.0 12.967 34.819 26.248 0.045 0.073 5.0 23.737 34.393 23.250 4.710 0.049 300.0 11.599 34.778 26.481 0.038 0.037 10.0 23.734 34.394 23.251 4.709 0.037 400.0 9.990 34.640 26.661 0.037 0.037 20.0 23.331 34.372 23.352 4.784 0.058 500.0 8.562 34.581 26.847 0.037 0.037 30.0 22.978 34.369 23.451 4.828 0.058 600.0 7.182 34.535 27.015 0.038 0.037 40.0 22.438 34.381 23.615 4.848 0.073 700.0 6.250 34.513 27.124 0.053 0.037 50.0 22.247 34.474 23.739 4.782 0.155 800.0 5.636 34.523 27.210 0.064 0.037 75.0 21.678 34.547 23.953 4.691 0.111 900.0 5.092 34.533 27.283 0.090 0.037 100.0 19.375 34.334 24.406 3.188 0.073 1000.0 4.505 34.543 27.357 0.203 0.037 150.0 13.807 34.612 25.916 0.239 0.037 1147.0 3.983 34.566 27.431 0.364 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.33




2.0 23.667 34.397 23.273 4.713 0.057 200.0 13.079 34.812 26.221 0.050 0.073 5.0 23.664 34.397 23.274 4.714 0.066 300.0 11.420 34.740 26.485 0.040 0.037 10.0 23.668 34.398 23.274 4.713 0.056 400.0 9.711 34.642 26.710 0.039 0.037 20.0 23.474 34.446 23.367 4.752 0.059 500.0 8.248 34.557 26.877 0.045 0.037 30.0 22.954 34.547 23.593 4.761 0.068 600.0 7.182 34.534 27.015 0.040 0.037 40.0 22.571 34.568 23.719 4.798 0.073 700.0 6.123 34.509 27.138 0.062 0.037 50.0 22.493 34.571 23.743 4.806 0.073 800.0 5.494 34.525 27.228 0.070 0.037 75.0 21.295 34.542 24.055 4.852 0.114 900.0 5.004 34.534 27.293 0.103 0.037 100.0 20.970 34.528 24.133 4.829 0.084 1000.0 4.580 34.545 27.350 0.173 0.037 150.0 15.180 34.544 25.570 0.496 0.037 1137.0 3.945 34.567 27.436 0.377 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.34

ESTACION LANCE LATITUD LONGITUD DD MM AA H[UT] G06P 34 20 28.2 109 59.6 10 3 2007 1701 PROFTOT TEMSUP SALSUP TEBUHU TEBUSE V−MAG DIR NUBES BAROM [m] [°C] [ups] [°C] [°C] [m/s] [AZM] [1/8] [bar]3116.0 23.6 34.41 99.9 28.1 3.1 189 5 1021.0



2.0 23.579 34.406 23.317 4.724 0.044 50.0 22.230 34.555 23.816 4.835 0.073 5.0 23.534 34.406 23.330 4.728 0.045 75.0 21.785 34.577 23.958 4.772 0.152 10.0 23.521 34.407 23.335 4.724 0.061 100.0 21.209 34.553 24.098 4.721 0.110 20.0 23.248 34.464 23.458 4.798 0.067 150.0 14.852 34.478 25.603 0.519 0.057 30.0 22.782 34.557 23.662 4.813 0.073 200.0 12.592 34.724 26.261 0.052 0.037 40.0 22.477 34.555 23.747 4.825 0.073 217.0 12.305 34.733 26.323 0.046 0.037

0 4 8 12 16 20 24 28 32

0

50

100

150

200

250

300

Θ SγθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.35




2.0 23.631 34.424 23.304 4.724 0.037 200.0 12.666 34.739 26.246 0.060 0.037 5.0 23.556 34.423 23.326 4.725 0.037 300.0 11.175 34.723 26.517 0.041 0.037 10.0 23.521 34.425 23.337 4.725 0.044 400.0 9.677 34.636 26.711 0.039 0.037 20.0 23.243 34.481 23.460 4.792 0.067 500.0 8.171 34.551 26.884 0.046 0.037 30.0 22.821 34.561 23.642 4.816 0.073 600.0 6.865 34.508 27.038 0.054 0.037 40.0 22.595 34.574 23.716 4.830 0.073 700.0 6.192 34.522 27.139 0.048 0.037 50.0 22.213 34.568 23.820 4.835 0.073 800.0 5.578 34.528 27.221 0.058 0.037 75.0 21.878 34.583 23.926 4.796 0.147 900.0 4.982 34.534 27.296 0.105 0.037 100.0 21.197 34.558 24.094 4.514 0.108 1000.0 4.546 34.544 27.353 0.181 0.037 150.0 14.853 34.500 25.608 0.536 0.048 1127.0 4.098 34.560 27.414 0.317 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.36

ESTACION LANCE LATITUD LONGITUD DD MM AA H[UT] F25 36 20 18.7 109 53.8 10 3 2007 2041 PROFTOT TEMSUP SALSUP TEBUHU TEBUSE V−MAG DIR NUBES BAROM [m] [°C] [ups] [°C] [°C] [m/s] [AZM] [1/8] [bar]2949.3 23.7 34.60 99.9 28.2 2.9 190 4 1021.0



5.0 23.202 34.523 23.504 4.764 0.037 200.0 12.581 34.779 26.294 0.049 0.037 10.0 23.146 34.526 23.523 4.767 0.037 300.0 11.318 34.738 26.503 0.041 0.037 20.0 23.100 34.528 23.537 4.787 0.048 400.0 9.619 34.630 26.716 0.038 0.037 30.0 22.867 34.555 23.624 4.808 0.060 500.0 8.135 34.558 26.895 0.041 0.037 40.0 22.609 34.579 23.717 4.788 0.073 600.0 7.056 34.529 27.028 0.044 0.037 50.0 22.624 34.624 23.746 4.701 0.113 700.0 6.161 34.518 27.139 0.050 0.037 75.0 22.155 34.695 23.933 4.422 0.112 800.0 5.486 34.528 27.232 0.059 0.037 100.0 20.550 34.486 24.214 3.528 0.073 900.0 4.983 34.531 27.294 0.108 0.037 150.0 14.183 34.623 25.846 0.265 0.037 1000.0 4.536 34.543 27.354 0.184 0.0371145.0 3.992 34.565 27.429 0.362 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.37




2.0 23.701 34.491 23.334 4.769 0.037 200.0 12.455 34.730 26.281 0.114 0.037 5.0 23.299 34.494 23.454 4.781 0.037 300.0 11.167 34.710 26.508 0.043 0.037 10.0 22.915 34.551 23.608 4.805 0.064 400.0 9.637 34.607 26.695 0.051 0.037 20.0 22.703 34.555 23.671 4.832 0.073 500.0 8.204 34.553 26.880 0.046 0.037 30.0 22.510 34.563 23.732 4.854 0.073 600.0 6.994 34.533 27.040 0.039 0.037 40.0 22.362 34.576 23.784 4.845 0.093 700.0 6.022 34.523 27.161 0.045 0.037 50.0 22.229 34.576 23.822 4.853 0.096 800.0 5.373 34.526 27.244 0.073 0.037 75.0 21.649 34.597 23.999 4.252 0.163 900.0 4.893 34.535 27.307 0.119 0.037 100.0 18.556 34.357 24.632 2.817 0.066 1000.0 4.456 34.546 27.365 0.204 0.037 150.0 13.376 34.482 25.905 0.782 0.037 1173.0 3.819 34.573 27.453 0.440 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.38




5.0 23.489 34.506 23.408 4.819 0.062 200.0 12.223 34.707 26.308 0.125 0.037 10.0 23.038 34.555 23.575 4.864 0.073 300.0 10.999 34.684 26.519 0.052 0.037 20.0 22.390 34.610 23.802 4.902 0.104 400.0 9.229 34.570 26.733 0.072 0.037 30.0 21.997 34.576 23.887 4.861 0.073 500.0 7.800 34.536 26.928 0.047 0.037 40.0 21.968 34.577 23.895 4.854 0.092 600.0 6.734 34.521 27.066 0.043 0.037 50.0 21.922 34.577 23.909 4.842 0.123 700.0 6.068 34.508 27.144 0.062 0.037 75.0 21.167 34.542 24.089 4.676 0.168 800.0 5.365 34.525 27.244 0.075 0.037 100.0 17.300 34.183 24.806 2.340 0.074 900.0 4.827 34.535 27.315 0.133 0.037 150.0 13.384 34.666 26.046 0.429 0.037 1000.0 4.380 34.547 27.373 0.235 0.0371151.0 3.851 34.566 27.445 0.431 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.39




2.0 23.140 34.611 23.589 4.787 0.073 200.0 11.979 34.752 26.389 0.047 0.037 5.0 23.139 34.611 23.589 4.795 0.073 300.0 10.269 34.632 26.607 0.063 0.037 10.0 23.047 34.600 23.607 4.814 0.073 400.0 9.108 34.598 26.775 0.039 0.037 20.0 22.749 34.602 23.694 4.802 0.073 500.0 7.824 34.527 26.917 0.056 0.037 30.0 22.534 34.592 23.747 4.816 0.110 600.0 6.770 34.530 27.069 0.039 0.037 40.0 22.379 34.596 23.795 4.772 0.191 700.0 6.034 34.523 27.160 0.047 0.037 50.0 22.141 34.627 23.885 4.709 0.219 800.0 5.333 34.527 27.250 0.075 0.037 75.0 20.958 34.561 24.161 3.201 0.157 900.0 4.800 34.530 27.314 0.151 0.037 100.0 17.324 34.517 25.056 0.562 0.073 1000.0 4.378 34.541 27.369 0.254 0.037 150.0 13.307 34.761 26.135 0.052 0.051 1167.0 3.759 34.570 27.457 0.474 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.40




2.0 23.179 34.624 23.587 4.756 0.073 200.0 12.326 34.781 26.345 0.045 0.037 5.0 23.181 34.623 23.586 4.792 0.073 300.0 10.817 34.671 26.541 0.059 0.037 10.0 22.977 34.604 23.630 4.804 0.065 400.0 9.121 34.596 26.771 0.039 0.037 20.0 22.489 34.586 23.755 4.821 0.073 500.0 7.828 34.539 26.926 0.044 0.037 30.0 22.332 34.580 23.796 4.824 0.073 600.0 6.635 34.524 27.082 0.043 0.037 40.0 22.109 34.585 23.862 4.827 0.103 700.0 5.905 34.524 27.177 0.050 0.037 50.0 22.039 34.592 23.887 4.823 0.108 800.0 5.305 34.523 27.249 0.087 0.037 75.0 18.903 34.529 24.676 1.926 0.110 900.0 4.812 34.532 27.314 0.149 0.037 100.0 15.445 34.612 25.563 0.150 0.054 1000.0 4.369 34.542 27.371 0.254 0.037 150.0 13.235 34.739 26.132 0.068 0.037 1178.0 3.790 34.569 27.453 0.459 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.41




5.0 22.893 34.624 23.669 4.809 0.064 200.0 12.297 34.781 26.351 0.044 0.037 10.0 22.814 34.617 23.686 4.822 0.073 300.0 10.585 34.648 26.564 0.060 0.037 20.0 22.415 34.605 23.791 4.828 0.069 400.0 9.001 34.574 26.773 0.056 0.037 30.0 22.376 34.613 23.808 4.828 0.073 500.0 7.689 34.538 26.945 0.042 0.037 40.0 22.241 34.614 23.847 4.726 0.079 600.0 6.788 34.521 27.059 0.043 0.037 50.0 21.703 34.595 23.983 4.550 0.231 700.0 6.053 34.519 27.154 0.047 0.037 75.0 19.147 34.489 24.583 2.326 0.149 800.0 5.324 34.525 27.249 0.073 0.037 100.0 15.133 34.627 25.644 0.148 0.038 900.0 4.775 34.538 27.323 0.136 0.037 150.0 13.170 34.765 26.166 0.059 0.037 1000.0 4.327 34.548 27.380 0.250 0.0371178.0 3.750 34.575 27.462 0.472 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.42




2.0 23.428 34.537 23.449 4.723 0.070 200.0 11.994 34.744 26.381 0.057 0.037 5.0 23.425 34.537 23.450 4.728 0.072 300.0 10.485 34.648 26.582 0.066 0.037 10.0 23.420 34.534 23.449 4.743 0.073 400.0 8.918 34.560 26.775 0.066 0.037 20.0 23.236 34.522 23.494 4.738 0.073 500.0 7.762 34.541 26.937 0.042 0.037 30.0 23.061 34.527 23.548 4.669 0.108 600.0 6.900 34.526 27.048 0.041 0.037 40.0 22.105 34.572 23.853 4.052 0.225 700.0 6.009 34.522 27.162 0.043 0.037 50.0 20.934 34.561 24.167 3.248 0.242 800.0 5.256 34.527 27.258 0.082 0.037 75.0 17.118 34.477 25.074 0.875 0.079 900.0 4.718 34.534 27.327 0.162 0.037 100.0 14.795 34.668 25.750 0.118 0.037 1000.0 4.307 34.547 27.381 0.265 0.037 150.0 13.109 34.780 26.189 0.047 0.046 1211.0 3.642 34.580 27.477 0.528 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.43




2.0 23.462 34.542 23.443 4.728 0.046 200.0 12.169 34.779 26.374 0.041 0.037 5.0 23.448 34.541 23.446 4.742 0.048 300.0 10.607 34.693 26.596 0.039 0.037 10.0 23.294 34.530 23.483 4.757 0.060 400.0 8.854 34.564 26.789 0.056 0.037 20.0 23.218 34.561 23.528 4.783 0.073 500.0 7.694 34.539 26.946 0.041 0.037 30.0 23.014 34.558 23.584 4.681 0.079 600.0 6.703 34.518 27.068 0.045 0.037 40.0 22.362 34.529 23.748 4.200 0.210 700.0 5.894 34.518 27.174 0.054 0.037 50.0 21.456 34.569 24.032 3.607 0.248 800.0 5.162 34.514 27.259 0.125 0.037 75.0 18.099 34.475 24.835 1.613 0.126 900.0 4.762 34.536 27.323 0.151 0.037 100.0 15.006 34.620 25.667 0.402 0.037 1000.0 4.284 34.550 27.386 0.261 0.037 150.0 13.278 34.777 26.153 0.047 0.063 1192.0 3.612 34.581 27.480 0.539 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.44

ESTACION LANCE LATITUD LONGITUD DD MM AA H[UT] F17P 44 20 19.5 108 17.7 11 3 2007 1805 PROFTOT TEMSUP SALSUP TEBUHU TEBUSE V−MAG DIR NUBES BAROM [m] [°C] [ups] [°C] [°C] [m/s] [AZM] [1/8] [bar]9999.0 23.9 34.55 99.9 27.7 1.4 318 2 1024.0



2.0 23.725 34.544 23.379 4.727 0.044 50.0 20.026 34.504 24.378 2.616 0.171 5.0 23.463 34.545 23.456 4.757 0.043 75.0 17.022 34.284 24.960 2.129 0.110 10.0 23.357 34.549 23.490 4.761 0.057 100.0 15.101 34.597 25.640 0.334 0.038 20.0 23.261 34.540 23.511 4.733 0.073 150.0 12.535 34.684 26.241 0.158 0.037 30.0 22.163 34.521 23.810 4.205 0.226 200.0 11.696 34.699 26.413 0.079 0.037 40.0 21.164 34.574 24.126 3.440 0.221 207.0 11.692 34.707 26.421 0.071 0.037

0 4 8 12 16 20 24 28 32

0

50

100

150

200

250

300

Θ SγθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.45




2.0 23.722 34.554 23.376 4.738 0.037 200.0 11.683 34.695 26.401 0.114 0.037 5.0 23.435 34.550 23.457 4.755 0.037 300.0 10.611 34.677 26.583 0.041 0.037 10.0 23.359 34.551 23.479 4.763 0.037 400.0 9.229 34.602 26.758 0.039 0.037 20.0 23.153 34.527 23.521 4.641 0.071 500.0 7.716 34.522 26.929 0.053 0.037 30.0 22.014 34.569 23.876 4.336 0.220 600.0 6.774 34.526 27.064 0.039 0.037 40.0 20.902 34.580 24.191 3.317 0.202 700.0 5.893 34.507 27.165 0.070 0.037 50.0 19.643 34.489 24.455 2.589 0.149 800.0 5.261 34.515 27.249 0.112 0.037 75.0 17.129 34.312 24.945 2.184 0.110 900.0 4.773 34.535 27.321 0.148 0.037 100.0 15.130 34.609 25.631 0.431 0.037 1000.0 4.390 34.546 27.372 0.232 0.037 150.0 12.504 34.698 26.246 0.161 0.037 1185.0 3.688 34.578 27.470 0.500 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.46




2.0 24.221 34.487 23.178 3.577 0.037 200.0 11.987 34.763 26.396 0.042 0.037 5.0 23.778 34.501 23.319 4.763 0.037 300.0 10.828 34.704 26.565 0.037 0.037 10.0 23.351 34.533 23.468 4.787 0.041 400.0 9.419 34.620 26.741 0.038 0.037 20.0 23.008 34.555 23.584 4.838 0.065 500.0 7.806 34.525 26.918 0.050 0.037 30.0 22.052 34.534 23.839 4.909 0.073 600.0 6.784 34.526 27.063 0.039 0.037 40.0 21.281 34.529 24.049 4.864 0.106 700.0 5.995 34.511 27.155 0.064 0.037 50.0 20.663 34.467 24.169 4.570 0.275 800.0 5.299 34.516 27.245 0.101 0.037 75.0 17.708 34.478 24.933 1.227 0.110 900.0 4.770 34.535 27.321 0.151 0.037 100.0 14.166 34.730 25.932 0.071 0.073 1000.0 4.400 34.546 27.371 0.223 0.037 150.0 12.764 34.782 26.260 0.047 0.037 1174.0 3.746 34.576 27.463 0.474 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.47




2.0 23.945 34.509 23.276 4.735 0.045 200.0 12.123 34.773 26.378 0.043 0.037 5.0 23.706 34.501 23.340 4.742 0.058 300.0 10.828 34.706 26.566 0.039 0.037 10.0 23.549 34.503 23.388 4.792 0.053 400.0 9.348 34.625 26.756 0.037 0.037 20.0 22.167 34.524 23.799 4.901 0.053 500.0 7.875 34.556 26.932 0.038 0.037 30.0 21.665 34.533 23.946 4.876 0.073 600.0 6.598 34.526 27.089 0.037 0.037 40.0 21.301 34.553 24.061 4.463 0.121 700.0 5.772 34.517 27.188 0.061 0.037 50.0 20.890 34.575 24.191 4.269 0.241 800.0 5.167 34.523 27.266 0.104 0.037 75.0 17.104 34.485 25.084 0.698 0.073 900.0 4.699 34.538 27.331 0.154 0.037 100.0 14.877 34.654 25.721 0.090 0.071 1000.0 4.337 34.551 27.382 0.236 0.037 150.0 12.956 34.795 26.232 0.048 0.049 1209.0 3.620 34.580 27.479 0.550 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.48




2.0 23.128 34.682 23.646 4.820 0.073 200.0 12.113 34.773 26.380 0.063 0.037 5.0 23.131 34.682 23.645 4.824 0.073 300.0 10.794 34.693 26.563 0.039 0.037 10.0 23.095 34.665 23.642 4.828 0.073 400.0 9.322 34.619 26.756 0.038 0.037 20.0 22.629 34.638 23.756 4.859 0.073 500.0 7.870 34.556 26.933 0.038 0.037 30.0 22.090 34.747 23.990 4.888 0.110 600.0 6.691 34.528 27.078 0.037 0.037 40.0 21.800 34.723 24.053 4.560 0.193 700.0 5.789 34.517 27.186 0.057 0.037 50.0 20.808 34.811 24.392 3.969 0.272 800.0 5.200 34.523 27.262 0.096 0.037 75.0 16.789 34.539 25.200 0.968 0.067 900.0 4.624 34.540 27.342 0.174 0.037 100.0 14.324 34.645 25.833 0.263 0.037 1000.0 4.232 34.553 27.394 0.272 0.037 150.0 12.926 34.791 26.235 0.048 0.037 1175.0 3.643 34.577 27.474 0.516 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.49




2.0 22.867 34.740 23.765 4.833 0.073 200.0 12.079 34.777 26.390 0.044 0.037 5.0 22.869 34.741 23.765 4.842 0.073 300.0 10.670 34.688 26.581 0.040 0.037 10.0 22.809 34.744 23.784 4.897 0.073 400.0 9.001 34.592 26.787 0.041 0.037 20.0 22.043 34.771 24.022 4.937 0.073 500.0 7.696 34.544 26.949 0.038 0.037 30.0 21.672 34.773 24.127 4.895 0.147 600.0 6.643 34.527 27.083 0.038 0.037 40.0 21.456 34.759 24.175 4.628 0.223 700.0 5.850 34.519 27.180 0.052 0.037 50.0 20.837 34.782 24.362 3.532 0.227 800.0 5.235 34.524 27.259 0.091 0.037 75.0 18.419 34.792 24.999 1.837 0.074 900.0 4.670 34.535 27.333 0.170 0.037 100.0 15.008 34.699 25.727 0.102 0.037 1000.0 4.238 34.553 27.394 0.267 0.037 150.0 12.864 34.773 26.233 0.130 0.037 1178.0 3.684 34.577 27.470 0.505 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.50




2.0 22.745 34.767 23.820 4.847 0.073 200.0 11.866 34.768 26.424 0.044 0.037 5.0 22.647 34.768 23.849 4.876 0.073 300.0 10.440 34.679 26.614 0.040 0.037 10.0 22.184 34.758 23.973 4.888 0.087 400.0 8.948 34.591 26.794 0.041 0.037 20.0 21.784 34.756 24.083 4.868 0.141 500.0 7.766 34.543 26.938 0.040 0.037 30.0 21.582 34.753 24.137 4.819 0.256 600.0 6.797 34.531 27.066 0.038 0.037 40.0 21.294 34.749 24.213 4.133 0.276 700.0 5.800 34.523 27.189 0.049 0.037 50.0 20.095 34.754 24.539 2.827 0.254 800.0 5.166 34.529 27.271 0.083 0.037 75.0 17.571 34.723 25.155 1.500 0.073 900.0 4.649 34.537 27.336 0.173 0.037 100.0 14.489 34.718 25.855 0.103 0.037 1000.0 4.171 34.556 27.403 0.290 0.037 150.0 12.529 34.780 26.305 0.094 0.037 1175.0 3.609 34.580 27.480 0.528 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.51




2.0 23.232 34.605 23.557 4.740 0.073 200.0 11.971 34.768 26.403 0.043 0.037 5.0 23.205 34.605 23.565 4.774 0.073 300.0 10.722 34.699 26.580 0.039 0.037 10.0 22.927 34.629 23.664 4.802 0.073 400.0 9.215 34.608 26.765 0.039 0.037 20.0 22.688 34.655 23.752 4.810 0.073 500.0 7.518 34.534 26.967 0.040 0.037 30.0 21.916 34.626 23.947 4.382 0.200 600.0 6.616 34.528 27.088 0.039 0.037 40.0 20.496 34.575 24.296 3.425 0.296 700.0 5.803 34.522 27.188 0.051 0.037 50.0 19.131 34.575 24.653 2.017 0.185 800.0 5.187 34.528 27.267 0.090 0.037 75.0 15.950 34.526 25.384 0.599 0.074 900.0 4.650 34.539 27.338 0.162 0.037 100.0 14.439 34.726 25.871 0.090 0.037 1000.0 4.270 34.553 27.390 0.255 0.037 150.0 12.699 34.777 26.269 0.062 0.037 1169.0 3.620 34.579 27.478 0.519 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.52




2.0 23.320 34.567 23.503 4.714 0.058 200.0 11.828 34.770 26.432 0.042 0.037 5.0 23.241 34.570 23.528 4.735 0.062 300.0 10.513 34.683 26.604 0.039 0.037 10.0 23.107 34.580 23.574 4.744 0.054 400.0 9.017 34.593 26.786 0.039 0.037 20.0 23.105 34.581 23.576 4.758 0.059 500.0 7.686 34.551 26.956 0.038 0.037 30.0 22.654 34.622 23.736 4.773 0.073 600.0 6.670 34.530 27.082 0.038 0.037 40.0 21.310 34.541 24.050 4.189 0.183 700.0 5.761 34.510 27.184 0.073 0.037 50.0 19.903 34.476 24.378 2.317 0.163 800.0 5.190 34.526 27.266 0.091 0.037 75.0 15.676 34.602 25.504 0.240 0.073 900.0 4.670 34.541 27.337 0.151 0.037 100.0 13.683 34.697 26.008 0.070 0.041 1000.0 4.246 34.560 27.398 0.261 0.037 150.0 12.627 34.790 26.293 0.046 0.037 1225.0 3.496 34.586 27.496 0.622 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.53




2.0 23.658 34.523 23.371 4.721 0.046 200.0 11.770 34.757 26.433 0.042 0.037 5.0 23.587 34.528 23.396 4.724 0.044 300.0 10.447 34.677 26.611 0.038 0.037 10.0 23.518 34.534 23.420 4.755 0.055 400.0 8.822 34.588 26.812 0.038 0.037 20.0 22.934 34.539 23.593 4.708 0.076 500.0 7.620 34.547 26.963 0.037 0.037 30.0 22.413 34.602 23.789 4.579 0.146 600.0 6.650 34.529 27.084 0.037 0.037 40.0 21.669 34.593 23.991 3.904 0.183 700.0 5.771 34.524 27.194 0.047 0.037 50.0 19.705 34.541 24.479 2.186 0.166 800.0 5.108 34.531 27.279 0.089 0.037 75.0 15.949 34.559 25.409 0.374 0.073 900.0 4.632 34.543 27.343 0.165 0.037 100.0 13.992 34.609 25.876 0.221 0.037 1000.0 4.224 34.557 27.398 0.271 0.037 150.0 12.492 34.765 26.300 0.047 0.037 1192.0 3.623 34.580 27.479 0.536 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.54

ESTACION LANCE LATITUD LONGITUD DD MM AA H[UT] F08P 54 20 20.5 106 24.1 12 3 2007 1849 PROFTOT TEMSUP SALSUP TEBUHU TEBUSE V−MAG DIR NUBES BAROM [m] [°C] [ups] [°C] [°C] [m/s] [AZM] [1/8] [bar]3800.0 24.2 34.44 99.9 28.6 2.8 4 0 1024.0



2.0 24.161 34.429 23.163 4.801 0.056 50.0 19.398 34.524 24.556 1.202 0.114 5.0 23.845 34.443 23.267 4.791 0.053 75.0 15.161 34.464 25.524 0.651 0.073 10.0 23.636 34.480 23.356 4.769 0.055 100.0 14.192 34.714 25.927 0.129 0.037 20.0 23.149 34.525 23.532 4.800 0.073 150.0 12.970 34.783 26.231 0.046 0.037 30.0 22.568 34.606 23.760 4.814 0.073 200.0 11.906 34.727 26.396 0.051 0.037 40.0 21.518 34.572 24.028 3.635 0.243 206.0 11.848 34.735 26.412 0.048 0.037

0 4 8 12 16 20 24 28 32

0

50

100

150

200

250

300

Θ SγθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.55




2.0 24.302 34.461 23.135 3.149 0.034 200.0 12.078 34.760 26.377 0.050 0.037 5.0 23.852 34.461 23.267 4.783 0.051 300.0 10.225 34.661 26.637 0.039 0.037 10.0 23.681 34.488 23.338 4.760 0.054 400.0 8.867 34.590 26.807 0.037 0.037 20.0 23.246 34.533 23.498 4.801 0.073 500.0 7.354 34.539 26.994 0.038 0.037 30.0 22.642 34.616 23.735 4.822 0.073 600.0 6.470 34.528 27.107 0.037 0.037 40.0 21.699 34.595 23.984 3.802 0.211 700.0 5.690 34.527 27.206 0.048 0.037 50.0 19.621 34.554 24.511 1.246 0.152 800.0 5.163 34.528 27.270 0.089 0.037 75.0 15.643 34.484 25.421 0.673 0.067 900.0 4.604 34.540 27.344 0.169 0.037 100.0 14.312 34.723 25.896 0.148 0.037 1000.0 4.159 34.556 27.405 0.291 0.037 150.0 12.982 34.804 26.233 0.046 0.037 1193.0 3.559 34.581 27.485 0.562 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.56




2.0 24.636 34.409 22.995 4.782 0.055 200.0 11.804 34.754 26.425 0.043 0.037 5.0 24.271 34.412 23.106 4.797 0.063 300.0 10.299 34.662 26.625 0.040 0.037 10.0 23.951 34.429 23.214 4.829 0.073 400.0 8.865 34.586 26.804 0.040 0.037 20.0 23.291 34.504 23.464 4.809 0.073 500.0 7.504 34.539 26.973 0.038 0.037 30.0 22.753 34.569 23.668 4.775 0.137 600.0 6.425 34.522 27.109 0.040 0.037 40.0 22.428 34.600 23.784 4.242 0.156 700.0 5.641 34.521 27.207 0.061 0.037 50.0 20.218 34.482 24.299 1.201 0.149 800.0 5.103 34.529 27.278 0.096 0.037 75.0 15.499 34.478 25.449 0.618 0.062 900.0 4.592 34.545 27.349 0.169 0.037 100.0 14.126 34.697 25.915 0.181 0.037 1000.0 4.214 34.558 27.400 0.280 0.037 150.0 12.687 34.803 26.292 0.049 0.037 1179.0 3.584 34.583 27.485 0.565 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.57




2.0 24.464 34.431 23.064 4.716 0.073 200.0 11.824 34.758 26.423 0.042 0.037 5.0 24.420 34.428 23.074 4.737 0.073 300.0 10.406 34.675 26.617 0.039 0.037 10.0 24.120 34.414 23.153 4.755 0.073 400.0 8.813 34.586 26.812 0.038 0.037 20.0 23.795 34.434 23.263 4.855 0.073 500.0 7.438 34.542 26.985 0.038 0.037 30.0 23.078 34.474 23.503 3.977 0.212 600.0 6.376 34.521 27.114 0.040 0.037 40.0 21.747 34.456 23.865 2.579 0.240 700.0 5.585 34.521 27.214 0.063 0.037 50.0 20.322 34.463 24.257 1.606 0.156 800.0 4.938 34.534 27.301 0.113 0.037 75.0 15.936 34.557 25.410 0.326 0.047 900.0 4.496 34.546 27.361 0.191 0.037 100.0 13.999 34.716 25.957 0.269 0.037 1000.0 4.142 34.559 27.409 0.302 0.037 150.0 12.614 34.783 26.290 0.046 0.037 1194.0 3.464 34.589 27.501 0.645 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.58




2.0 23.884 34.479 23.272 4.758 0.073 200.0 11.785 34.757 26.430 0.042 0.037 5.0 23.867 34.478 23.276 4.770 0.083 300.0 9.688 34.627 26.702 0.041 0.037 10.0 23.625 34.483 23.350 4.758 0.073 400.0 8.082 34.557 26.902 0.040 0.037 20.0 23.411 34.512 23.435 4.716 0.110 500.0 7.071 34.534 27.030 0.039 0.037 30.0 22.499 34.544 23.721 4.235 0.305 600.0 6.168 34.525 27.144 0.040 0.037 40.0 21.995 34.592 23.899 3.839 0.245 700.0 5.474 34.523 27.229 0.068 0.037 50.0 20.418 34.533 24.285 1.894 0.139 800.0 4.953 34.532 27.298 0.114 0.037 75.0 18.094 34.538 24.885 0.417 0.073 900.0 4.520 34.546 27.358 0.188 0.037 100.0 15.034 34.700 25.722 0.065 0.070 1000.0 4.061 34.561 27.419 0.330 0.037 150.0 13.104 34.790 26.198 0.046 0.049 1194.0 3.391 34.592 27.510 0.685 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.59




2.0 23.638 34.518 23.374 4.751 0.073 200.0 11.773 34.762 26.436 0.043 0.037 5.0 23.637 34.517 23.373 4.756 0.073 300.0 9.414 34.622 26.743 0.041 0.037 10.0 23.602 34.507 23.376 4.762 0.073 400.0 7.868 34.553 26.931 0.039 0.037 20.0 23.391 34.489 23.423 4.752 0.073 500.0 7.015 34.529 27.034 0.040 0.037 30.0 22.988 34.494 23.544 4.553 0.132 600.0 6.042 34.523 27.159 0.043 0.037 40.0 22.316 34.608 23.821 4.153 0.261 700.0 5.464 34.525 27.232 0.066 0.037 50.0 21.202 34.543 24.081 2.832 0.231 800.0 4.986 34.534 27.296 0.105 0.037 75.0 17.558 34.700 25.140 1.078 0.057 900.0 4.448 34.546 27.366 0.207 0.037 100.0 15.643 34.690 25.580 0.344 0.037 1000.0 4.165 34.557 27.405 0.291 0.037 150.0 13.517 34.788 26.113 0.047 0.059 1146.0 3.620 34.577 27.476 0.531 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.60




2.0 23.900 34.563 23.330 4.740 0.073 200.0 11.192 34.724 26.514 0.042 0.037 5.0 23.904 34.563 23.329 4.747 0.073 300.0 9.488 34.625 26.734 0.039 0.037 10.0 23.901 34.563 23.330 4.748 0.073 400.0 7.949 34.557 26.922 0.037 0.037 20.0 23.810 34.552 23.349 4.806 0.073 500.0 6.931 34.532 27.048 0.038 0.037 30.0 22.715 34.580 23.687 4.627 0.184 600.0 6.081 34.524 27.155 0.039 0.037 40.0 22.176 34.655 23.896 4.541 0.189 700.0 5.398 34.525 27.240 0.065 0.037 50.0 21.930 34.689 23.992 4.266 0.170 800.0 4.991 34.533 27.294 0.104 0.037 75.0 18.656 34.592 24.786 1.680 0.079 900.0 4.587 34.542 27.347 0.170 0.037 100.0 15.638 34.691 25.581 0.276 0.052 1000.0 4.118 34.557 27.410 0.306 0.037 150.0 12.507 34.776 26.306 0.048 0.037 1071.0 3.855 34.569 27.446 0.409 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200

Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.61




5.0 24.130 34.516 23.227 4.752 0.073 200.0 11.511 34.736 26.465 0.043 0.037 10.0 23.960 34.516 23.277 4.778 0.073 300.0 9.474 34.619 26.731 0.041 0.037 20.0 22.711 34.614 23.714 4.587 0.123 400.0 8.290 34.567 26.879 0.040 0.037 30.0 22.017 34.687 23.966 4.681 0.140 500.0 7.020 34.541 27.043 0.039 0.037 40.0 21.642 34.641 24.034 3.481 0.112 600.0 6.241 34.529 27.138 0.040 0.037 50.0 21.307 34.714 24.182 4.189 0.112 700.0 5.422 34.535 27.245 0.074 0.037 75.0 17.252 34.673 25.193 0.952 0.041 800.0 5.004 34.534 27.293 0.105 0.037 100.0 15.004 34.724 25.747 0.142 0.037 900.0 4.571 34.547 27.353 0.196 0.037 150.0 12.507 34.790 26.317 0.048 0.037 1000.0 4.146 34.561 27.410 0.319 0.0371084.0 3.844 34.573 27.451 0.441 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200

Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.62

ESTACION LANCE LATITUD LONGITUD DD MM AA H[UT] F01 62 20 21.0 105 42.8 13 3 2007 0911 PROFTOT TEMSUP SALSUP TEBUHU TEBUSE V−MAG DIR NUBES BAROM [m] [°C] [ups] [°C] [°C] [m/s] [AZM] [1/8] [bar] 104.2 22.7 34.29 99.9 29.0 4.1 97 0 1023.0



2.0 22.697 34.291 23.484 3.744 1.391 30.0 22.011 34.641 23.943 4.586 0.147 5.0 22.690 34.293 23.488 3.549 1.332 40.0 21.563 34.678 24.096 3.856 0.125 10.0 22.500 34.308 23.553 2.968 1.004 50.0 20.134 34.584 24.410 1.996 0.096 20.0 22.274 34.532 23.787 4.332 0.251 75.0 15.905 34.661 25.509 0.160 0.037 99.0 14.791 34.719 25.802 0.078 0.044

0 4 8 12 16 20 24 28 32

0

10

20

30

40

50

60

70

80

90

100 Θ SγθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.63

ESTACION LANCE LATITUD LONGITUD DD MM AA H[UT] E01 63 20 3.3 105 34.0 13 3 2007 1217 PROFTOT TEMSUP SALSUP TEBUHU TEBUSE V−MAG DIR NUBES BAROM [m] [°C] [ups] [°C] [°C] [m/s] [AZM] [1/8] [bar] 64.0 24.1 34.23 99.9 29.0 4.2 122 1 1024.0



2.0 24.108 34.227 23.026 4.773 0.966 30.0 21.183 34.328 23.934 1.548 0.110 5.0 24.090 34.219 23.025 4.500 0.938 40.0 20.031 34.375 24.278 0.827 0.092 10.0 23.153 34.223 23.302 2.829 1.136 50.0 17.993 34.510 24.900 0.405 0.065 20.0 21.461 34.313 23.846 1.700 0.131 64.0 14.713 34.718 25.818 0.082 0.054

0 4 8 12 16 20 24 28 32

0

10

20

30

40

50

60

70

80

90

100

Θ SγθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.64




2.0 24.187 34.198 22.981 4.848 2.016 75.0 15.230 34.712 25.700 0.074 0.038 5.0 24.189 34.198 22.980 4.843 1.908 100.0 13.700 34.748 26.055 0.055 0.037 10.0 24.179 34.198 22.983 4.775 2.043 150.0 12.649 34.771 26.286 0.041 0.037 20.0 23.916 34.198 23.061 3.667 1.466 200.0 11.543 34.721 26.459 0.039 0.037 30.0 20.274 34.341 24.188 1.143 0.124 300.0 9.458 34.608 26.737 0.039 0.037 40.0 19.105 34.428 24.558 0.682 0.073 400.0 8.151 34.562 26.908 0.037 0.037 50.0 17.361 34.531 25.069 0.336 0.044 437.0 7.923 34.556 26.937 0.036 0.037

0 4 8 12 16 20 24 28 32

0

50

100

150

200

250

300

350

400

450

500

Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.65




2.0 24.820 34.173 22.773 5.044 1.045 150.0 12.478 34.773 26.321 0.042 0.040 5.0 24.816 34.173 22.774 5.039 1.167 200.0 11.551 34.722 26.458 0.039 0.037 10.0 24.812 34.173 22.775 5.009 1.209 300.0 9.833 34.617 26.681 0.041 0.037 20.0 24.641 34.179 22.831 4.328 1.551 400.0 8.305 34.558 26.881 0.038 0.037 30.0 22.132 34.321 23.666 1.253 0.259 500.0 7.077 34.527 27.036 0.037 0.037 40.0 19.409 34.388 24.450 0.808 0.131 600.0 6.062 34.516 27.162 0.043 0.037 50.0 17.017 34.422 25.067 0.593 0.073 700.0 5.515 34.518 27.232 0.064 0.037 75.0 14.738 34.699 25.798 0.078 0.066 800.0 4.981 34.524 27.300 0.111 0.037 100.0 13.562 34.779 26.108 0.049 0.073 900.0 4.642 34.532 27.345 0.179 0.037 928.0 4.574 34.534 27.354 0.191 0.037

0 4 8 12 16 20 24 28 32

0

100

200

300

400

500

600

700

800

900

1000Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.66

ESTACION LANCE LATITUD LONGITUD DD MM AA H[UT] E04 66 19 55.5 105 49.1 13 3 2007 1608 PROFTOT TEMSUP SALSUP TEBUHU TEBUSE V−MAG DIR NUBES BAROM [m] [°C] [ups] [°C] [°C] [m/s] [AZM] [1/8] [bar]1516.0 25.1 34.19 99.9 29.1 4.2 197 1 1026.0



5.0 25.050 34.204 22.715 7.171 0.608 200.0 11.694 34.758 26.448 0.042 0.037 10.0 24.974 34.230 22.757 7.532 0.650 300.0 9.805 34.632 26.687 0.039 0.037 20.0 22.341 34.579 23.792 4.951 0.241 400.0 8.273 34.565 26.879 0.040 0.037 30.0 19.703 34.712 24.609 4.048 0.164 500.0 6.922 34.534 27.051 0.038 0.037 40.0 18.194 34.544 24.865 0.401 0.141 600.0 6.192 34.530 27.145 0.041 0.037 50.0 16.122 34.474 25.305 0.506 0.082 700.0 5.597 34.532 27.221 0.056 0.037 75.0 14.938 34.722 25.761 0.074 0.059 800.0 5.028 34.535 27.292 0.099 0.037 100.0 13.578 34.782 26.096 0.055 0.065 900.0 4.555 34.549 27.356 0.183 0.037 150.0 12.466 34.789 26.324 0.046 0.037 1000.0 4.232 34.558 27.398 0.267 0.0371144.0 3.823 34.575 27.454 0.446 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.67




2.0 25.559 34.195 22.553 4.800 0.121 200.0 11.567 34.751 26.466 0.039 0.037 5.0 25.535 34.194 22.560 4.821 0.154 300.0 10.266 34.664 26.632 0.038 0.037 10.0 25.451 34.195 22.586 4.802 0.250 400.0 8.642 34.585 26.838 0.037 0.037 20.0 22.791 34.266 23.427 2.586 0.485 500.0 7.244 34.534 27.006 0.038 0.037 30.0 20.448 34.367 24.150 1.184 0.097 600.0 6.348 34.532 27.126 0.039 0.037 40.0 19.571 34.416 24.418 1.126 0.079 700.0 5.520 34.531 27.230 0.059 0.037 50.0 18.264 34.523 24.831 0.767 0.113 800.0 4.877 34.539 27.312 0.118 0.037 75.0 16.215 34.630 25.403 0.097 0.037 900.0 4.396 34.552 27.376 0.213 0.037 100.0 13.872 34.768 26.024 0.050 0.073 1000.0 3.997 34.566 27.430 0.371 0.037 150.0 12.398 34.781 26.331 0.057 0.037 1125.0 3.662 34.582 27.477 0.545 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.68

ESTACION LANCE LATITUD LONGITUD DD MM AA H[UT] E06P 68 19 50.2 105 59.2 13 3 2007 1915 PROFTOT TEMSUP SALSUP TEBUHU TEBUSE V−MAG DIR NUBES BAROM [m] [°C] [ups] [°C] [°C] [m/s] [AZM] [1/8] [bar]2729.3 25.5 34.21 99.9 28.9 5.8 176 2 1024.0



5.0 25.410 34.207 22.619 4.773 0.126 50.0 18.200 34.494 24.836 0.380 0.057 10.0 25.242 34.209 22.672 4.845 0.197 75.0 15.115 34.701 25.717 0.243 0.037 20.0 22.724 34.395 23.556 3.152 0.141 100.0 13.984 34.750 25.998 0.109 0.042 30.0 21.092 34.396 24.011 2.039 0.110 150.0 12.761 34.783 26.273 0.041 0.037 40.0 19.319 34.386 24.471 0.797 0.074 200.0 11.690 34.732 26.440 0.043 0.037 205.0 11.618 34.730 26.452 0.040 0.037

0 4 8 12 16 20 24 28 32

0

50

100

150

200

250

300

Θ SγθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.69




2.0 25.531 34.221 22.581 4.817 0.114 200.0 11.682 34.746 26.441 0.051 0.037 5.0 25.541 34.217 22.575 4.880 0.137 300.0 10.082 34.646 26.650 0.038 0.037 10.0 25.245 34.221 22.669 4.965 0.252 400.0 8.541 34.578 26.849 0.037 0.037 20.0 22.851 34.405 23.515 2.726 0.131 500.0 7.136 34.532 27.020 0.038 0.037 30.0 21.193 34.415 23.986 2.312 0.105 600.0 6.323 34.525 27.124 0.040 0.037 40.0 19.646 34.371 24.365 0.841 0.126 700.0 5.571 34.524 27.218 0.055 0.037 50.0 18.096 34.498 24.853 0.413 0.056 800.0 5.043 34.538 27.292 0.092 0.037 75.0 15.446 34.697 25.629 0.312 0.037 900.0 4.459 34.551 27.368 0.190 0.037 100.0 14.040 34.752 25.976 0.103 0.037 1000.0 4.146 34.560 27.409 0.297 0.037 150.0 12.799 34.799 26.266 0.042 0.037 1098.0 3.815 34.572 27.453 0.436 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200

Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.70




2.0 25.309 34.223 22.662 5.961 0.517 150.0 12.741 34.754 26.255 0.076 0.037 5.0 25.107 34.232 22.731 5.385 0.649 200.0 11.793 34.735 26.423 0.042 0.037 10.0 23.642 34.427 23.314 4.884 0.297 300.0 10.243 34.648 26.636 0.039 0.037 20.0 23.068 34.541 23.568 4.746 0.137 400.0 8.677 34.562 26.827 0.040 0.037 30.0 22.686 34.563 23.693 4.429 0.247 500.0 7.323 34.516 26.992 0.040 0.037 40.0 22.089 34.570 23.867 3.932 0.213 600.0 6.398 34.509 27.113 0.040 0.037 50.0 21.044 34.566 24.153 2.582 0.139 700.0 5.679 34.509 27.205 0.051 0.037 75.0 16.258 34.624 25.400 0.341 0.044 800.0 5.068 34.515 27.283 0.093 0.037 100.0 14.434 34.698 25.862 0.287 0.065 900.0 4.612 34.532 27.349 0.169 0.037 987.0 4.293 34.542 27.391 0.240 0.037

0 4 8 12 16 20 24 28 32

0

100

200

300

400

500

600

700

800

900

1000 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.71




2.0 24.133 34.432 23.163 4.720 0.073 200.0 11.764 34.751 26.430 0.043 0.037 5.0 24.134 34.433 23.163 4.729 0.061 300.0 10.222 34.665 26.641 0.040 0.037 10.0 24.111 34.430 23.167 4.738 0.073 400.0 8.836 34.591 26.813 0.039 0.037 20.0 23.198 34.538 23.517 4.780 0.073 500.0 7.509 34.533 26.967 0.038 0.037 30.0 22.763 34.580 23.673 4.708 0.098 600.0 6.648 34.523 27.079 0.038 0.037 40.0 22.171 34.579 23.840 4.090 0.327 700.0 5.866 34.523 27.181 0.046 0.037 50.0 21.394 34.577 24.054 2.744 0.191 800.0 5.140 34.534 27.277 0.089 0.037 75.0 16.464 34.534 25.271 0.404 0.073 900.0 4.765 34.540 27.326 0.136 0.037 100.0 14.174 34.596 25.828 0.253 0.037 1000.0 4.307 34.553 27.386 0.239 0.037 150.0 12.600 34.767 26.281 0.048 0.037 1140.0 3.805 34.573 27.455 0.453 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.72




2.0 23.941 34.470 23.248 4.707 0.058 200.0 11.960 34.772 26.409 0.042 0.037 5.0 23.936 34.469 23.249 4.715 0.052 300.0 10.545 34.679 26.596 0.038 0.037 10.0 23.810 34.466 23.283 4.739 0.051 400.0 9.007 34.601 26.793 0.038 0.037 20.0 23.514 34.500 23.396 4.767 0.056 500.0 7.812 34.551 26.938 0.037 0.037 30.0 23.105 34.556 23.557 4.763 0.073 600.0 6.791 34.529 27.065 0.037 0.037 40.0 22.640 34.619 23.738 4.778 0.073 700.0 5.887 34.521 27.177 0.046 0.037 50.0 22.094 34.584 23.865 3.680 0.245 800.0 5.171 34.529 27.270 0.086 0.037 75.0 17.070 34.387 25.016 0.932 0.096 900.0 4.678 34.540 27.335 0.155 0.037 100.0 14.624 34.600 25.734 0.425 0.037 1000.0 4.295 34.555 27.390 0.249 0.037 150.0 12.937 34.799 26.239 0.047 0.037 1106.0 3.937 34.568 27.437 0.378 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200

Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.73




2.0 24.227 34.414 23.121 4.691 0.069 200.0 12.021 34.782 26.405 0.042 0.037 5.0 24.229 34.414 23.120 4.694 0.063 300.0 10.681 34.696 26.585 0.038 0.037 10.0 24.221 34.413 23.122 4.713 0.064 400.0 9.457 34.622 26.737 0.037 0.037 20.0 23.391 34.520 23.447 4.739 0.067 500.0 8.223 34.558 26.882 0.040 0.037 30.0 23.050 34.531 23.554 4.706 0.087 600.0 6.920 34.531 27.049 0.037 0.037 40.0 22.481 34.574 23.749 4.349 0.271 700.0 6.067 34.524 27.156 0.041 0.037 50.0 21.692 34.614 24.000 3.646 0.250 800.0 5.318 34.524 27.249 0.074 0.037 75.0 16.476 34.557 25.287 0.287 0.048 900.0 4.748 34.535 27.324 0.142 0.037 100.0 14.854 34.692 25.756 0.181 0.044 1000.0 4.424 34.551 27.372 0.213 0.037 150.0 12.871 34.784 26.240 0.048 0.037 1108.0 3.980 34.566 27.431 0.358 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.74




2.0 23.845 34.506 23.303 4.693 0.058 200.0 12.217 34.785 26.369 0.042 0.037 5.0 23.848 34.506 23.302 4.701 0.056 300.0 10.809 34.700 26.565 0.039 0.037 10.0 23.848 34.506 23.302 4.705 0.063 400.0 9.310 34.612 26.753 0.039 0.037 20.0 23.556 34.536 23.410 4.745 0.073 500.0 7.832 34.547 26.931 0.039 0.037 30.0 23.148 34.545 23.537 4.722 0.073 600.0 6.793 34.531 27.066 0.038 0.037 40.0 22.388 34.530 23.742 4.237 0.256 700.0 5.934 34.522 27.172 0.044 0.037 50.0 21.268 34.487 24.020 3.155 0.254 800.0 5.308 34.525 27.251 0.074 0.037 75.0 17.674 34.463 24.930 0.499 0.073 900.0 4.860 34.534 27.310 0.121 0.037 100.0 15.393 34.694 25.638 0.075 0.038 1000.0 4.407 34.549 27.372 0.210 0.037 150.0 12.926 34.795 26.238 0.047 0.037 1105.0 4.033 34.563 27.423 0.343 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200

Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.75




2.0 23.989 34.465 23.230 4.654 0.057 200.0 12.176 34.795 26.385 0.041 0.037 5.0 23.984 34.464 23.231 4.660 0.066 300.0 10.951 34.728 26.561 0.038 0.037 10.0 23.983 34.464 23.231 4.668 0.062 400.0 9.210 34.623 26.778 0.037 0.037 20.0 23.952 34.478 23.251 4.674 0.054 500.0 7.968 34.567 26.927 0.037 0.037 30.0 23.938 34.479 23.256 4.676 0.054 600.0 6.899 34.538 27.057 0.038 0.037 40.0 23.909 34.479 23.264 4.689 0.060 700.0 6.053 34.536 27.167 0.037 0.037 50.0 22.724 34.573 23.679 3.243 0.086 800.0 5.386 34.533 27.248 0.066 0.037 75.0 16.970 34.508 25.133 0.709 0.073 900.0 4.840 34.543 27.319 0.120 0.037 100.0 14.347 34.742 25.903 0.130 0.037 1000.0 4.391 34.552 27.376 0.216 0.037 150.0 12.755 34.783 26.263 0.050 0.037 1176.0 3.766 34.578 27.463 0.470 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.76




2.0 24.674 34.239 22.855 4.597 0.057 200.0 12.205 34.770 26.360 0.041 0.037 5.0 24.678 34.240 22.854 4.600 0.054 300.0 10.660 34.692 26.585 0.038 0.037 10.0 24.675 34.241 22.856 4.597 0.049 400.0 9.311 34.606 26.748 0.039 0.037 20.0 24.640 34.250 22.874 4.629 0.054 500.0 7.933 34.552 26.920 0.038 0.037 30.0 24.015 34.377 23.155 4.672 0.074 600.0 6.728 34.531 27.075 0.039 0.037 40.0 23.156 34.412 23.433 4.233 0.237 700.0 5.953 34.530 27.176 0.041 0.037 50.0 22.571 34.437 23.620 3.916 0.244 800.0 5.354 34.528 27.247 0.069 0.037 75.0 17.598 34.330 24.846 1.363 0.127 900.0 4.881 34.540 27.312 0.109 0.037 100.0 15.085 34.546 25.593 0.296 0.073 1000.0 4.499 34.551 27.364 0.182 0.037 150.0 13.223 34.756 26.148 0.048 0.041 1210.0 3.725 34.577 27.466 0.484 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.77




2.0 24.541 34.281 22.927 4.609 0.042 200.0 11.974 34.771 26.405 0.041 0.037 5.0 24.538 34.281 22.928 4.624 0.037 300.0 10.703 34.698 26.582 0.038 0.037 10.0 24.537 34.281 22.928 4.624 0.049 400.0 9.199 34.611 26.770 0.037 0.037 20.0 24.516 34.279 22.933 4.632 0.066 500.0 7.940 34.560 26.925 0.037 0.037 30.0 23.355 34.372 23.345 4.080 0.227 600.0 6.794 34.538 27.072 0.036 0.037 40.0 21.647 34.448 23.887 3.260 0.284 700.0 5.963 34.534 27.177 0.037 0.037 50.0 20.523 34.420 24.171 2.343 0.263 800.0 5.290 34.536 27.262 0.062 0.037 75.0 15.836 34.420 25.328 0.817 0.073 900.0 4.899 34.540 27.310 0.106 0.037 100.0 14.120 34.656 25.885 0.084 0.038 1000.0 4.422 34.549 27.371 0.208 0.037 150.0 12.773 34.777 26.254 0.044 0.037 1143.0 3.886 34.570 27.444 0.401 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.78

ESTACION LANCE LATITUD LONGITUD DD MM AA H[UT] E15P 78 19 6.2 107 24.5 14 3 2007 1842 PROFTOT TEMSUP SALSUP TEBUHU TEBUSE V−MAG DIR NUBES BAROM [m] [°C] [ups] [°C] [°C] [m/s] [AZM] [1/8] [bar]2664.0 24.8 34.21 99.9 28.6 6.3 162 1 1023.0



2.0 24.789 34.213 22.813 4.604 0.037 50.0 21.430 34.377 23.904 3.170 0.342 5.0 24.774 34.214 22.818 4.609 0.037 75.0 16.954 34.329 25.011 1.362 0.123 10.0 24.754 34.214 22.823 4.613 0.037 100.0 14.716 34.590 25.718 0.173 0.056 20.0 24.711 34.213 22.836 4.621 0.044 150.0 12.691 34.763 26.271 0.046 0.037 30.0 24.475 34.253 22.936 4.644 0.073 200.0 11.823 34.745 26.426 0.042 0.037 40.0 23.054 34.361 23.435 3.924 0.289 207.0 11.752 34.744 26.438 0.040 0.037

0 4 8 12 16 20 24 28 32

0

50

100

150

200

250

300

Θ SγθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.79




2.0 24.824 34.230 22.803 4.603 0.037 200.0 11.795 34.758 26.429 0.042 0.037 5.0 24.814 34.229 22.805 4.614 0.037 300.0 10.601 34.692 26.596 0.038 0.037 10.0 24.754 34.227 22.822 4.617 0.037 400.0 9.186 34.621 26.780 0.037 0.037 20.0 24.712 34.227 22.835 4.618 0.037 500.0 7.854 34.564 26.941 0.037 0.037 30.0 24.629 34.244 22.872 4.666 0.072 600.0 6.894 34.540 27.059 0.037 0.037 40.0 23.767 34.345 23.205 4.106 0.175 700.0 6.136 34.532 27.153 0.037 0.037 50.0 21.913 34.374 23.756 3.242 0.364 800.0 5.432 34.533 27.242 0.055 0.037 75.0 16.788 34.344 25.051 1.342 0.125 900.0 4.835 34.541 27.318 0.115 0.037 100.0 14.603 34.616 25.751 0.159 0.060 1000.0 4.367 34.555 27.382 0.219 0.037 150.0 12.653 34.777 26.278 0.046 0.037 1127.0 3.968 34.570 27.435 0.373 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.80




2.0 25.167 34.203 22.679 4.594 0.038 200.0 11.870 34.757 26.414 0.042 0.037 5.0 25.167 34.203 22.679 4.594 0.038 300.0 10.493 34.690 26.613 0.039 0.037 10.0 25.150 34.200 22.682 4.610 0.044 400.0 9.240 34.615 26.766 0.038 0.037 20.0 24.358 34.353 23.036 4.703 0.054 500.0 7.913 34.559 26.929 0.038 0.037 30.0 23.998 34.374 23.159 4.710 0.065 600.0 6.784 34.540 27.074 0.038 0.037 40.0 23.057 34.517 23.541 4.650 0.078 700.0 6.051 34.533 27.165 0.038 0.037 50.0 21.609 34.612 24.021 3.356 0.293 800.0 5.460 34.534 27.239 0.051 0.037 75.0 16.480 34.344 25.122 1.138 0.118 900.0 4.903 34.540 27.310 0.103 0.037 100.0 14.363 34.600 25.790 0.197 0.052 1000.0 4.409 34.554 27.376 0.210 0.037 150.0 12.756 34.775 26.256 0.047 0.037 1169.0 3.774 34.575 27.459 0.462 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.81




2.0 25.064 34.227 22.729 4.591 0.042 200.0 11.981 34.762 26.397 0.043 0.037 5.0 25.068 34.228 22.728 4.612 0.037 300.0 10.672 34.689 26.581 0.039 0.037 10.0 24.840 34.267 22.827 4.673 0.037 400.0 9.206 34.612 26.770 0.039 0.037 20.0 23.864 34.411 23.226 4.747 0.046 500.0 7.924 34.566 26.933 0.038 0.037 30.0 23.110 34.555 23.555 4.741 0.073 600.0 6.948 34.543 27.054 0.038 0.037 40.0 22.192 34.583 23.838 4.083 0.270 700.0 6.009 34.530 27.169 0.038 0.037 50.0 20.708 34.563 24.230 3.217 0.297 800.0 5.380 34.534 27.249 0.059 0.037 75.0 17.566 34.463 24.956 1.451 0.121 900.0 4.939 34.541 27.307 0.097 0.037 100.0 14.580 34.503 25.669 0.504 0.073 1000.0 4.467 34.553 27.369 0.187 0.037 150.0 12.876 34.742 26.207 0.049 0.037 1212.0 3.705 34.577 27.468 0.511 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.82




2.0 24.491 34.313 22.966 4.627 0.044 200.0 11.918 34.759 26.407 0.049 0.037 5.0 24.482 34.312 22.968 4.638 0.037 300.0 10.472 34.677 26.607 0.038 0.037 10.0 24.474 34.312 22.971 4.669 0.046 400.0 9.137 34.599 26.771 0.040 0.037 20.0 23.825 34.374 23.209 4.707 0.073 500.0 7.812 34.542 26.931 0.040 0.037 30.0 23.312 34.435 23.406 4.724 0.130 600.0 6.817 34.537 27.067 0.037 0.037 40.0 22.552 34.523 23.690 4.792 0.262 700.0 6.002 34.531 27.170 0.039 0.037 50.0 21.270 34.522 24.046 4.495 0.272 800.0 5.387 34.533 27.248 0.057 0.037 75.0 17.655 34.408 24.893 1.485 0.141 900.0 4.897 34.543 27.313 0.101 0.037 100.0 14.874 34.530 25.626 0.404 0.069 1000.0 4.455 34.553 27.371 0.191 0.037 150.0 12.809 34.762 26.236 0.085 0.037 1103.0 4.032 34.566 27.426 0.347 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200

Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.83




2.0 24.508 34.281 22.936 4.622 0.037 200.0 11.943 34.731 26.380 0.045 0.037 5.0 24.516 34.281 22.934 4.623 0.037 300.0 10.575 34.677 26.588 0.039 0.037 10.0 24.509 34.284 22.939 4.651 0.037 400.0 9.238 34.610 26.763 0.038 0.037 20.0 24.164 34.341 23.085 4.680 0.037 500.0 7.874 34.558 26.934 0.038 0.037 30.0 23.825 34.369 23.205 4.706 0.056 600.0 6.855 34.536 27.061 0.038 0.037 40.0 23.238 34.485 23.465 4.742 0.073 700.0 6.076 34.523 27.155 0.044 0.037 50.0 22.969 34.545 23.588 4.782 0.073 800.0 5.331 34.527 27.250 0.076 0.037 75.0 18.696 34.246 24.511 2.062 0.192 900.0 4.830 34.537 27.316 0.126 0.037 100.0 16.154 34.529 25.339 1.130 0.073 1000.0 4.417 34.552 27.374 0.206 0.037 150.0 13.108 34.722 26.145 0.097 0.042 1132.0 3.941 34.569 27.438 0.385 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.84




5.0 24.996 34.236 22.755 4.578 0.045 200.0 11.952 34.746 26.390 0.044 0.037 10.0 24.993 34.235 22.756 4.584 0.045 300.0 10.760 34.688 26.564 0.039 0.037 20.0 24.486 34.300 22.958 4.685 0.037 400.0 9.225 34.608 26.764 0.039 0.037 30.0 23.737 34.428 23.276 4.783 0.054 500.0 7.768 34.543 26.938 0.041 0.037 40.0 22.258 34.535 23.782 4.840 0.073 600.0 6.817 34.543 27.072 0.037 0.037 50.0 21.408 34.532 24.016 4.805 0.132 700.0 6.185 34.537 27.152 0.037 0.037 75.0 18.387 34.560 24.829 1.798 0.125 800.0 5.529 34.539 27.235 0.043 0.037 100.0 15.213 34.449 25.489 0.705 0.073 900.0 4.925 34.545 27.311 0.093 0.037 150.0 12.676 34.723 26.232 0.069 0.037 1000.0 4.464 34.552 27.369 0.190 0.0371122.0 3.945 34.571 27.439 0.386 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.85




2.0 24.808 34.261 22.831 4.591 0.045 200.0 12.185 34.778 26.370 0.041 0.037 5.0 24.808 34.261 22.832 4.596 0.043 300.0 10.838 34.701 26.561 0.037 0.037 10.0 24.784 34.277 22.851 4.669 0.038 400.0 9.172 34.594 26.761 0.042 0.037 20.0 23.479 34.514 23.416 4.787 0.057 500.0 7.906 34.578 26.945 0.036 0.037 30.0 22.894 34.520 23.590 4.720 0.075 600.0 6.963 34.557 27.063 0.036 0.037 40.0 21.947 34.510 23.851 4.231 0.254 700.0 6.078 34.530 27.160 0.037 0.037 50.0 21.278 34.552 24.067 3.726 0.239 800.0 5.270 34.536 27.264 0.064 0.037 75.0 17.248 34.438 25.014 1.570 0.110 900.0 4.751 34.547 27.333 0.134 0.037 100.0 14.384 34.515 25.720 0.448 0.040 1000.0 4.360 34.557 27.384 0.231 0.037 150.0 12.948 34.761 26.207 0.096 0.037 1174.0 3.826 34.576 27.455 0.440 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.86

ESTACION LANCE LATITUD LONGITUD DD MM AA H[UT] D19 86 18 10.9 107 41.7 15 3 2007 1451 PROFTOT TEMSUP SALSUP TEBUHU TEBUSE V−MAG DIR NUBES BAROM [m] [°C] [ups] [°C] [°C] [m/s] [AZM] [1/8] [bar]4770.0 24.7 34.24 99.9 28.5 4.8 245 1 1023.0



2.0 24.743 34.260 22.850 4.593 0.037 200.0 12.107 34.775 26.383 0.041 0.037 5.0 24.745 34.260 22.849 4.596 0.037 300.0 10.837 34.723 26.578 0.037 0.037 10.0 24.741 34.260 22.851 4.599 0.037 400.0 9.471 34.633 26.743 0.036 0.037 20.0 24.566 34.260 22.903 4.651 0.050 500.0 8.114 34.576 26.912 0.036 0.037 30.0 23.850 34.335 23.173 4.643 0.069 600.0 6.898 34.546 27.063 0.036 0.037 40.0 23.319 34.333 23.326 4.590 0.101 700.0 6.000 34.528 27.168 0.038 0.037 50.0 22.498 34.266 23.510 3.969 0.316 800.0 5.315 34.535 27.258 0.059 0.037 75.0 19.324 34.496 24.543 2.597 0.142 900.0 4.843 34.544 27.320 0.107 0.037 100.0 14.770 34.443 25.581 0.664 0.073 1000.0 4.439 34.553 27.372 0.198 0.037 150.0 13.063 34.767 26.189 0.046 0.066 1119.0 4.002 34.570 27.432 0.363 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.87

ESTACION LANCE LATITUD LONGITUD DD MM AA H[UT] D18P 87 18 17.2 107 32.3 15 3 2007 1735 PROFTOT TEMSUP SALSUP TEBUHU TEBUSE V−MAG DIR NUBES BAROM [m] [°C] [ups] [°C] [°C] [m/s] [AZM] [1/8] [bar]3820.0 24.6 34.29 99.9 28.8 6.3 309 1 1022.0



2.0 24.558 34.292 22.942 4.618 0.037 50.0 22.435 34.544 23.751 4.672 0.176 5.0 24.558 34.291 22.941 4.619 0.037 75.0 19.510 34.453 24.474 2.566 0.146 10.0 24.497 34.285 22.954 4.624 0.037 100.0 15.912 34.540 25.415 0.219 0.073 20.0 24.460 34.279 22.961 4.651 0.045 150.0 13.237 34.760 26.160 0.048 0.072 30.0 23.686 34.437 23.309 4.729 0.073 200.0 12.093 34.762 26.387 0.042 0.037 40.0 23.159 34.529 23.533 4.755 0.073 206.0 12.024 34.760 26.399 0.041 0.037

0 4 8 12 16 20 24 28 32

0

50

100

150

200

250

300

Θ SγθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.88




5.0 24.554 34.296 22.934 4.627 0.037 200.0 12.076 34.773 26.387 0.042 0.037 10.0 24.505 34.293 22.947 4.632 0.037 300.0 10.592 34.695 26.600 0.038 0.037 20.0 24.471 34.293 22.956 4.645 0.037 400.0 9.265 34.632 26.776 0.037 0.037 30.0 23.762 34.346 23.207 4.714 0.069 500.0 7.808 34.558 26.944 0.037 0.037 40.0 23.336 34.501 23.448 4.750 0.073 600.0 6.736 34.535 27.077 0.037 0.037 50.0 22.810 34.548 23.636 4.686 0.107 700.0 5.987 34.531 27.172 0.038 0.037 75.0 20.324 34.533 24.310 3.003 0.167 800.0 5.418 34.534 27.245 0.053 0.037 100.0 16.032 34.514 25.355 0.326 0.073 900.0 4.898 34.542 27.312 0.101 0.037 150.0 13.171 34.775 26.173 0.048 0.054 1000.0 4.431 34.558 27.377 0.197 0.0371143.0 3.918 34.573 27.443 0.401 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.89




2.0 24.624 34.303 22.918 4.635 0.037 200.0 12.048 34.777 26.396 0.042 0.037 5.0 24.611 34.302 22.922 4.634 0.037 300.0 10.852 34.734 26.584 0.038 0.037 10.0 24.599 34.301 22.925 4.638 0.037 400.0 9.373 34.628 26.755 0.038 0.037 20.0 24.487 34.297 22.955 4.658 0.037 500.0 7.904 34.561 26.932 0.038 0.037 30.0 23.756 34.433 23.274 4.735 0.068 600.0 6.881 34.540 27.062 0.037 0.037 40.0 23.330 34.511 23.458 4.757 0.073 700.0 6.093 34.531 27.159 0.037 0.037 50.0 22.525 34.548 23.716 4.749 0.115 800.0 5.545 34.531 27.227 0.051 0.037 75.0 18.438 34.375 24.674 1.423 0.171 900.0 4.916 34.540 27.309 0.101 0.037 100.0 15.009 34.610 25.658 0.100 0.066 1000.0 4.477 34.552 27.367 0.184 0.037 150.0 12.862 34.782 26.241 0.047 0.037 1166.0 3.892 34.571 27.444 0.409 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.90




5.0 25.569 34.064 22.451 4.557 0.037 200.0 12.447 34.810 26.344 0.041 0.037 10.0 25.463 34.090 22.503 4.589 0.039 300.0 10.978 34.734 26.561 0.037 0.037 20.0 25.017 34.191 22.715 4.632 0.047 400.0 9.273 34.619 26.764 0.036 0.037 30.0 24.611 34.270 22.897 4.674 0.046 500.0 7.922 34.564 26.931 0.036 0.037 40.0 24.200 34.343 23.075 4.704 0.067 600.0 6.892 34.537 27.057 0.036 0.037 50.0 22.848 34.322 23.453 3.762 0.361 700.0 6.035 34.530 27.165 0.037 0.037 75.0 18.453 34.423 24.708 1.087 0.182 800.0 5.379 34.533 27.249 0.057 0.037 100.0 16.246 34.563 25.345 0.256 0.077 900.0 4.815 34.543 27.322 0.113 0.037 150.0 13.637 34.775 26.078 0.045 0.088 1000.0 4.347 34.555 27.384 0.225 0.0371230.0 3.618 34.581 27.480 0.548 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200

Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.91




2.0 25.204 34.147 22.626 4.567 0.052 200.0 12.321 34.771 26.338 0.041 0.037 5.0 25.199 34.147 22.627 4.574 0.049 300.0 10.707 34.703 26.585 0.038 0.037 10.0 25.200 34.147 22.627 4.576 0.050 400.0 9.191 34.610 26.770 0.038 0.037 20.0 25.196 34.146 22.627 4.575 0.061 500.0 7.926 34.572 26.937 0.038 0.037 30.0 25.183 34.144 22.630 4.583 0.057 600.0 6.872 34.546 27.067 0.037 0.037 40.0 25.140 34.143 22.641 4.594 0.062 700.0 6.126 34.541 27.162 0.037 0.037 50.0 24.649 34.229 22.855 4.546 0.108 800.0 5.423 34.536 27.246 0.052 0.037 75.0 20.174 34.373 24.227 1.305 0.208 900.0 4.783 34.542 27.325 0.123 0.037 100.0 15.493 34.348 25.349 1.007 0.084 1000.0 4.352 34.556 27.384 0.224 0.037 150.0 13.245 34.748 26.137 0.048 0.073 1198.0 3.625 34.582 27.480 0.550 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.92




2.0 25.154 34.187 22.671 4.574 0.063 200.0 12.176 34.780 26.373 0.041 0.037 5.0 25.153 34.187 22.671 4.576 0.059 300.0 10.890 34.706 26.555 0.038 0.037 10.0 25.152 34.187 22.672 4.583 0.063 400.0 9.356 34.629 26.759 0.037 0.037 20.0 25.151 34.187 22.672 4.588 0.059 500.0 7.874 34.561 26.936 0.037 0.037 30.0 25.112 34.189 22.685 4.586 0.073 600.0 6.742 34.541 27.081 0.037 0.037 40.0 24.505 34.247 22.911 4.516 0.105 700.0 6.036 34.530 27.165 0.037 0.037 50.0 23.239 34.285 23.313 3.472 0.441 800.0 5.420 34.546 27.254 0.047 0.037 75.0 17.727 34.315 24.804 1.846 0.123 900.0 4.829 34.543 27.321 0.111 0.037 100.0 14.927 34.543 25.625 0.319 0.058 1000.0 4.380 34.554 27.379 0.213 0.037 150.0 12.906 34.774 26.226 0.046 0.049 1149.0 3.862 34.572 27.448 0.418 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.93




5.0 24.937 34.198 22.745 4.583 0.056 200.0 12.261 34.773 26.352 0.042 0.037 10.0 24.936 34.198 22.745 4.577 0.051 300.0 10.859 34.705 26.560 0.039 0.037 20.0 24.937 34.198 22.745 4.583 0.057 400.0 9.334 34.611 26.748 0.039 0.037 30.0 24.278 34.279 23.003 4.525 0.095 500.0 7.944 34.557 26.923 0.038 0.037 40.0 23.584 34.420 23.315 4.432 0.282 600.0 6.809 34.540 27.071 0.038 0.037 50.0 22.425 34.443 23.665 4.403 0.314 700.0 6.008 34.531 27.170 0.038 0.037 75.0 18.647 34.497 24.716 0.461 0.075 800.0 5.330 34.534 27.255 0.062 0.037 100.0 15.921 34.660 25.493 0.142 0.060 900.0 4.825 34.540 27.319 0.120 0.037 150.0 13.329 34.791 26.153 0.047 0.059 1000.0 4.348 34.556 27.384 0.224 0.0371146.0 3.834 34.572 27.451 0.429 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.94




2.0 23.854 34.480 23.281 3.680 0.044 200.0 12.719 34.797 26.280 0.042 0.037 5.0 23.843 34.486 23.289 4.689 0.074 300.0 11.000 34.713 26.541 0.038 0.037 10.0 23.850 34.488 23.288 4.682 0.066 400.0 9.331 34.612 26.749 0.038 0.037 20.0 23.856 34.488 23.286 4.687 0.070 500.0 7.728 34.546 26.946 0.039 0.037 30.0 23.837 34.486 23.291 4.684 0.073 600.0 6.552 34.522 27.092 0.041 0.037 40.0 23.673 34.487 23.340 4.729 0.073 700.0 5.857 34.522 27.181 0.048 0.037 50.0 23.063 34.518 23.540 4.577 0.115 800.0 5.199 34.527 27.265 0.086 0.037 75.0 18.193 34.491 24.824 0.516 0.109 900.0 4.732 34.538 27.327 0.143 0.037 100.0 15.542 34.739 25.640 0.058 0.147 1000.0 4.283 34.555 27.390 0.251 0.037 150.0 13.755 34.799 26.072 0.045 0.073 1197.0 3.668 34.578 27.472 0.525 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.95




2.0 23.820 34.497 23.304 4.670 0.073 200.0 12.462 34.789 26.325 0.041 0.037 5.0 23.831 34.497 23.301 4.672 0.073 300.0 11.003 34.708 26.536 0.038 0.037 10.0 23.829 34.497 23.301 4.671 0.073 400.0 9.368 34.608 26.740 0.039 0.037 20.0 23.834 34.497 23.300 4.679 0.073 500.0 7.673 34.545 26.953 0.038 0.037 30.0 23.607 34.496 23.366 4.727 0.073 600.0 6.726 34.533 27.076 0.037 0.037 40.0 22.456 34.561 23.746 4.419 0.156 700.0 6.002 34.523 27.164 0.043 0.037 50.0 21.652 34.599 24.000 3.533 0.208 800.0 5.089 34.530 27.281 0.094 0.037 75.0 17.185 34.536 25.103 0.693 0.073 900.0 4.654 34.547 27.344 0.162 0.037 100.0 15.195 34.591 25.603 0.349 0.037 1000.0 4.279 34.555 27.391 0.257 0.037 150.0 13.395 34.793 26.142 0.045 0.037 1153.0 3.746 34.576 27.463 0.479 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.96




2.0 23.743 34.551 23.368 4.671 0.038 200.0 12.057 34.781 26.397 0.041 0.037 5.0 23.743 34.550 23.367 4.674 0.037 300.0 10.639 34.689 26.587 0.038 0.037 10.0 23.705 34.542 23.372 4.670 0.046 400.0 9.080 34.598 26.779 0.038 0.037 20.0 23.655 34.528 23.376 4.676 0.059 500.0 7.798 34.550 26.939 0.038 0.037 30.0 23.621 34.514 23.375 4.718 0.072 600.0 6.640 34.528 27.085 0.037 0.037 40.0 22.984 34.508 23.555 4.558 0.119 700.0 5.909 34.530 27.181 0.044 0.037 50.0 22.117 34.592 23.865 3.492 0.184 800.0 5.323 34.526 27.250 0.069 0.037 75.0 17.344 34.443 24.994 0.671 0.083 900.0 4.634 34.540 27.340 0.160 0.037 100.0 14.195 34.628 25.848 0.298 0.037 1000.0 4.169 34.560 27.407 0.291 0.037 150.0 12.873 34.794 26.248 0.046 0.037 1112.0 3.764 34.575 27.460 0.463 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.97




2.0 24.573 34.285 22.920 5.124 0.221 200.0 11.925 34.749 26.398 0.049 0.037 5.0 24.447 34.282 22.955 5.157 0.346 300.0 10.606 34.682 26.587 0.038 0.037 10.0 24.263 34.291 23.017 5.007 0.740 400.0 9.057 34.589 26.775 0.041 0.037 20.0 23.543 34.512 23.397 4.746 0.277 500.0 7.642 34.540 26.954 0.038 0.037 30.0 22.610 34.614 23.743 4.735 0.085 600.0 6.555 34.526 27.094 0.037 0.037 40.0 22.240 34.584 23.825 4.630 0.110 700.0 5.694 34.521 27.201 0.049 0.037 50.0 20.623 34.559 24.250 2.749 0.144 800.0 5.187 34.537 27.275 0.083 0.037 75.0 16.727 34.490 25.177 0.676 0.073 900.0 4.661 34.549 27.345 0.168 0.037 100.0 14.497 34.521 25.700 0.374 0.045 1000.0 4.067 34.564 27.421 0.333 0.037 150.0 12.786 34.746 26.227 0.077 0.037 1107.0 3.740 34.578 27.465 0.486 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.98




2.0 25.083 34.249 22.739 5.112 0.395 200.0 11.670 34.738 26.437 0.050 0.037 5.0 24.440 34.246 22.930 4.652 0.725 300.0 10.085 34.646 26.650 0.040 0.037 10.0 23.970 34.240 23.065 3.904 1.324 400.0 8.623 34.577 26.835 0.038 0.037 20.0 23.047 34.268 23.355 3.614 0.533 500.0 7.381 34.541 26.992 0.038 0.037 30.0 21.324 34.321 23.879 1.167 0.214 600.0 6.478 34.525 27.104 0.037 0.037 40.0 19.004 34.419 24.566 0.683 0.089 700.0 5.710 34.528 27.205 0.050 0.037 50.0 17.478 34.545 25.040 0.801 0.048 800.0 5.134 34.530 27.275 0.087 0.037 75.0 15.305 34.716 25.675 0.221 0.037 900.0 4.629 34.546 27.345 0.164 0.037 100.0 13.869 34.766 26.023 0.082 0.040 1000.0 4.161 34.559 27.406 0.294 0.037 150.0 12.624 34.796 26.299 0.047 0.037 1106.0 3.739 34.575 27.463 0.484 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200

Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.99




2.0 25.026 34.302 22.797 4.497 0.180 200.0 11.434 34.740 26.483 0.039 0.037 5.0 24.846 34.297 22.847 4.527 0.184 300.0 10.011 34.640 26.658 0.038 0.037 10.0 24.464 34.301 22.965 4.345 0.220 400.0 8.364 34.563 26.864 0.040 0.037 20.0 22.494 34.292 23.531 1.692 0.399 500.0 7.197 34.536 27.014 0.036 0.037 30.0 19.115 34.435 24.550 0.718 0.191 600.0 6.303 34.527 27.128 0.036 0.037 40.0 18.033 34.563 24.919 0.593 0.073 700.0 5.603 34.525 27.215 0.051 0.037 50.0 16.735 34.610 25.267 0.240 0.073 800.0 5.076 34.529 27.281 0.096 0.037 75.0 14.918 34.711 25.756 0.054 0.066 900.0 4.567 34.542 27.349 0.177 0.037 100.0 13.692 34.773 26.065 0.045 0.063 1000.0 4.133 34.559 27.410 0.299 0.037 150.0 12.362 34.780 26.338 0.041 0.037 1201.0 3.557 34.586 27.490 0.589 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.100




2.0 25.144 34.308 22.765 4.572 0.110 200.0 11.153 34.717 26.516 0.040 0.037 5.0 24.762 34.306 22.879 4.465 0.143 300.0 9.643 34.626 26.709 0.039 0.037 10.0 24.105 34.304 23.074 3.402 0.219 400.0 8.469 34.579 26.860 0.037 0.037 20.0 21.159 34.406 23.989 1.862 0.303 500.0 7.204 34.538 27.015 0.037 0.037 30.0 19.428 34.513 24.529 1.185 0.073 600.0 6.228 34.521 27.133 0.039 0.037 40.0 18.265 34.527 24.834 0.566 0.073 700.0 5.595 34.520 27.213 0.061 0.037 50.0 17.035 34.584 25.176 0.171 0.073 800.0 4.952 34.536 27.301 0.102 0.037 75.0 14.677 34.754 25.842 0.052 0.073 900.0 4.611 34.545 27.347 0.157 0.037 100.0 13.439 34.791 26.131 0.047 0.072 1000.0 4.180 34.559 27.405 0.283 0.037 150.0 11.962 34.763 26.401 0.042 0.037 1218.0 3.528 34.586 27.493 0.598 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.101




2.0 25.319 34.306 22.710 4.760 0.110 200.0 11.390 34.724 26.478 0.041 0.037 5.0 24.972 34.293 22.806 4.224 0.126 300.0 9.663 34.627 26.707 0.039 0.037 10.0 23.048 34.329 23.401 3.037 0.302 400.0 8.146 34.560 26.895 0.038 0.037 20.0 20.532 34.440 24.183 1.438 0.162 500.0 6.942 34.533 27.047 0.038 0.037 30.0 18.911 34.515 24.663 1.070 0.074 600.0 6.241 34.521 27.132 0.040 0.037 40.0 17.198 34.549 25.110 0.335 0.073 700.0 5.640 34.524 27.210 0.051 0.037 50.0 16.498 34.641 25.346 0.080 0.050 800.0 5.103 34.536 27.284 0.080 0.037 75.0 15.018 34.735 25.753 0.050 0.070 900.0 4.663 34.549 27.344 0.160 0.037 100.0 13.499 34.793 26.120 0.045 0.073 1000.0 4.151 34.563 27.411 0.308 0.037 150.0 12.270 34.781 26.356 0.041 0.037 1191.0 3.621 34.583 27.481 0.547 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.102




2.0 25.908 34.238 22.478 4.132 0.076 200.0 11.454 34.747 26.484 0.039 0.037 5.0 24.670 34.284 22.890 3.257 0.119 300.0 10.063 34.652 26.658 0.037 0.037 10.0 21.297 34.500 24.022 3.060 0.810 400.0 8.474 34.576 26.857 0.037 0.037 20.0 19.410 34.479 24.508 1.434 0.351 500.0 7.271 34.542 27.009 0.037 0.037 30.0 17.926 34.466 24.871 1.091 0.145 600.0 6.250 34.526 27.134 0.037 0.037 40.0 16.690 34.508 25.199 0.561 0.073 700.0 5.502 34.530 27.231 0.060 0.037 50.0 15.945 34.609 25.449 0.173 0.051 800.0 5.018 34.538 27.295 0.106 0.037 75.0 14.266 34.760 25.934 0.053 0.073 900.0 4.581 34.550 27.354 0.182 0.037 100.0 13.408 34.789 26.136 0.046 0.065 1000.0 4.330 34.558 27.388 0.253 0.037 150.0 12.321 34.789 26.352 0.041 0.037 1187.0 3.586 34.586 27.487 0.606 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.103

ESTACION LANCE LATITUD LONGITUD DD MM AA H[UT] D03 103 19 40.0 105 32.3 17 3 2007 0742 PROFTOT TEMSUP SALSUP TEBUHU TEBUSE V−MAG DIR NUBES BAROM [m] [°C] [ups] [°C] [°C] [m/s] [AZM] [1/8] [bar] 904.0 26.3 34.20 99.9 27.1 1.0 215 9 1021.0



2.0 26.302 34.194 22.333 4.651 0.147 150.0 12.456 34.761 26.316 0.047 0.037 5.0 26.188 34.192 22.368 4.517 0.145 200.0 11.636 34.731 26.450 0.042 0.037 10.0 23.660 34.235 23.164 1.435 0.217 300.0 10.260 34.655 26.639 0.038 0.037 20.0 19.484 34.401 24.441 0.418 0.073 400.0 8.725 34.573 26.827 0.038 0.037 30.0 17.750 34.541 24.983 0.268 0.073 500.0 7.267 34.528 27.010 0.038 0.037 40.0 17.241 34.588 25.141 0.175 0.073 600.0 6.368 34.510 27.118 0.038 0.037 50.0 16.456 34.638 25.365 0.110 0.062 700.0 5.652 34.517 27.215 0.060 0.037 75.0 14.775 34.727 25.811 0.050 0.073 800.0 5.341 34.520 27.255 0.079 0.037 100.0 13.456 34.768 26.121 0.047 0.073 885.0 4.917 34.527 27.310 0.122 0.037

0 4 8 12 16 20 24 28 32

0

100

200

300

400

500

600

700

800

900

1000

Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.104




2.0 26.335 34.177 22.310 5.045 0.232 50.0 15.272 34.632 25.629 0.104 0.071 5.0 26.328 34.174 22.310 4.957 0.235 75.0 14.020 34.749 25.990 0.053 0.073 10.0 25.756 34.152 22.471 4.090 0.403 100.0 13.081 34.768 26.198 0.051 0.039 20.0 20.573 34.248 24.038 1.318 0.225 150.0 12.183 34.772 26.378 0.041 0.037 30.0 18.571 34.389 24.664 0.940 0.208 200.0 11.499 34.740 26.482 0.039 0.037 40.0 16.574 34.409 25.161 0.556 0.087 300.0 10.296 34.661 26.637 0.038 0.037 352.0 9.826 34.637 26.699 0.036 0.037

0 4 8 12 16 20 24 28 32

0

50

100

150

200

250

300

350

400

450

500

Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.105




2.0 25.776 34.176 22.483 5.315 0.640 30.0 20.475 34.368 24.156 0.886 0.244 5.0 25.294 34.174 22.630 4.845 0.930 40.0 16.722 34.553 25.238 0.294 0.066 10.0 24.565 34.188 22.860 3.759 1.904 50.0 15.623 34.623 25.544 0.196 0.052 20.0 22.700 34.250 23.452 1.680 0.531 61.0 15.166 34.660 25.674 0.153 0.069

0 4 8 12 16 20 24 28 32

0

10

20

30

40

50

60

70

80

90

100

Θ SγθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.106

ESTACION LANCE LATITUD LONGITUD DD MM AA H[UT] C01 106 19 29.5 105 6.2 17 3 2007 1344 PROFTOT TEMSUP SALSUP TEBUHU TEBUSE V−MAG DIR NUBES BAROM [m] [°C] [ups] [°C] [°C] [m/s] [AZM] [1/8] [bar] 83.0 26.4 34.17 99.9 27.5 3.0 149 9 1023.0



2.0 26.381 34.165 22.286 4.747 0.186 30.0 19.293 34.411 24.498 0.900 0.087 5.0 26.294 34.165 22.314 5.251 0.199 40.0 17.572 34.536 25.022 0.449 0.073 10.0 25.620 34.187 22.540 5.799 1.140 50.0 15.952 34.618 25.465 0.183 0.046 20.0 23.743 34.208 23.119 2.331 1.719 75.0 14.366 34.721 25.895 0.060 0.057 81.0 14.212 34.728 25.933 0.054 0.061

0 4 8 12 16 20 24 28 32

0

10

20

30

40

50

60

70

80

90

100

Θ SγθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.107

ESTACION LANCE LATITUD LONGITUD DD MM AA H[UT] C02 107 19 25.7 105 10.2 17 3 2007 1444 PROFTOT TEMSUP SALSUP TEBUHU TEBUSE V−MAG DIR NUBES BAROM [m] [°C] [ups] [°C] [°C] [m/s] [AZM] [1/8] [bar] 270.0 26.5 34.17 99.9 29.1 4.1 260 9 1024.0



5.0 26.453 34.165 22.264 4.529 0.103 50.0 17.180 34.590 25.158 0.191 0.081 10.0 26.437 34.159 22.264 4.534 0.110 75.0 15.032 34.720 25.750 0.049 0.081 20.0 24.233 34.176 22.950 3.604 0.468 100.0 13.689 34.782 26.085 0.042 0.073 30.0 20.805 34.316 24.027 1.097 0.322 150.0 12.244 34.758 26.355 0.038 0.037 40.0 18.728 34.483 24.697 0.470 0.127 200.0 11.261 34.710 26.503 0.037 0.037 278.0 10.885 34.694 26.558 0.034 0.037

0 4 8 12 16 20 24 28 32

0

50

100

150

200

250

300Θ Sγθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.108

ESTACION LANCE LATITUD LONGITUD DD MM AA H[UT] C03 108 19 21.9 105 14.2 17 3 2007 1555 PROFTOT TEMSUP SALSUP TEBUHU TEBUSE V−MAG DIR NUBES BAROM [m] [°C] [ups] [°C] [°C] [m/s] [AZM] [1/8] [bar]1270.0 26.6 34.20 99.9 29.7 2.8 283 1 1025.0



2.0 26.554 34.215 22.258 4.550 0.073 200.0 11.714 34.767 26.451 0.039 0.037 5.0 26.539 34.212 22.261 4.588 0.082 300.0 10.705 34.708 26.590 0.036 0.037 10.0 26.308 34.191 22.318 4.354 0.105 400.0 9.033 34.612 26.797 0.036 0.037 20.0 21.776 34.303 23.741 2.419 0.189 500.0 7.285 34.541 27.005 0.036 0.037 30.0 19.449 34.388 24.428 1.288 0.194 600.0 6.373 34.534 27.125 0.038 0.037 40.0 18.632 34.441 24.677 0.820 0.174 700.0 5.719 34.537 27.210 0.054 0.037 50.0 16.846 34.531 25.180 0.313 0.127 800.0 5.130 34.542 27.285 0.076 0.037 75.0 14.546 34.668 25.804 0.075 0.048 900.0 4.631 34.552 27.350 0.168 0.037 100.0 13.621 34.801 26.101 0.045 0.073 1000.0 4.250 34.562 27.400 0.286 0.037 150.0 12.569 34.802 26.314 0.041 0.037 1187.0 3.748 34.579 27.466 0.504 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.109

ESTACION LANCE LATITUD LONGITUD DD MM AA H[UT] C04P 109 19 18.0 105 18.4 17 3 2007 1801 PROFTOT TEMSUP SALSUP TEBUHU TEBUSE V−MAG DIR NUBES BAROM [m] [°C] [ups] [°C] [°C] [m/s] [AZM] [1/8] [bar]1537.0 26.2 34.24 99.9 30.6 2.6 284 2 1024.0



2.0 26.172 34.231 22.401 4.567 0.066 50.0 15.491 34.567 25.530 0.245 0.073 5.0 26.027 34.227 22.444 4.611 0.073 75.0 14.029 34.744 25.984 0.051 0.073 10.0 24.801 34.258 22.843 3.234 0.100 100.0 13.034 34.790 26.224 0.044 0.048 20.0 21.544 34.452 23.929 1.976 0.345 150.0 12.169 34.774 26.382 0.040 0.037 30.0 18.485 34.474 24.750 0.364 0.138 200.0 11.810 34.759 26.439 0.037 0.037 40.0 17.129 34.584 25.165 0.219 0.056 205.0 11.768 34.759 26.446 0.037 0.037

0 4 8 12 16 20 24 28 32

0

50

100

150

200

250

300

Θ SγθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.110




2.0 26.260 34.245 22.373 4.596 0.061 200.0 11.814 34.770 26.434 0.038 0.037 5.0 26.001 34.241 22.451 4.501 0.072 300.0 10.374 34.680 26.626 0.036 0.037 10.0 23.060 34.311 23.384 3.024 0.180 400.0 8.830 34.599 26.820 0.037 0.037 20.0 20.724 34.474 24.158 1.313 0.347 500.0 7.149 34.538 27.023 0.036 0.037 30.0 17.995 34.527 24.901 0.306 0.118 600.0 6.454 34.534 27.114 0.036 0.037 40.0 16.718 34.612 25.272 0.275 0.039 700.0 5.780 34.535 27.201 0.045 0.037 50.0 15.322 34.608 25.588 0.140 0.065 800.0 5.228 34.542 27.274 0.079 0.037 75.0 13.830 34.761 26.028 0.051 0.073 900.0 4.708 34.551 27.341 0.150 0.037 100.0 12.958 34.807 26.241 0.045 0.038 1000.0 4.350 34.561 27.388 0.247 0.037 150.0 12.350 34.798 26.353 0.040 0.037 1178.0 3.655 34.582 27.477 0.545 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.111




5.0 24.757 34.373 22.931 5.193 0.234 200.0 11.764 34.775 26.448 0.040 0.037 10.0 24.289 34.368 23.068 4.371 0.287 300.0 10.682 34.704 26.591 0.038 0.037 20.0 20.273 34.515 24.310 1.699 0.213 400.0 9.048 34.604 26.789 0.037 0.037 30.0 18.584 34.563 24.782 0.756 0.103 500.0 7.685 34.554 26.959 0.038 0.037 40.0 16.598 34.533 25.240 0.296 0.070 600.0 6.580 34.529 27.094 0.037 0.037 50.0 15.987 34.639 25.462 0.095 0.037 700.0 5.770 34.531 27.199 0.046 0.037 75.0 13.970 34.756 25.994 0.056 0.073 800.0 5.159 34.540 27.280 0.076 0.037 100.0 12.900 34.800 26.247 0.048 0.041 900.0 4.683 34.548 27.341 0.149 0.037 150.0 12.117 34.786 26.390 0.043 0.037 1000.0 4.242 34.561 27.400 0.272 0.0371180.0 3.590 34.584 27.485 0.565 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.112




2.0 24.049 34.449 23.200 4.677 0.096 200.0 11.609 34.752 26.459 0.037 0.037 5.0 23.359 34.442 23.397 3.554 0.111 300.0 10.330 34.675 26.630 0.036 0.037 10.0 21.186 34.432 24.001 1.406 0.119 400.0 8.797 34.586 26.815 0.037 0.037 20.0 18.379 34.461 24.755 0.799 0.120 500.0 7.437 34.542 26.985 0.036 0.037 30.0 17.300 34.595 25.121 0.320 0.068 600.0 6.543 34.532 27.100 0.036 0.037 40.0 16.175 34.664 25.438 0.143 0.046 700.0 5.616 34.534 27.221 0.051 0.037 50.0 15.176 34.668 25.667 0.090 0.048 800.0 5.068 34.541 27.292 0.086 0.037 75.0 13.911 34.755 26.005 0.055 0.057 900.0 4.606 34.550 27.352 0.162 0.037 100.0 13.102 34.779 26.190 0.043 0.053 1000.0 4.112 34.566 27.418 0.323 0.037 150.0 12.307 34.779 26.347 0.039 0.037 1220.0 3.418 34.591 27.508 0.671 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.113




2.0 24.605 34.374 22.978 4.731 0.128 200.0 11.806 34.760 26.429 0.039 0.037 5.0 24.275 34.379 23.080 4.585 0.171 300.0 10.320 34.662 26.622 0.038 0.037 10.0 23.415 34.385 23.338 2.672 0.208 400.0 8.590 34.573 26.837 0.037 0.037 20.0 17.475 34.535 25.033 0.503 0.063 500.0 7.350 34.534 26.991 0.038 0.037 30.0 16.000 34.597 25.427 0.213 0.047 600.0 6.404 34.522 27.111 0.038 0.037 40.0 15.457 34.700 25.629 0.089 0.051 700.0 5.676 34.532 27.212 0.048 0.037 50.0 14.518 34.682 25.820 0.205 0.045 800.0 5.151 34.540 27.282 0.079 0.037 75.0 13.385 34.691 26.065 0.130 0.037 900.0 4.582 34.551 27.355 0.164 0.037 100.0 12.857 34.785 26.244 0.046 0.037 1000.0 4.214 34.559 27.401 0.278 0.037 150.0 12.332 34.789 26.351 0.041 0.037 1221.0 3.432 34.592 27.507 0.671 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.114




2.0 24.802 34.352 22.902 4.889 0.157 200.0 11.459 34.733 26.473 0.041 0.037 5.0 24.355 34.358 23.040 4.880 0.158 300.0 10.115 34.658 26.654 0.038 0.037 10.0 24.172 34.358 23.095 4.864 0.175 400.0 8.534 34.572 26.845 0.037 0.037 20.0 21.876 34.380 23.771 2.333 0.244 500.0 7.281 34.535 27.001 0.038 0.037 30.0 19.594 34.618 24.567 1.779 0.267 600.0 6.364 34.523 27.117 0.038 0.037 40.0 18.719 34.640 24.807 1.222 0.087 700.0 5.697 34.529 27.206 0.045 0.037 50.0 17.410 34.663 25.147 0.625 0.072 800.0 5.115 34.541 27.286 0.086 0.037 75.0 14.311 34.738 25.908 0.084 0.073 900.0 4.696 34.548 27.340 0.135 0.037 100.0 13.074 34.685 26.123 0.170 0.037 1000.0 4.298 34.558 27.391 0.244 0.037 150.0 12.224 34.770 26.356 0.048 0.037 1181.0 3.617 34.583 27.481 0.549 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.115




2.0 25.100 34.267 22.748 5.220 0.512 200.0 11.364 34.711 26.473 0.045 0.037 5.0 24.704 34.268 22.868 4.997 0.615 300.0 10.154 34.651 26.642 0.039 0.037 10.0 24.519 34.262 22.919 3.914 1.146 400.0 8.599 34.580 26.841 0.038 0.037 20.0 21.252 34.334 23.909 0.456 0.073 500.0 7.326 34.539 26.999 0.038 0.037 30.0 18.804 34.401 24.603 0.811 0.082 600.0 6.230 34.522 27.134 0.038 0.037 40.0 17.688 34.539 24.984 0.681 0.054 700.0 5.643 34.528 27.213 0.049 0.037 50.0 16.588 34.675 25.351 0.372 0.052 800.0 5.094 34.533 27.283 0.085 0.037 75.0 14.533 34.751 25.871 0.067 0.063 900.0 4.691 34.546 27.339 0.140 0.037 100.0 13.442 34.784 26.125 0.069 0.061 1000.0 4.324 34.555 27.386 0.233 0.037 150.0 12.207 34.759 26.351 0.078 0.037 1169.0 3.700 34.580 27.471 0.509 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.116




2.0 25.157 34.292 22.749 5.819 0.513 200.0 11.618 34.734 26.443 0.054 0.037 5.0 24.754 34.273 22.856 5.817 0.575 300.0 10.113 34.650 26.648 0.038 0.037 10.0 24.124 34.284 23.053 5.030 1.438 400.0 8.654 34.566 26.822 0.045 0.037 20.0 23.521 34.414 23.328 4.608 0.398 500.0 7.421 34.540 26.986 0.038 0.037 30.0 22.578 34.592 23.735 4.349 0.074 600.0 6.398 34.522 27.112 0.038 0.037 40.0 21.553 34.559 23.997 2.568 0.091 700.0 5.640 34.522 27.208 0.056 0.037 50.0 19.692 34.507 24.456 1.095 0.077 800.0 5.052 34.535 27.289 0.088 0.037 75.0 15.230 34.599 25.601 0.304 0.042 900.0 4.660 34.547 27.343 0.144 0.037 100.0 14.155 34.772 25.967 0.055 0.073 1000.0 4.214 34.562 27.404 0.270 0.037 150.0 12.441 34.778 26.320 0.069 0.037 1171.0 3.680 34.581 27.473 0.513 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.117




2.0 24.354 34.470 23.125 4.668 0.073 200.0 11.838 34.755 26.419 0.047 0.037 5.0 24.345 34.467 23.126 4.670 0.073 300.0 10.185 34.653 26.638 0.038 0.037 10.0 24.143 34.454 23.176 4.659 0.073 400.0 8.558 34.563 26.834 0.043 0.037 20.0 24.014 34.463 23.221 4.672 0.073 500.0 7.513 34.544 26.975 0.037 0.037 30.0 23.347 34.489 23.436 4.516 0.117 600.0 6.490 34.527 27.104 0.036 0.037 40.0 22.636 34.557 23.692 4.122 0.190 700.0 5.825 34.530 27.192 0.042 0.037 50.0 21.805 34.555 23.924 3.228 0.183 800.0 5.141 34.531 27.275 0.082 0.037 75.0 17.354 34.518 25.049 0.482 0.073 900.0 4.749 34.555 27.339 0.118 0.037 100.0 14.499 34.733 25.864 0.080 0.049 1000.0 4.254 34.560 27.398 0.255 0.037 150.0 12.615 34.777 26.285 0.111 0.037 1270.0 3.386 34.593 27.512 0.676 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200

1400

1600

Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.118




2.0 24.471 34.489 23.105 4.639 0.073 200.0 12.240 34.787 26.366 0.040 0.037 5.0 24.449 34.491 23.113 4.665 0.073 300.0 10.522 34.681 26.601 0.038 0.037 10.0 24.088 34.498 23.226 4.675 0.073 400.0 8.888 34.596 26.808 0.037 0.037 20.0 23.897 34.506 23.289 4.653 0.073 500.0 7.600 34.546 26.965 0.037 0.037 30.0 23.416 34.494 23.420 4.517 0.115 600.0 6.585 34.531 27.094 0.037 0.037 40.0 22.519 34.558 23.726 2.874 0.120 700.0 5.910 34.530 27.181 0.040 0.037 50.0 20.696 34.458 24.153 1.527 0.080 800.0 5.176 34.536 27.275 0.072 0.037 75.0 17.579 34.673 25.114 0.920 0.045 900.0 4.669 34.553 27.347 0.134 0.037 100.0 14.409 34.674 25.838 0.238 0.037 1000.0 4.253 34.561 27.398 0.255 0.037 150.0 12.838 34.793 26.254 0.045 0.037 1212.0 3.593 34.583 27.484 0.565 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.119




2.0 24.732 34.445 22.993 4.649 0.061 200.0 12.062 34.780 26.395 0.043 0.037 5.0 24.491 34.433 23.057 4.650 0.073 300.0 10.631 34.704 26.599 0.039 0.037 10.0 24.214 34.430 23.137 4.658 0.073 400.0 9.042 34.600 26.787 0.038 0.037 20.0 24.045 34.450 23.202 4.789 0.103 500.0 7.756 34.552 26.946 0.038 0.037 30.0 23.790 34.471 23.293 4.653 0.147 600.0 6.634 34.527 27.084 0.037 0.037 40.0 23.605 34.507 23.375 4.613 0.128 700.0 5.905 34.529 27.181 0.040 0.037 50.0 23.009 34.542 23.574 4.471 0.107 800.0 5.388 34.549 27.260 0.045 0.037 75.0 20.280 34.595 24.369 2.148 0.087 900.0 4.824 34.553 27.330 0.104 0.037 100.0 15.208 34.556 25.573 0.514 0.037 1000.0 4.242 34.560 27.399 0.258 0.037 150.0 12.755 34.766 26.249 0.094 0.037 1188.0 3.614 34.581 27.480 0.549 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.120

ESTACION LANCE LATITUD LONGITUD DD MM AA H[UT] C13P 120 18 20.2 106 18.6 18 3 2007 0018 PROFTOT TEMSUP SALSUP TEBUHU TEBUSE V−MAG DIR NUBES BAROM [m] [°C] [ups] [°C] [°C] [m/s] [AZM] [1/8] [bar] 7.0 24.9 34.34 99.9 28.6 0.3 315 7 1025.0



2.0 24.737 34.423 22.986 4.370 0.057 50.0 22.455 34.531 23.735 3.038 0.112 5.0 24.403 34.418 23.083 4.657 0.062 75.0 18.634 34.634 24.835 1.040 0.062 10.0 24.236 34.415 23.130 4.683 0.073 100.0 15.224 34.561 25.585 0.417 0.037 20.0 23.972 34.441 23.228 4.792 0.109 150.0 12.808 34.749 26.237 0.090 0.037 30.0 23.714 34.475 23.330 4.619 0.147 200.0 12.081 34.767 26.393 0.041 0.037 40.0 23.381 34.505 23.449 4.605 0.115 206.0 12.034 34.764 26.400 0.040 0.037

0 4 8 12 16 20 24 28 32

0

50

100

150

200

250

300

Θ SγθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.121




2.0 25.210 34.310 22.747 4.649 0.047 200.0 11.883 34.751 26.407 0.044 0.037 5.0 24.903 34.314 22.843 4.655 0.045 300.0 10.438 34.683 26.617 0.039 0.037 10.0 24.591 34.361 22.972 4.679 0.055 400.0 8.729 34.588 26.827 0.038 0.037 20.0 24.355 34.361 23.043 4.704 0.072 500.0 7.482 34.547 26.982 0.038 0.037 30.0 24.233 34.434 23.134 4.743 0.073 600.0 6.748 34.541 27.080 0.037 0.037 40.0 23.983 34.504 23.261 4.699 0.120 700.0 6.031 34.545 27.178 0.037 0.037 50.0 23.834 34.513 23.312 4.678 0.147 800.0 5.376 34.548 27.261 0.046 0.037 75.0 20.104 34.525 24.362 1.552 0.114 900.0 4.849 34.545 27.320 0.104 0.037 100.0 15.681 34.673 25.558 0.123 0.046 1000.0 4.311 34.556 27.388 0.235 0.037 150.0 12.697 34.779 26.271 0.047 0.037 1179.0 3.623 34.581 27.479 0.546 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.122




2.0 25.636 34.229 22.555 4.563 0.051 200.0 12.083 34.775 26.388 0.042 0.037 5.0 25.612 34.221 22.556 4.573 0.052 300.0 10.606 34.689 26.593 0.039 0.037 10.0 25.183 34.186 22.661 4.587 0.056 400.0 8.947 34.597 26.799 0.038 0.037 20.0 24.876 34.231 22.788 4.637 0.072 500.0 7.908 34.574 26.941 0.038 0.037 30.0 24.590 34.321 22.942 4.673 0.073 600.0 6.725 34.557 27.096 0.038 0.037 40.0 24.397 34.391 23.053 4.689 0.073 700.0 5.977 34.542 27.182 0.039 0.037 50.0 24.090 34.428 23.172 4.673 0.152 800.0 5.272 34.533 27.261 0.067 0.037 75.0 19.526 34.386 24.407 1.989 0.168 900.0 4.789 34.544 27.326 0.116 0.037 100.0 14.525 34.581 25.741 0.228 0.037 1000.0 4.279 34.556 27.392 0.246 0.037 150.0 12.720 34.775 26.263 0.048 0.045 1161.0 3.672 34.580 27.474 0.532 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.123




2.0 25.472 34.188 22.574 4.553 0.047 200.0 12.071 34.790 26.401 0.043 0.037 5.0 25.465 34.186 22.575 4.556 0.045 300.0 10.755 34.724 26.593 0.039 0.037 10.0 25.299 34.176 22.619 4.575 0.042 400.0 9.397 34.631 26.753 0.038 0.037 20.0 25.147 34.177 22.666 4.616 0.049 500.0 7.863 34.562 26.939 0.038 0.037 30.0 24.806 34.253 22.826 4.680 0.073 600.0 6.785 34.534 27.070 0.038 0.037 40.0 24.560 34.315 22.946 4.599 0.113 700.0 6.123 34.537 27.159 0.037 0.037 50.0 23.664 34.401 23.277 4.293 0.226 800.0 5.465 34.537 27.241 0.049 0.037 75.0 18.748 34.319 24.554 1.903 0.103 900.0 4.865 34.543 27.317 0.105 0.037 100.0 15.292 34.511 25.519 0.430 0.073 1000.0 4.331 34.556 27.386 0.233 0.037 150.0 12.626 34.788 26.292 0.049 0.037 1167.0 3.742 34.578 27.465 0.512 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.124




2.0 26.245 33.897 22.115 4.485 0.039 200.0 11.940 34.784 26.421 0.042 0.037 5.0 26.250 33.897 22.114 4.493 0.037 300.0 10.731 34.712 26.589 0.039 0.037 10.0 26.235 33.905 22.125 4.511 0.042 400.0 9.220 34.619 26.773 0.038 0.037 20.0 25.577 34.092 22.470 4.581 0.073 500.0 7.904 34.560 26.931 0.038 0.037 30.0 25.216 34.151 22.625 4.598 0.071 600.0 6.902 34.542 27.060 0.038 0.037 40.0 24.136 34.314 23.072 4.617 0.212 700.0 6.099 34.534 27.160 0.037 0.037 50.0 22.927 34.434 23.516 3.837 0.276 800.0 5.482 34.542 27.244 0.043 0.037 75.0 17.921 34.421 24.837 0.880 0.194 900.0 5.031 34.547 27.301 0.074 0.037 100.0 15.197 34.619 25.624 0.124 0.073 1000.0 4.468 34.552 27.368 0.190 0.037 150.0 12.825 34.808 26.268 0.047 0.062 1184.0 3.729 34.576 27.464 0.506 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.125




2.0 26.212 33.904 22.131 4.472 0.042 200.0 12.118 34.787 26.390 0.041 0.037 5.0 26.214 33.904 22.131 4.478 0.037 300.0 10.795 34.709 26.574 0.039 0.037 10.0 26.214 33.903 22.130 4.484 0.037 400.0 9.455 34.635 26.747 0.038 0.037 20.0 26.121 33.900 22.157 4.517 0.047 500.0 8.040 34.563 26.913 0.038 0.037 30.0 25.802 34.073 22.386 4.456 0.061 600.0 6.879 34.538 27.060 0.038 0.037 40.0 25.173 34.135 22.626 4.443 0.151 700.0 6.046 34.533 27.166 0.037 0.037 50.0 24.642 34.203 22.837 4.217 0.221 800.0 5.450 34.536 27.243 0.052 0.037 75.0 20.003 34.333 24.242 1.611 0.319 900.0 4.924 34.548 27.314 0.089 0.037 100.0 15.258 34.593 25.590 0.118 0.079 1000.0 4.499 34.554 27.366 0.179 0.037 150.0 12.964 34.795 26.230 0.047 0.063 1221.0 3.661 34.579 27.474 0.539 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.126




2.0 26.015 33.972 22.244 4.494 0.037 200.0 12.382 34.795 26.345 0.041 0.037 5.0 26.010 33.972 22.245 4.495 0.037 300.0 11.165 34.744 26.535 0.037 0.037 10.0 26.006 33.972 22.247 4.506 0.037 400.0 9.697 34.663 26.729 0.037 0.037 20.0 25.849 34.066 22.366 4.550 0.046 500.0 8.182 34.578 26.904 0.037 0.037 30.0 25.649 34.104 22.457 4.564 0.051 600.0 6.928 34.538 27.053 0.037 0.037 40.0 25.565 34.114 22.490 4.534 0.060 700.0 6.190 34.532 27.147 0.037 0.037 50.0 24.757 34.174 22.781 4.379 0.112 800.0 5.416 34.535 27.246 0.053 0.037 75.0 18.609 34.375 24.632 1.116 0.196 900.0 5.072 34.541 27.291 0.078 0.037 100.0 15.581 34.601 25.525 0.207 0.084 1000.0 4.550 34.553 27.360 0.164 0.037 150.0 13.374 34.775 26.132 0.045 0.111 1179.0 3.814 34.574 27.454 0.463 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.127

ESTACION LANCE LATITUD LONGITUD DD MM AA H[UT] B01P 127 17 27.0 106 55.1 19 3 2007 1759 PROFTOT TEMSUP SALSUP TEBUHU TEBUSE V−MAG DIR NUBES BAROM [m] [°C] [ups] [°C] [°C] [m/s] [AZM] [1/8] [bar]4071.0 26.2 33.90 99.9 29.9 0.0 0 0 1025.0



2.0 26.168 33.903 22.156 4.498 0.039 50.0 25.398 34.071 22.520 4.548 0.073 5.0 26.132 33.904 22.167 4.500 0.037 75.0 20.160 34.284 24.175 1.836 0.235 10.0 26.118 33.909 22.176 4.508 0.037 100.0 15.547 34.544 25.500 0.240 0.073 20.0 25.909 34.018 22.323 4.556 0.037 150.0 13.327 34.798 26.171 0.046 0.073 30.0 25.796 34.036 22.371 4.562 0.052 200.0 12.134 34.783 26.396 0.041 0.037 40.0 25.687 34.054 22.419 4.572 0.073 204.0 12.031 34.780 26.413 0.040 0.037

0 4 8 12 16 20 24 28 32

0

50

100

150

200

250

300

Θ SγθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.128

ESTACION LANCE LATITUD LONGITUD DD MM AA H[UT] B01 128 17 26.5 106 54.6 19 3 2007 1835 PROFTOT TEMSUP SALSUP TEBUHU TEBUSE V−MAG DIR NUBES BAROM [m] [°C] [ups] [°C] [°C] [m/s] [AZM] [1/8] [bar]4000.0 26.2 33.90 99.9 29.9 0.0 0 0 1025.0



5.0 26.129 33.916 22.166 4.504 0.037 200.0 12.189 34.804 26.390 0.041 0.037 10.0 26.112 33.924 22.178 4.514 0.037 300.0 10.824 34.729 26.585 0.037 0.037 20.0 25.887 34.038 22.334 4.562 0.037 400.0 9.606 34.664 26.745 0.036 0.037 30.0 25.786 34.051 22.375 4.566 0.049 500.0 8.239 34.608 26.919 0.036 0.037 40.0 25.639 34.076 22.438 4.581 0.072 600.0 7.178 34.567 27.041 0.036 0.037 50.0 25.242 34.114 22.589 4.531 0.075 700.0 6.171 34.540 27.156 0.037 0.037 75.0 19.549 34.345 24.370 1.444 0.208 800.0 5.588 34.543 27.231 0.039 0.037 100.0 15.460 34.569 25.527 0.200 0.073 900.0 5.122 34.543 27.287 0.068 0.037 150.0 13.204 34.815 26.198 0.046 0.073 1000.0 4.493 34.555 27.368 0.188 0.0371237.0 3.684 34.577 27.470 0.530 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200

Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.129




2.0 26.433 33.892 22.053 4.521 0.037 200.0 12.064 34.791 26.404 0.042 0.037 5.0 26.290 33.892 22.098 4.528 0.037 300.0 10.858 34.726 26.577 0.037 0.037 10.0 26.115 33.905 22.162 4.548 0.037 400.0 9.649 34.656 26.731 0.036 0.037 20.0 25.992 33.937 22.224 4.542 0.054 500.0 8.272 34.597 26.905 0.036 0.037 30.0 25.819 34.043 22.358 4.539 0.073 600.0 6.938 34.554 27.064 0.036 0.037 40.0 25.093 34.136 22.651 4.551 0.165 700.0 6.224 34.543 27.151 0.037 0.037 50.0 24.294 34.244 22.972 4.226 0.223 800.0 5.626 34.542 27.226 0.038 0.037 75.0 19.804 34.356 24.312 1.749 0.193 900.0 4.887 34.546 27.316 0.098 0.037 100.0 15.554 34.622 25.547 0.097 0.073 1000.0 4.525 34.557 27.366 0.177 0.037 150.0 12.902 34.815 26.258 0.045 0.046 1179.0 3.865 34.574 27.449 0.445 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.130




2.0 25.834 34.169 22.449 4.526 0.053 200.0 12.097 34.797 26.402 0.039 0.037 5.0 25.794 34.181 22.470 4.560 0.057 300.0 10.707 34.714 26.594 0.037 0.037 10.0 25.435 34.300 22.670 4.653 0.065 400.0 9.488 34.636 26.742 0.036 0.037 20.0 24.636 34.372 22.967 4.699 0.073 500.0 8.521 34.600 26.869 0.036 0.037 30.0 24.149 34.380 23.118 4.675 0.079 600.0 7.055 34.553 27.048 0.036 0.037 40.0 23.969 34.397 23.185 4.628 0.103 700.0 6.261 34.557 27.158 0.037 0.037 50.0 23.847 34.405 23.226 4.551 0.171 800.0 5.496 34.547 27.245 0.040 0.037 75.0 20.328 34.317 24.144 1.828 0.113 900.0 4.992 34.552 27.309 0.075 0.037 100.0 14.298 34.743 25.915 0.061 0.182 1000.0 4.510 34.560 27.370 0.173 0.037 150.0 12.924 34.815 26.254 0.043 0.065 1139.0 3.966 34.575 27.440 0.385 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.131




2.0 25.653 34.253 22.568 4.559 0.037 200.0 12.175 34.802 26.390 0.041 0.037 5.0 25.634 34.250 22.571 4.652 0.037 300.0 11.011 34.733 26.555 0.037 0.037 10.0 24.964 34.304 22.817 4.716 0.073 400.0 9.534 34.664 26.756 0.037 0.037 20.0 24.443 34.316 22.982 4.678 0.078 500.0 8.027 34.583 26.931 0.038 0.037 30.0 24.177 34.323 23.067 4.456 0.192 600.0 6.909 34.565 27.077 0.037 0.037 40.0 23.118 34.406 23.440 3.670 0.192 700.0 6.006 34.545 27.181 0.037 0.037 50.0 21.994 34.439 23.783 2.537 0.111 800.0 5.407 34.554 27.262 0.043 0.037 75.0 16.508 34.520 25.251 0.421 0.109 900.0 4.873 34.557 27.327 0.099 0.037 100.0 14.266 34.724 25.907 0.056 0.172 1000.0 4.407 34.571 27.390 0.226 0.037 150.0 12.962 34.822 26.251 0.045 0.059 1164.0 3.974 34.580 27.443 0.397 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.132




2.0 25.856 34.210 22.473 4.536 0.054 200.0 12.128 34.799 26.398 0.041 0.037 5.0 25.840 34.206 22.474 4.559 0.049 300.0 10.960 34.740 26.569 0.037 0.037 10.0 25.290 34.190 22.631 4.581 0.050 400.0 9.542 34.651 26.745 0.037 0.037 20.0 24.992 34.267 22.780 4.640 0.071 500.0 8.193 34.595 26.915 0.038 0.037 30.0 24.175 34.345 23.084 4.624 0.101 600.0 6.812 34.552 27.080 0.037 0.037 40.0 23.139 34.407 23.435 4.170 0.277 700.0 5.994 34.545 27.182 0.037 0.037 50.0 21.694 34.413 23.847 3.256 0.305 800.0 5.428 34.546 27.253 0.042 0.037 75.0 16.680 34.506 25.200 0.393 0.109 900.0 4.819 34.556 27.332 0.101 0.037 100.0 14.756 34.707 25.788 0.058 0.123 1000.0 4.378 34.568 27.391 0.221 0.037 150.0 12.755 34.819 26.290 0.046 0.037 1187.0 3.746 34.585 27.470 0.504 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.133




5.0 25.560 34.198 22.555 4.582 0.070 200.0 12.086 34.795 26.402 0.040 0.037 10.0 25.125 34.203 22.691 4.541 0.073 300.0 10.637 34.716 26.608 0.037 0.037 20.0 24.490 34.277 22.939 4.623 0.074 400.0 9.058 34.628 26.806 0.036 0.037 30.0 24.201 34.321 23.058 4.568 0.131 500.0 7.789 34.574 26.959 0.036 0.037 40.0 23.732 34.370 23.233 4.176 0.243 600.0 6.786 34.551 27.083 0.036 0.037 50.0 22.633 34.311 23.506 2.909 0.315 700.0 6.008 34.546 27.181 0.037 0.037 75.0 17.673 34.477 24.941 0.760 0.149 800.0 5.313 34.547 27.267 0.046 0.037 100.0 15.740 34.625 25.507 0.150 0.086 900.0 4.861 34.553 27.325 0.093 0.037 150.0 12.959 34.821 26.252 0.043 0.062 1000.0 4.413 34.562 27.382 0.200 0.0371218.0 3.645 34.584 27.479 0.553 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.134

ESTACION LANCE LATITUD LONGITUD DD MM AA H[UT] A19 134 16 39.7 105 42.6 20 3 2007 1429 PROFTOT TEMSUP SALSUP TEBUHU TEBUSE V−MAG DIR NUBES BAROM [m] [°C] [ups] [°C] [°C] [m/s] [AZM] [1/8] [bar]3120.0 26.2 33.96 99.9 28.4 1.3 285 0 1025.0



2.0 26.155 33.976 22.204 4.487 0.048 200.0 11.917 34.776 26.420 0.039 0.037 5.0 26.152 33.976 22.205 4.488 0.045 300.0 10.745 34.721 26.593 0.036 0.037 10.0 26.144 33.975 22.206 4.496 0.055 400.0 9.294 34.641 26.778 0.036 0.037 20.0 25.988 33.984 22.262 4.533 0.044 500.0 8.144 34.589 26.918 0.035 0.037 30.0 25.706 34.063 22.408 4.566 0.052 600.0 7.047 34.562 27.055 0.036 0.037 40.0 25.300 34.104 22.564 4.307 0.082 700.0 6.142 34.548 27.166 0.036 0.037 50.0 23.417 34.269 23.249 3.432 0.239 800.0 5.477 34.549 27.250 0.038 0.037 75.0 17.507 34.482 24.985 0.700 0.140 900.0 4.901 34.552 27.320 0.088 0.037 100.0 14.528 34.691 25.826 0.059 0.073 1000.0 4.388 34.559 27.382 0.207 0.037 150.0 12.685 34.798 26.288 0.043 0.037 1184.0 3.742 34.583 27.469 0.497 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.135




2.0 26.050 34.036 22.282 4.526 0.037 200.0 12.016 34.783 26.407 0.039 0.037 5.0 25.944 34.035 22.313 4.532 0.037 300.0 10.891 34.721 26.567 0.036 0.037 10.0 25.864 34.034 22.337 4.556 0.037 400.0 9.446 34.645 26.756 0.036 0.037 20.0 25.584 34.086 22.463 4.590 0.037 500.0 7.980 34.585 26.940 0.036 0.037 30.0 25.173 34.168 22.650 4.605 0.071 600.0 6.919 34.555 27.068 0.036 0.037 40.0 24.431 34.271 22.952 4.220 0.146 700.0 6.053 34.550 27.179 0.037 0.037 50.0 22.041 34.267 23.639 2.841 0.349 800.0 5.362 34.544 27.259 0.047 0.037 75.0 17.077 34.514 25.112 0.514 0.132 900.0 4.838 34.551 27.326 0.100 0.037 100.0 14.908 34.674 25.730 0.067 0.073 1000.0 4.444 34.564 27.380 0.193 0.037 150.0 12.832 34.804 26.264 0.043 0.037 1189.0 3.659 34.583 27.477 0.531 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.136

ESTACION LANCE LATITUD LONGITUD DD MM AA H[UT] A18P 136 16 49.0 105 36.5 20 3 2007 1806 PROFTOT TEMSUP SALSUP TEBUHU TEBUSE V−MAG DIR NUBES BAROM [m] [°C] [ups] [°C] [°C] [m/s] [AZM] [1/8] [bar]3060.0 26.5 34.02 99.9 27.9 0.2 315 0 1025.0



2.0 26.197 34.019 22.234 4.519 0.037 50.0 21.227 34.268 23.876 2.561 0.373 5.0 25.977 34.018 22.302 4.531 0.037 75.0 16.548 34.526 25.258 0.296 0.122 10.0 25.894 34.015 22.325 4.555 0.037 100.0 14.029 34.727 25.971 0.052 0.115 20.0 25.464 34.090 22.514 4.553 0.048 150.0 12.657 34.790 26.299 0.042 0.037 30.0 24.864 34.206 22.784 4.558 0.079 200.0 11.870 34.761 26.429 0.039 0.037 40.0 23.712 34.230 23.145 3.572 0.230 203.0 11.854 34.762 26.433 0.037 0.037

0 4 8 12 16 20 24 28 32

0

50

100

150

200

250

300

Θ SγθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.137




5.0 25.996 34.182 22.408 4.571 0.049 200.0 12.094 34.795 26.401 0.039 0.037 10.0 25.734 34.171 22.481 4.584 0.046 300.0 10.669 34.710 26.598 0.038 0.037 20.0 25.340 34.171 22.602 4.620 0.049 400.0 9.407 34.638 26.758 0.036 0.037 30.0 24.353 34.318 23.011 4.647 0.093 500.0 8.092 34.585 26.922 0.036 0.037 40.0 23.188 34.386 23.404 3.687 0.265 600.0 7.119 34.557 27.041 0.036 0.037 50.0 19.808 34.335 24.295 1.443 0.338 700.0 6.214 34.544 27.153 0.037 0.037 75.0 16.438 34.561 25.298 0.339 0.117 800.0 5.558 34.536 27.230 0.043 0.037 100.0 14.730 34.664 25.761 0.067 0.073 900.0 4.910 34.545 27.313 0.095 0.037 150.0 12.854 34.820 26.271 0.043 0.049 1000.0 4.447 34.561 27.378 0.194 0.0371205.0 3.738 34.582 27.468 0.494 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.138




2.0 26.174 34.064 22.264 4.528 0.046 200.0 11.886 34.785 26.433 0.041 0.037 5.0 26.175 34.064 22.263 4.540 0.051 300.0 10.512 34.696 26.614 0.038 0.037 10.0 26.106 34.059 22.281 4.570 0.042 400.0 9.330 34.638 26.770 0.037 0.037 20.0 25.508 34.124 22.515 4.602 0.068 500.0 7.778 34.575 26.962 0.037 0.037 30.0 25.201 34.193 22.661 4.603 0.068 600.0 6.846 34.553 27.076 0.036 0.037 40.0 24.212 34.225 22.983 3.901 0.273 700.0 6.013 34.542 27.177 0.037 0.037 50.0 22.441 34.269 23.529 2.918 0.363 800.0 5.384 34.537 27.251 0.052 0.037 75.0 17.080 34.448 25.061 0.571 0.156 900.0 4.812 34.547 27.326 0.109 0.037 100.0 14.145 34.704 25.917 0.071 0.096 1000.0 4.420 34.563 27.382 0.204 0.037 150.0 12.646 34.807 26.302 0.045 0.037 1215.0 3.657 34.585 27.479 0.543 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.139




2.0 25.621 34.365 22.662 4.624 0.073 200.0 11.649 34.773 26.468 0.041 0.037 5.0 25.621 34.364 22.662 4.629 0.073 300.0 10.375 34.690 26.634 0.038 0.037 10.0 25.296 34.401 22.789 4.672 0.074 400.0 9.006 34.619 26.808 0.037 0.037 20.0 24.935 34.434 22.924 4.695 0.110 500.0 7.928 34.586 26.948 0.036 0.037 30.0 24.294 34.329 23.037 4.480 0.127 600.0 7.037 34.557 27.053 0.036 0.037 40.0 23.485 34.355 23.294 3.807 0.320 700.0 6.104 34.543 27.167 0.037 0.037 50.0 22.083 34.475 23.786 3.260 0.310 800.0 5.420 34.537 27.247 0.049 0.037 75.0 16.322 34.460 25.248 0.563 0.086 900.0 4.884 34.546 27.317 0.098 0.037 100.0 13.763 34.679 25.978 0.066 0.048 1000.0 4.466 34.564 27.378 0.188 0.037 150.0 12.322 34.808 26.367 0.046 0.037 1150.0 3.982 34.575 27.438 0.376 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.140




2.0 25.039 34.435 22.893 4.641 0.073 200.0 11.884 34.781 26.430 0.041 0.037 5.0 25.038 34.435 22.893 4.647 0.073 300.0 10.494 34.699 26.620 0.038 0.037 10.0 25.037 34.433 22.892 4.662 0.073 400.0 9.056 34.629 26.808 0.037 0.037 20.0 24.554 34.406 23.017 4.704 0.073 500.0 7.993 34.585 26.937 0.037 0.037 30.0 24.262 34.404 23.102 4.671 0.098 600.0 6.919 34.551 27.065 0.037 0.037 40.0 23.714 34.392 23.255 4.136 0.244 700.0 6.143 34.542 27.161 0.037 0.037 50.0 22.233 34.376 23.668 1.907 0.303 800.0 5.404 34.537 27.249 0.051 0.037 75.0 15.790 34.502 25.402 0.228 0.073 900.0 4.969 34.553 27.313 0.081 0.037 100.0 14.081 34.706 25.932 0.057 0.125 1000.0 4.487 34.560 27.372 0.176 0.037 150.0 12.566 34.783 26.299 0.045 0.037 1133.0 3.980 34.575 27.439 0.377 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.141




2.0 25.147 34.465 22.883 4.680 0.081 200.0 11.780 34.768 26.440 0.042 0.037 5.0 25.149 34.465 22.882 4.682 0.079 300.0 10.227 34.676 26.649 0.039 0.037 10.0 25.152 34.463 22.880 4.693 0.082 400.0 8.966 34.629 26.821 0.038 0.037 20.0 24.448 34.414 23.055 4.648 0.073 500.0 7.741 34.575 26.967 0.038 0.037 30.0 23.844 34.400 23.224 4.641 0.202 600.0 6.764 34.550 27.085 0.038 0.037 40.0 23.074 34.414 23.458 3.165 0.273 700.0 6.042 34.540 27.172 0.037 0.037 50.0 21.577 34.384 23.857 1.914 0.251 800.0 5.356 34.540 27.257 0.053 0.037 75.0 17.444 34.525 25.033 0.808 0.074 900.0 4.748 34.555 27.340 0.117 0.037 100.0 14.270 34.664 25.860 0.070 0.041 1000.0 4.362 34.566 27.391 0.223 0.037 150.0 12.620 34.780 26.287 0.046 0.037 1161.0 3.774 34.582 27.465 0.480 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.142




2.0 24.707 34.478 23.026 4.608 0.073 200.0 11.899 34.784 26.430 0.039 0.037 5.0 24.717 34.478 23.023 4.615 0.073 300.0 10.436 34.698 26.630 0.038 0.037 10.0 24.713 34.478 23.024 4.617 0.073 400.0 9.036 34.623 26.806 0.036 0.037 20.0 24.704 34.473 23.023 4.643 0.073 500.0 7.733 34.579 26.972 0.036 0.037 30.0 23.941 34.412 23.204 4.013 0.183 600.0 6.799 34.548 27.078 0.036 0.037 40.0 22.576 34.576 23.723 4.052 0.220 700.0 6.038 34.539 27.172 0.037 0.037 50.0 21.426 34.507 23.992 1.698 0.156 800.0 5.363 34.541 27.257 0.050 0.037 75.0 16.448 34.589 25.318 0.341 0.050 900.0 4.895 34.553 27.322 0.090 0.037 100.0 13.997 34.650 25.906 0.112 0.037 1000.0 4.319 34.561 27.391 0.236 0.037 150.0 12.657 34.780 26.279 0.043 0.037 1139.0 3.900 34.578 27.449 0.419 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.143




2.0 24.888 34.497 22.986 4.607 0.071 200.0 11.837 34.775 26.434 0.039 0.037 5.0 24.886 34.497 22.986 4.610 0.073 300.0 10.510 34.702 26.619 0.036 0.037 10.0 24.881 34.495 22.986 4.614 0.073 400.0 9.343 34.635 26.765 0.035 0.037 20.0 23.436 34.491 23.412 4.317 0.083 500.0 7.816 34.565 26.948 0.035 0.037 30.0 22.294 34.535 23.772 3.535 0.183 600.0 6.634 34.542 27.096 0.036 0.037 40.0 21.336 34.513 24.021 2.333 0.126 700.0 5.770 34.535 27.202 0.037 0.037 50.0 19.287 34.517 24.568 1.096 0.100 800.0 5.337 34.549 27.266 0.045 0.037 75.0 15.830 34.555 25.433 0.232 0.037 900.0 4.737 34.549 27.336 0.124 0.037 100.0 13.748 34.704 26.000 0.050 0.075 1000.0 4.355 34.564 27.390 0.222 0.037 150.0 12.601 34.814 26.317 0.041 0.037 1170.0 3.809 34.581 27.460 0.462 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.144

ESTACION LANCE LATITUD LONGITUD DD MM AA H[UT] A10P 144 18 6.6 104 53.6 21 3 2007 1758 PROFTOT TEMSUP SALSUP TEBUHU TEBUSE V−MAG DIR NUBES BAROM [m] [°C] [ups] [°C] [°C] [m/s] [AZM] [1/8] [bar]3290.0 25.8 34.39 99.9 26.6 0.0 0 0 1023.0



2.0 25.788 34.375 22.630 4.721 0.054 50.0 17.423 34.482 25.017 0.509 0.052 5.0 25.619 34.376 22.682 4.726 0.064 75.0 15.014 34.573 25.641 0.129 0.044 10.0 25.453 34.379 22.736 4.686 0.078 100.0 13.366 34.776 26.146 0.049 0.080 20.0 23.107 34.454 23.490 3.452 0.219 150.0 12.372 34.792 26.356 0.041 0.037 30.0 21.330 34.482 24.011 2.642 0.183 200.0 11.828 34.765 26.439 0.038 0.037 40.0 20.437 34.510 24.273 1.268 0.147 203.0 11.798 34.764 26.444 0.038 0.037

0 4 8 12 16 20 24 28 32

0

50

100

150

200

250

300

Θ SγθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.145




2.0 25.618 34.395 22.686 4.736 0.073 200.0 11.881 34.782 26.432 0.038 0.037 5.0 25.525 34.395 22.715 4.745 0.073 300.0 10.600 34.707 26.608 0.036 0.037 10.0 25.349 34.397 22.770 4.550 0.077 400.0 9.082 34.626 26.801 0.035 0.037 20.0 22.405 34.470 23.692 3.005 0.333 500.0 7.502 34.556 26.986 0.035 0.037 30.0 20.959 34.522 24.131 2.612 0.168 600.0 6.673 34.542 27.091 0.036 0.037 40.0 19.009 34.507 24.632 0.777 0.088 700.0 6.008 34.550 27.184 0.036 0.037 50.0 16.984 34.498 25.122 0.495 0.037 800.0 5.421 34.549 27.256 0.042 0.037 75.0 14.919 34.610 25.678 0.085 0.049 900.0 4.935 34.554 27.317 0.083 0.037 100.0 13.414 34.784 26.131 0.046 0.073 1000.0 4.425 34.562 27.381 0.200 0.037 150.0 12.394 34.808 26.353 0.041 0.037 1175.0 3.772 34.580 27.464 0.479 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.146




2.0 26.501 34.320 22.354 4.629 0.089 200.0 11.721 34.774 26.455 0.039 0.037 5.0 26.046 34.317 22.494 4.686 0.103 300.0 10.351 34.696 26.643 0.037 0.037 10.0 25.503 34.311 22.658 4.306 0.113 400.0 8.744 34.608 26.840 0.037 0.037 20.0 21.180 34.440 24.009 1.372 0.497 500.0 7.556 34.559 26.981 0.036 0.037 30.0 19.028 34.490 24.614 0.503 0.143 600.0 6.627 34.553 27.106 0.036 0.037 40.0 17.319 34.401 24.968 0.837 0.091 700.0 5.925 34.548 27.194 0.037 0.037 50.0 15.855 34.503 25.387 0.389 0.078 800.0 5.324 34.549 27.268 0.047 0.037 75.0 14.064 34.756 25.974 0.052 0.152 900.0 4.837 34.553 27.328 0.102 0.037 100.0 13.381 34.792 26.144 0.045 0.073 1000.0 4.361 34.563 27.389 0.220 0.037 150.0 12.376 34.803 26.353 0.041 0.037 1190.0 3.668 34.582 27.475 0.526 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.147




2.0 26.190 34.331 22.460 4.613 0.111 200.0 11.531 34.747 26.470 0.038 0.037 5.0 26.033 34.320 22.501 4.622 0.112 300.0 10.440 34.699 26.629 0.036 0.037 10.0 25.622 34.308 22.619 4.625 0.146 400.0 9.014 34.618 26.805 0.036 0.037 20.0 22.878 34.349 23.465 2.797 0.849 500.0 7.726 34.564 26.961 0.035 0.037 30.0 19.770 34.436 24.382 0.611 0.361 600.0 6.692 34.543 27.089 0.036 0.037 40.0 17.148 34.347 24.968 0.721 0.154 700.0 5.947 34.547 27.189 0.036 0.037 50.0 16.035 34.551 25.383 0.223 0.080 800.0 5.398 34.536 27.249 0.052 0.037 75.0 14.302 34.769 25.934 0.050 0.110 900.0 4.825 34.539 27.318 0.115 0.037 100.0 13.118 34.786 26.192 0.045 0.068 1000.0 4.331 34.555 27.385 0.225 0.037 150.0 12.195 34.771 26.363 0.040 0.037 1203.0 3.630 34.583 27.481 0.550 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.148




2.0 26.393 34.275 22.355 4.562 0.073 200.0 11.550 34.763 26.479 0.039 0.037 5.0 26.224 34.268 22.402 4.187 0.073 300.0 10.234 34.688 26.657 0.037 0.037 10.0 22.288 34.341 23.626 1.842 0.281 400.0 8.843 34.597 26.816 0.037 0.037 20.0 19.764 34.338 24.308 1.117 0.301 500.0 7.475 34.546 26.982 0.036 0.037 30.0 18.977 34.356 24.524 1.194 0.216 600.0 6.497 34.538 27.112 0.036 0.037 40.0 18.183 34.327 24.701 0.780 0.183 700.0 5.919 34.535 27.184 0.037 0.037 50.0 17.113 34.483 25.080 0.211 0.111 800.0 5.269 34.537 27.265 0.066 0.037 75.0 14.845 34.747 25.800 0.052 0.208 900.0 4.747 34.549 27.335 0.124 0.037 100.0 13.337 34.789 26.150 0.045 0.073 1000.0 4.245 34.562 27.400 0.269 0.037 150.0 12.103 34.766 26.376 0.041 0.037 1203.0 3.640 34.586 27.481 0.554 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.149




2.0 26.675 34.246 22.244 4.543 0.090 200.0 11.808 34.779 26.443 0.039 0.037 5.0 26.670 34.245 22.245 4.555 0.092 300.0 10.526 34.708 26.621 0.037 0.037 10.0 26.557 34.236 22.274 4.609 0.099 400.0 9.059 34.604 26.787 0.036 0.037 20.0 23.133 34.189 23.271 2.852 0.295 500.0 7.688 34.553 26.958 0.036 0.037 30.0 19.616 34.356 24.360 1.234 0.271 600.0 6.463 34.534 27.112 0.036 0.037 40.0 16.841 34.493 25.152 0.353 0.263 700.0 5.441 34.537 27.244 0.054 0.037 50.0 15.765 34.641 25.514 0.104 0.156 800.0 5.222 34.545 27.277 0.071 0.037 75.0 14.091 34.751 25.965 0.052 0.199 900.0 4.902 34.548 27.316 0.109 0.037 100.0 13.240 34.763 26.150 0.046 0.073 1000.0 4.480 34.558 27.372 0.194 0.037 150.0 12.251 34.792 26.368 0.041 0.037 1086.0 4.147 34.566 27.414 0.319 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200

Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.150




2.0 26.684 34.212 22.215 4.512 0.073 200.0 11.466 34.758 26.490 0.039 0.037 5.0 26.685 34.212 22.215 4.514 0.073 300.0 10.247 34.681 26.649 0.038 0.037 10.0 26.690 34.212 22.213 4.552 0.073 400.0 8.767 34.594 26.826 0.037 0.037 20.0 24.575 34.229 22.877 4.722 0.184 500.0 7.642 34.553 26.964 0.037 0.037 30.0 22.235 34.274 23.590 1.595 0.336 600.0 6.653 34.536 27.089 0.037 0.037 40.0 18.375 34.411 24.718 0.811 0.215 700.0 5.944 34.535 27.181 0.038 0.037 50.0 16.826 34.514 25.172 0.268 0.157 800.0 5.417 34.539 27.249 0.053 0.037 75.0 14.528 34.717 25.845 0.057 0.157 900.0 5.018 34.546 27.302 0.093 0.037 100.0 13.333 34.795 26.156 0.048 0.073 1000.0 4.645 34.555 27.351 0.163 0.037 150.0 12.078 34.783 26.394 0.042 0.037 1144.0 3.967 34.572 27.437 0.386 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.151




2.0 26.924 34.228 22.151 4.535 0.088 200.0 11.589 34.764 26.472 0.039 0.037 5.0 26.927 34.228 22.150 4.530 0.086 300.0 10.492 34.693 26.616 0.038 0.037 10.0 26.929 34.228 22.150 4.568 0.088 400.0 8.715 34.593 26.833 0.037 0.037 20.0 25.023 34.193 22.715 3.985 0.156 500.0 7.749 34.566 26.959 0.036 0.037 30.0 21.005 34.297 23.947 1.503 0.489 600.0 6.468 34.537 27.114 0.036 0.037 40.0 19.333 34.462 24.515 0.430 0.380 700.0 5.929 34.541 27.187 0.043 0.037 50.0 16.310 34.639 25.388 0.094 0.088 800.0 5.463 34.543 27.246 0.058 0.037 75.0 14.052 34.747 25.970 0.054 0.354 900.0 5.013 34.547 27.303 0.101 0.037 100.0 13.046 34.812 26.227 0.047 0.065 1000.0 4.691 34.552 27.344 0.148 0.037 150.0 12.137 34.791 26.389 0.041 0.037 1193.0 3.972 34.572 27.437 0.396 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.152




2.0 26.760 34.184 22.182 4.516 0.099 150.0 12.410 34.788 26.346 0.041 0.037 5.0 26.764 34.184 22.180 4.543 0.104 200.0 11.742 34.752 26.446 0.039 0.037 10.0 26.605 34.188 22.233 4.683 0.111 300.0 10.258 34.656 26.639 0.037 0.037 20.0 24.184 34.224 23.001 3.479 0.363 400.0 8.790 34.580 26.823 0.037 0.037 30.0 20.995 34.311 23.972 1.489 0.513 500.0 7.600 34.544 26.975 0.037 0.037 40.0 18.107 34.469 24.840 0.250 0.322 600.0 6.480 34.528 27.117 0.038 0.037 50.0 16.232 34.668 25.440 0.092 0.073 700.0 5.984 34.525 27.180 0.044 0.037 75.0 14.169 34.757 25.964 0.053 0.141 800.0 5.496 34.527 27.242 0.061 0.037 100.0 13.164 34.791 26.198 0.046 0.056 900.0 4.966 34.533 27.309 0.124 0.037 986.0 4.670 34.540 27.348 0.185 0.037

0 4 8 12 16 20 24 28 32

0

100

200

300

400

500

600

700

800

900

1000 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.153

ESTACION LANCE LATITUD LONGITUD DD MM AA H[UT] A02 153 18 59.4 104 25.1 22 3 2007 1317 PROFTOT TEMSUP SALSUP TEBUHU TEBUSE V−MAG DIR NUBES BAROM [m] [°C] [ups] [°C] [°C] [m/s] [AZM] [1/8] [bar] 212.5 26.4 34.17 99.9 24.2 5.4 346 9 1022.0



2.0 26.349 34.173 22.302 4.721 0.114 50.0 19.181 34.466 24.568 0.500 0.144 5.0 26.274 34.166 22.320 4.603 0.111 75.0 15.658 34.697 25.593 0.080 0.088 10.0 24.577 34.243 22.898 4.320 0.258 100.0 14.063 34.760 25.989 0.050 0.114 20.0 22.643 34.228 23.452 2.445 0.298 150.0 12.858 34.786 26.256 0.042 0.052 30.0 22.164 34.268 23.618 2.043 0.255 200.0 11.784 34.751 26.437 0.040 0.037 40.0 20.796 34.360 24.064 1.261 0.182 206.0 11.706 34.748 26.449 0.039 0.037

0 4 8 12 16 20 24 28 32

0

50

100

150

200

250

300

Θ SγθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.154

ESTACION LANCE LATITUD LONGITUD DD MM AA H[UT] Z01 154 18 50.9 104 0.0 22 3 2007 1750 PROFTOT TEMSUP SALSUP TEBUHU TEBUSE V−MAG DIR NUBES BAROM [m] [°C] [ups] [°C] [°C] [m/s] [AZM] [1/8] [bar] 262.0 26.3 34.16 99.9 26.6 0.0 0 0 1023.0



2.0 26.290 34.160 22.311 4.719 0.110 50.0 19.101 34.418 24.552 0.661 0.103 5.0 26.201 34.157 22.337 4.726 0.117 75.0 15.800 34.668 25.538 0.139 0.056 10.0 25.347 34.147 22.593 3.456 0.192 100.0 14.023 34.746 25.987 0.050 0.060 20.0 23.362 34.200 23.224 2.744 0.484 150.0 12.743 34.763 26.261 0.041 0.048 30.0 22.340 34.255 23.558 2.344 0.237 200.0 12.123 34.754 26.375 0.038 0.037 40.0 21.264 34.279 23.875 1.525 0.156 258.0 10.999 34.706 26.547 0.037 0.037

0 4 8 12 16 20 24 28 32

0

50

100

150

200

250

300

Θ SγθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.155

ESTACION LANCE LATITUD LONGITUD DD MM AA H[UT] Z02 155 18 41.4 104 4.2 22 3 2007 1939 PROFTOT TEMSUP SALSUP TEBUHU TEBUSE V−MAG DIR NUBES BAROM [m] [°C] [ups] [°C] [°C] [m/s] [AZM] [1/8] [bar] 940.0 27.3 34.18 99.9 27.2 2.7 251 0 1021.0



2.0 27.267 34.162 22.004 4.553 0.080 150.0 12.591 34.784 26.308 0.041 0.037 5.0 27.125 34.161 22.048 4.561 0.073 200.0 11.805 34.758 26.439 0.039 0.037 10.0 27.027 34.161 22.080 4.579 0.073 300.0 10.217 34.659 26.649 0.037 0.037 20.0 26.291 34.123 22.283 4.143 0.145 400.0 8.499 34.571 26.862 0.037 0.037 30.0 22.928 34.289 23.416 2.461 0.298 500.0 7.421 34.541 26.998 0.036 0.037 40.0 19.114 34.384 24.522 0.409 0.211 600.0 6.683 34.530 27.092 0.036 0.037 50.0 17.163 34.617 25.182 0.215 0.098 700.0 5.944 34.526 27.185 0.042 0.037 75.0 15.080 34.736 25.752 0.054 0.073 800.0 5.606 34.527 27.228 0.053 0.037 100.0 13.958 34.784 26.030 0.046 0.093 900.0 5.087 34.532 27.294 0.094 0.037 936.0 4.904 34.534 27.317 0.114 0.037

0 4 8 12 16 20 24 28 32

0

100

200

300

400

500

600

700

800

900

1000Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.156

ESTACION LANCE LATITUD LONGITUD DD MM AA H[UT] Z03 156 18 31.9 104 8.4 22 3 2007 2154 PROFTOT TEMSUP SALSUP TEBUHU TEBUSE V−MAG DIR NUBES BAROM [m] [°C] [ups] [°C] [°C] [m/s] [AZM] [1/8] [bar]1217.4 27.3 34.06 99.9 27.4 4.3 300 2 1019.0



2.0 27.130 34.064 21.962 4.540 0.073 200.0 11.848 34.777 26.434 0.039 0.037 5.0 26.845 34.060 22.050 4.561 0.074 300.0 10.519 34.689 26.608 0.037 0.037 10.0 26.682 34.104 22.134 4.804 0.101 400.0 8.858 34.600 26.816 0.037 0.037 20.0 22.512 34.260 23.502 2.574 0.434 500.0 7.425 34.547 26.990 0.037 0.037 30.0 20.989 34.328 23.975 0.997 0.422 600.0 6.399 34.534 27.121 0.036 0.037 40.0 17.006 34.407 25.047 0.661 0.159 700.0 5.794 34.531 27.196 0.039 0.037 50.0 16.226 34.558 25.345 0.184 0.110 800.0 5.257 34.543 27.271 0.061 0.037 75.0 14.843 34.747 25.801 0.054 0.248 900.0 4.845 34.557 27.330 0.097 0.037 100.0 13.746 34.776 26.056 0.046 0.145 1000.0 4.433 34.561 27.379 0.212 0.037 150.0 12.397 34.807 26.352 0.041 0.037 1197.0 3.873 34.578 27.452 0.442 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.157




2.0 27.275 34.318 22.107 4.815 0.147 200.0 11.856 34.778 26.433 0.034 0.037 5.0 27.250 34.308 22.107 4.854 0.147 300.0 10.592 34.705 26.607 0.034 0.037 10.0 26.780 34.298 22.250 4.867 0.147 400.0 9.185 34.620 26.780 0.034 0.037 20.0 26.659 34.282 22.276 4.521 0.192 500.0 7.517 34.550 26.980 0.035 0.037 30.0 21.151 34.313 23.920 1.409 0.473 600.0 6.523 34.536 27.106 0.036 0.037 40.0 18.768 34.419 24.625 0.474 0.287 700.0 5.791 34.533 27.199 0.038 0.037 50.0 16.317 34.507 25.285 0.214 0.126 800.0 5.349 34.545 27.261 0.048 0.037 75.0 14.226 34.724 25.915 0.048 0.173 900.0 4.843 34.555 27.329 0.098 0.037 100.0 13.248 34.918 26.268 0.041 0.047 1000.0 4.489 34.560 27.372 0.174 0.037 150.0 12.349 34.805 26.359 0.036 0.037 1203.0 3.740 34.582 27.468 0.498 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.158




5.0 26.789 34.303 22.251 4.694 0.265 200.0 11.835 34.773 26.433 0.039 0.037 10.0 26.744 34.295 22.259 4.714 0.257 300.0 10.237 34.681 26.651 0.037 0.037 20.0 23.797 34.259 23.131 3.501 0.364 400.0 8.830 34.604 26.824 0.037 0.037 30.0 21.732 34.328 23.772 1.988 0.330 500.0 7.600 34.561 26.976 0.036 0.037 40.0 19.930 34.386 24.302 0.806 0.464 600.0 6.698 34.541 27.087 0.036 0.037 50.0 16.707 34.411 25.121 0.552 0.159 700.0 5.938 34.533 27.180 0.037 0.037 75.0 14.659 34.678 25.787 0.060 0.110 800.0 5.254 34.535 27.265 0.064 0.037 100.0 13.563 34.758 26.080 0.046 0.144 900.0 4.840 34.551 27.326 0.109 0.037 150.0 12.466 34.792 26.326 0.041 0.037 1000.0 4.403 34.561 27.383 0.201 0.0371192.0 3.747 34.581 27.467 0.491 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200 Θ S γθO

2Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

A.159




2.0 26.418 34.281 22.351 4.538 0.110 200.0 11.450 34.760 26.495 0.039 0.037 5.0 26.398 34.277 22.355 4.587 0.110 300.0 10.412 34.699 26.634 0.036 0.037 10.0 25.404 34.257 22.647 4.052 0.131 400.0 8.886 34.620 26.827 0.037 0.037 20.0 19.229 34.338 24.447 0.902 0.302 500.0 7.651 34.562 26.970 0.036 0.037 30.0 18.010 34.419 24.814 0.841 0.199 600.0 6.732 34.544 27.085 0.036 0.037 40.0 16.466 34.517 25.258 0.369 0.147 700.0 6.056 34.536 27.167 0.037 0.037 50.0 15.792 34.557 25.443 0.133 0.103 800.0 5.353 34.534 27.252 0.058 0.037 75.0 13.738 34.747 26.035 0.051 0.305 900.0 4.875 34.542 27.314 0.104 0.037 100.0 12.926 34.789 26.233 0.046 0.073 1000.0 4.503 34.558 27.369 0.171 0.037 150.0 12.109 34.788 26.393 0.041 0.037 1204.0 3.690 34.583 27.474 0.520 0.037

0 4 8 12 16 20 24 28 32

0

200

400

600

800

1000

1200Θ S γθ

O2

Flu

P [d

b]

Θ [°C]

33.4 33.6 33.8 34 34.2 34.4 34.6 34.8 35S [ups]

20 22 24 26 28γθ [kg/m3]0 2 4 6O

2 [ml/l]

0 1 2 3 4 5Flu [µgl−l]

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