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En el instante 23 de junio de 2026, 15:59:10 UTC,
-
Modificado el valor del campo
spatial_coverage
a[{'bbox': '{"type": "Polygon", "coordinates": [[[-2.34, 37.38], [-0.69, 37.38], [-0.69, 38.76], [-2.34, 38.76], [-2.34, 37.38]]]}', 'centroid': '{"type": "Point", "coordinates": [-1.515, 38.07]}', 'text': 'Región de Murcia', 'uri': 'http://datos.gob.es/recurso/sector-publico/territorio/Autonomia/Region-Murcia'}]
en Simultaneous solution for water, heat and salt balances in a Mediterranean coastal lagoon (Mar Menor, Spain)
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| 97 | "notes": "A modelling approach is proposed to evaluate the | 97 | "notes": "A modelling approach is proposed to evaluate the | ||
| 98 | environmental dynamics of coastal lagoons. The water, heat and salt | 98 | environmental dynamics of coastal lagoons. The water, heat and salt | ||
| 99 | balances are addressed simultaneously, providing a better estimation | 99 | balances are addressed simultaneously, providing a better estimation | ||
| 100 | of evaporation and water exchanges. Compared to traditional | 100 | of evaporation and water exchanges. Compared to traditional | ||
| 101 | approaches, the model presented accounts for the effects of water | 101 | approaches, the model presented accounts for the effects of water | ||
| 102 | salinity, heat storage and net energy advected in the water body. The | 102 | salinity, heat storage and net energy advected in the water body. The | ||
| 103 | model was applied daily to the Mar Menor coastal lagoon (SE Spain) | 103 | model was applied daily to the Mar Menor coastal lagoon (SE Spain) | ||
| 104 | from 2003 through 2006. Water exchanges with the Medi\u0002terranean | 104 | from 2003 through 2006. Water exchanges with the Medi\u0002terranean | ||
| 105 | Sea were estimated based on the monthly trend of the lagoon salinity | 105 | Sea were estimated based on the monthly trend of the lagoon salinity | ||
| 106 | and were correlated with monthly averages of wind speed. The mean | 106 | and were correlated with monthly averages of wind speed. The mean | ||
| 107 | daily water exchange with the sea was 1.77 hm3 d\u00011 . This | 107 | daily water exchange with the sea was 1.77 hm3 d\u00011 . This | ||
| 108 | exchange accounted for only 1% of the heat losses in the lagoon heat | 108 | exchange accounted for only 1% of the heat losses in the lagoon heat | ||
| 109 | balance, and it is the most important flow in the water balance. The | 109 | balance, and it is the most important flow in the water balance. The | ||
| 110 | mean annual evaporation flux amounted to 101.3 W m\u00012 (3.55 mm | 110 | mean annual evaporation flux amounted to 101.3 W m\u00012 (3.55 mm | ||
| 111 | d\u00011 ), while the sensible heat flux amounted to 19.7 W m\u00012 , | 111 | d\u00011 ), while the sensible heat flux amounted to 19.7 W m\u00012 , | ||
| 112 | leading to an annual Bowen ratio on the order of 0.19. To validate the | 112 | leading to an annual Bowen ratio on the order of 0.19. To validate the | ||
| 113 | model, daily water temperatures were predicted based on the daily heat | 113 | model, daily water temperatures were predicted based on the daily heat | ||
| 114 | balance of the water body and were compared with remote sensing data | 114 | balance of the water body and were compared with remote sensing data | ||
| 115 | from water surface standard products.", | 115 | from water surface standard products.", | ||
| 116 | "notes_translated": { | 116 | "notes_translated": { | ||
| 117 | "es": "A modelling approach is proposed to evaluate the | 117 | "es": "A modelling approach is proposed to evaluate the | ||
| 118 | environmental dynamics of coastal lagoons. The water, heat and salt | 118 | environmental dynamics of coastal lagoons. The water, heat and salt | ||
| 119 | balances are addressed simultaneously, providing a better estimation | 119 | balances are addressed simultaneously, providing a better estimation | ||
| 120 | of evaporation and water exchanges. Compared to traditional | 120 | of evaporation and water exchanges. Compared to traditional | ||
| 121 | approaches, the model presented accounts for the effects of water | 121 | approaches, the model presented accounts for the effects of water | ||
| 122 | salinity, heat storage and net energy advected in the water body. The | 122 | salinity, heat storage and net energy advected in the water body. The | ||
| 123 | model was applied daily to the Mar Menor coastal lagoon (SE Spain) | 123 | model was applied daily to the Mar Menor coastal lagoon (SE Spain) | ||
| 124 | from 2003 through 2006. Water exchanges with the Medi\u0002terranean | 124 | from 2003 through 2006. Water exchanges with the Medi\u0002terranean | ||
| 125 | Sea were estimated based on the monthly trend of the lagoon salinity | 125 | Sea were estimated based on the monthly trend of the lagoon salinity | ||
| 126 | and were correlated with monthly averages of wind speed. The mean | 126 | and were correlated with monthly averages of wind speed. The mean | ||
| 127 | daily water exchange with the sea was 1.77 hm3 d\u00011 . This | 127 | daily water exchange with the sea was 1.77 hm3 d\u00011 . This | ||
| 128 | exchange accounted for only 1% of the heat losses in the lagoon heat | 128 | exchange accounted for only 1% of the heat losses in the lagoon heat | ||
| 129 | balance, and it is the most important flow in the water balance. The | 129 | balance, and it is the most important flow in the water balance. The | ||
| 130 | mean annual evaporation flux amounted to 101.3 W m\u00012 (3.55 mm | 130 | mean annual evaporation flux amounted to 101.3 W m\u00012 (3.55 mm | ||
| 131 | d\u00011 ), while the sensible heat flux amounted to 19.7 W m\u00012 , | 131 | d\u00011 ), while the sensible heat flux amounted to 19.7 W m\u00012 , | ||
| 132 | leading to an annual Bowen ratio on the order of 0.19. To validate the | 132 | leading to an annual Bowen ratio on the order of 0.19. To validate the | ||
| 133 | model, daily water temperatures were predicted based on the daily heat | 133 | model, daily water temperatures were predicted based on the daily heat | ||
| 134 | balance of the water body and were compared with remote sensing data | 134 | balance of the water body and were compared with remote sensing data | ||
| 135 | from water surface standard products." | 135 | from water surface standard products." | ||
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| 341 | a Mediterranean coastal lagoon (Mar Menor, Spain)", | 312 | a Mediterranean coastal lagoon (Mar Menor, Spain)", | ||
| 342 | "title_translated": { | 313 | "title_translated": { | ||
| 343 | "es": "Simultaneous solution for water, heat and salt balances in | 314 | "es": "Simultaneous solution for water, heat and salt balances in | ||
| 344 | a Mediterranean coastal lagoon (Mar Menor, Spain)" | 315 | a Mediterranean coastal lagoon (Mar Menor, Spain)" | ||
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| 353 | } | 324 | } | ||
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