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En el instante 23 de junio de 2026, 16:08:37 UTC,
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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 Fan-surface dynamics and biogenic calcrete development: Interactions during ultimate phases of fan evolution in the semiarid SE Spain (Murcia)
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| 91 | "notes": "Pleistocene alluvial fan surfaces of the Campo de | 91 | "notes": "Pleistocene alluvial fan surfaces of the Campo de | ||
| 92 | Cartagena-Mar Menor Basin (Murcia, SE Spain) are capped by thick | 92 | Cartagena-Mar Menor Basin (Murcia, SE Spain) are capped by thick | ||
| 93 | mature calcretes. Calcrete profiles consist mainly of six different | 93 | mature calcretes. Calcrete profiles consist mainly of six different | ||
| 94 | horizons: prismatic, chalky, nodular, massive, laminar and | 94 | horizons: prismatic, chalky, nodular, massive, laminar and | ||
| 95 | coated-gravels. Petrographic study of the calcretes has shown the | 95 | coated-gravels. Petrographic study of the calcretes has shown the | ||
| 96 | occurrence of features such as alveolar septal structures, calcified | 96 | occurrence of features such as alveolar septal structures, calcified | ||
| 97 | filaments, coated grains, spherulites, calcified root cells and | 97 | filaments, coated grains, spherulites, calcified root cells and | ||
| 98 | calcispheres that indicate the biogenic origin of the calcretes, | 98 | calcispheres that indicate the biogenic origin of the calcretes, | ||
| 99 | mainly induced by plant root related microbial activity. The calcretes | 99 | mainly induced by plant root related microbial activity. The calcretes | ||
| 100 | studied were formed initially in the soil and represented the K | 100 | studied were formed initially in the soil and represented the K | ||
| 101 | horizon. Development of the calcrete profiles took place in six main | 101 | horizon. Development of the calcrete profiles took place in six main | ||
| 102 | stages and was driven by multiple phases of soil formation, erosion | 102 | stages and was driven by multiple phases of soil formation, erosion | ||
| 103 | and reworking. The relationships between these processes caused the | 103 | and reworking. The relationships between these processes caused the | ||
| 104 | formation of different calcrete profiles in proximal and distal fan | 104 | formation of different calcrete profiles in proximal and distal fan | ||
| 105 | areas. In the distal areas, which are controlled by limited distal fan | 105 | areas. In the distal areas, which are controlled by limited distal fan | ||
| 106 | aggradation, episodic sediment input, buried previously developed | 106 | aggradation, episodic sediment input, buried previously developed | ||
| 107 | calcretes and generated new space for calcrete growth by plants | 107 | calcretes and generated new space for calcrete growth by plants | ||
| 108 | growing in the overlying unconsolidated materials. This allowed the | 108 | growing in the overlying unconsolidated materials. This allowed the | ||
| 109 | renewal of calcrete formation and it led to the development of complex | 109 | renewal of calcrete formation and it led to the development of complex | ||
| 110 | composite profiles which are thicker than in proximal areas, where | 110 | composite profiles which are thicker than in proximal areas, where | ||
| 111 | surface stabilisation and/or dissection enabled calcrete reworking and | 111 | surface stabilisation and/or dissection enabled calcrete reworking and | ||
| 112 | brecciation. These processes of erosion, sedimentation, reworking and | 112 | brecciation. These processes of erosion, sedimentation, reworking and | ||
| 113 | renewed calcrete formation initiated by vegetation were repeated | 113 | renewed calcrete formation initiated by vegetation were repeated | ||
| 114 | through time. They explain the complex macro- and microstructures of | 114 | through time. They explain the complex macro- and microstructures of | ||
| 115 | these calcretes and indicate that calcrete development, even reaching | 115 | these calcretes and indicate that calcrete development, even reaching | ||
| 116 | mature stages, can start before the fan surface is completely | 116 | mature stages, can start before the fan surface is completely | ||
| 117 | abandoned, but it requires episodic sedimentation. Eventually, distal | 117 | abandoned, but it requires episodic sedimentation. Eventually, distal | ||
| 118 | fan aggradation and continuous calcrete development throughout the | 118 | fan aggradation and continuous calcrete development throughout the | ||
| 119 | entire fan surface, led to the ultimate fan surface induration, | 119 | entire fan surface, led to the ultimate fan surface induration, | ||
| 120 | controlling subsequent landscape evolution. So, fan surface calcretes | 120 | controlling subsequent landscape evolution. So, fan surface calcretes | ||
| 121 | cannot be envisaged as simple top-surface carbonate accumulations, but | 121 | cannot be envisaged as simple top-surface carbonate accumulations, but | ||
| 122 | as complex feedback systems in which pedogenic, biogenic and | 122 | as complex feedback systems in which pedogenic, biogenic and | ||
| 123 | sedimentary processes interact in response to the evolving fan-surface | 123 | sedimentary processes interact in response to the evolving fan-surface | ||
| 124 | dynamics during the terminal phases of fan development in semiarid | 124 | dynamics during the terminal phases of fan development in semiarid | ||
| 125 | environments. (C) 1998 Elsevier Science B.V. All rights reserved.", | 125 | environments. (C) 1998 Elsevier Science B.V. All rights reserved.", | ||
| 126 | "notes_translated": { | 126 | "notes_translated": { | ||
| 127 | "es": "Pleistocene alluvial fan surfaces of the Campo de | 127 | "es": "Pleistocene alluvial fan surfaces of the Campo de | ||
| 128 | Cartagena-Mar Menor Basin (Murcia, SE Spain) are capped by thick | 128 | Cartagena-Mar Menor Basin (Murcia, SE Spain) are capped by thick | ||
| 129 | mature calcretes. Calcrete profiles consist mainly of six different | 129 | mature calcretes. Calcrete profiles consist mainly of six different | ||
| 130 | horizons: prismatic, chalky, nodular, massive, laminar and | 130 | horizons: prismatic, chalky, nodular, massive, laminar and | ||
| 131 | coated-gravels. Petrographic study of the calcretes has shown the | 131 | coated-gravels. Petrographic study of the calcretes has shown the | ||
| 132 | occurrence of features such as alveolar septal structures, calcified | 132 | occurrence of features such as alveolar septal structures, calcified | ||
| 133 | filaments, coated grains, spherulites, calcified root cells and | 133 | filaments, coated grains, spherulites, calcified root cells and | ||
| 134 | calcispheres that indicate the biogenic origin of the calcretes, | 134 | calcispheres that indicate the biogenic origin of the calcretes, | ||
| 135 | mainly induced by plant root related microbial activity. The calcretes | 135 | mainly induced by plant root related microbial activity. The calcretes | ||
| 136 | studied were formed initially in the soil and represented the K | 136 | studied were formed initially in the soil and represented the K | ||
| 137 | horizon. Development of the calcrete profiles took place in six main | 137 | horizon. Development of the calcrete profiles took place in six main | ||
| 138 | stages and was driven by multiple phases of soil formation, erosion | 138 | stages and was driven by multiple phases of soil formation, erosion | ||
| 139 | and reworking. The relationships between these processes caused the | 139 | and reworking. The relationships between these processes caused the | ||
| 140 | formation of different calcrete profiles in proximal and distal fan | 140 | formation of different calcrete profiles in proximal and distal fan | ||
| 141 | areas. In the distal areas, which are controlled by limited distal fan | 141 | areas. In the distal areas, which are controlled by limited distal fan | ||
| 142 | aggradation, episodic sediment input, buried previously developed | 142 | aggradation, episodic sediment input, buried previously developed | ||
| 143 | calcretes and generated new space for calcrete growth by plants | 143 | calcretes and generated new space for calcrete growth by plants | ||
| 144 | growing in the overlying unconsolidated materials. This allowed the | 144 | growing in the overlying unconsolidated materials. This allowed the | ||
| 145 | renewal of calcrete formation and it led to the development of complex | 145 | renewal of calcrete formation and it led to the development of complex | ||
| 146 | composite profiles which are thicker than in proximal areas, where | 146 | composite profiles which are thicker than in proximal areas, where | ||
| 147 | surface stabilisation and/or dissection enabled calcrete reworking and | 147 | surface stabilisation and/or dissection enabled calcrete reworking and | ||
| 148 | brecciation. These processes of erosion, sedimentation, reworking and | 148 | brecciation. These processes of erosion, sedimentation, reworking and | ||
| 149 | renewed calcrete formation initiated by vegetation were repeated | 149 | renewed calcrete formation initiated by vegetation were repeated | ||
| 150 | through time. They explain the complex macro- and microstructures of | 150 | through time. They explain the complex macro- and microstructures of | ||
| 151 | these calcretes and indicate that calcrete development, even reaching | 151 | these calcretes and indicate that calcrete development, even reaching | ||
| 152 | mature stages, can start before the fan surface is completely | 152 | mature stages, can start before the fan surface is completely | ||
| 153 | abandoned, but it requires episodic sedimentation. Eventually, distal | 153 | abandoned, but it requires episodic sedimentation. Eventually, distal | ||
| 154 | fan aggradation and continuous calcrete development throughout the | 154 | fan aggradation and continuous calcrete development throughout the | ||
| 155 | entire fan surface, led to the ultimate fan surface induration, | 155 | entire fan surface, led to the ultimate fan surface induration, | ||
| 156 | controlling subsequent landscape evolution. So, fan surface calcretes | 156 | controlling subsequent landscape evolution. So, fan surface calcretes | ||
| 157 | cannot be envisaged as simple top-surface carbonate accumulations, but | 157 | cannot be envisaged as simple top-surface carbonate accumulations, but | ||
| 158 | as complex feedback systems in which pedogenic, biogenic and | 158 | as complex feedback systems in which pedogenic, biogenic and | ||
| 159 | sedimentary processes interact in response to the evolving fan-surface | 159 | sedimentary processes interact in response to the evolving fan-surface | ||
| 160 | dynamics during the terminal phases of fan development in semiarid | 160 | dynamics during the terminal phases of fan development in semiarid | ||
| 161 | environments. (C) 1998 Elsevier Science B.V. All rights reserved." | 161 | environments. (C) 1998 Elsevier Science B.V. All rights reserved." | ||
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