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En el instante 23 de junio de 2026, 16:04:59 UTC,
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Modificado el valor del campo
spatial_coverage
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en The impact of mining activities on the hypersaline Mar Menor lagoon
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| 96 | "notes": "Mar Menor lagoon is one of the largest hypersaline coastal | 96 | "notes": "Mar Menor lagoon is one of the largest hypersaline coastal | ||
| 97 | lagoons in the Mediterranean Sea. The lagoon is threatened by | 97 | lagoons in the Mediterranean Sea. The lagoon is threatened by | ||
| 98 | environmental degradation due to the urban growth around it, the | 98 | environmental degradation due to the urban growth around it, the | ||
| 99 | intensive agriculture in its watershed and the remains of mining | 99 | intensive agriculture in its watershed and the remains of mining | ||
| 100 | activities in the nearby Cartagena-La Union area. The present study | 100 | activities in the nearby Cartagena-La Union area. The present study | ||
| 101 | aims at estimating the levels of zinc and lead in the water column, | 101 | aims at estimating the levels of zinc and lead in the water column, | ||
| 102 | sediments and marine flora and fauna of Mar Menor lagoon. The ranges | 102 | sediments and marine flora and fauna of Mar Menor lagoon. The ranges | ||
| 103 | of the total concentrations in the water column were 9.36-28.7 mu g/L | 103 | of the total concentrations in the water column were 9.36-28.7 mu g/L | ||
| 104 | for Zn, 1.61-12.6 mu g/L for Pb and 3.01-29.70 mu g/L for Mn. Zinc was | 104 | for Zn, 1.61-12.6 mu g/L for Pb and 3.01-29.70 mu g/L for Mn. Zinc was | ||
| 105 | mostly found in the dissolved phase (70%) whereas lead and manganese | 105 | mostly found in the dissolved phase (70%) whereas lead and manganese | ||
| 106 | in the suspended phase (63-76%). Highest values were measured at | 106 | in the suspended phase (63-76%). Highest values were measured at | ||
| 107 | stations closer to streams flowing trough drainage basins including | 107 | stations closer to streams flowing trough drainage basins including | ||
| 108 | agricultural zone and the mining remains. Concerning sediments, the | 108 | agricultural zone and the mining remains. Concerning sediments, the | ||
| 109 | values were very high especially at the southern part, indicating | 109 | values were very high especially at the southern part, indicating | ||
| 110 | transport of suspended matter from currents. The metal content in the | 110 | transport of suspended matter from currents. The metal content in the | ||
| 111 | sediments is higher than the content in particulate matter and there | 111 | sediments is higher than the content in particulate matter and there | ||
| 112 | is an increased bioavailability of Zn and Pb. Zinc and lead were | 112 | is an increased bioavailability of Zn and Pb. Zinc and lead were | ||
| 113 | measured in the thallus of four marine flora species. Maximum zinc | 113 | measured in the thallus of four marine flora species. Maximum zinc | ||
| 114 | concentration was measured in Cymodosen noolosa (132 mu g/g) and | 114 | concentration was measured in Cymodosen noolosa (132 mu g/g) and | ||
| 115 | maximum lead in Acetabularia acetabulum (93.5 mu g/g) in samples from | 115 | maximum lead in Acetabularia acetabulum (93.5 mu g/g) in samples from | ||
| 116 | the southern lagoon. From the two benthic fauna species studied, it | 116 | the southern lagoon. From the two benthic fauna species studied, it | ||
| 117 | was observed that heavy metals accumulate mostly in the animal flesh. | 117 | was observed that heavy metals accumulate mostly in the animal flesh. | ||
| 118 | The highest concentration of Zn and Pd was measured in the flesh of | 118 | The highest concentration of Zn and Pd was measured in the flesh of | ||
| 119 | the mollusk Ostrea edullis with values of 1,856 and 51.0 mu g/g | 119 | the mollusk Ostrea edullis with values of 1,856 and 51.0 mu g/g | ||
| 120 | respectively. These values reveal the effect of heavy metal Pollution | 120 | respectively. These values reveal the effect of heavy metal Pollution | ||
| 121 | in the lagoon ecosystem.", | 121 | in the lagoon ecosystem.", | ||
| 122 | "notes_translated": { | 122 | "notes_translated": { | ||
| 123 | "es": "Mar Menor lagoon is one of the largest hypersaline coastal | 123 | "es": "Mar Menor lagoon is one of the largest hypersaline coastal | ||
| 124 | lagoons in the Mediterranean Sea. The lagoon is threatened by | 124 | lagoons in the Mediterranean Sea. The lagoon is threatened by | ||
| 125 | environmental degradation due to the urban growth around it, the | 125 | environmental degradation due to the urban growth around it, the | ||
| 126 | intensive agriculture in its watershed and the remains of mining | 126 | intensive agriculture in its watershed and the remains of mining | ||
| 127 | activities in the nearby Cartagena-La Union area. The present study | 127 | activities in the nearby Cartagena-La Union area. The present study | ||
| 128 | aims at estimating the levels of zinc and lead in the water column, | 128 | aims at estimating the levels of zinc and lead in the water column, | ||
| 129 | sediments and marine flora and fauna of Mar Menor lagoon. The ranges | 129 | sediments and marine flora and fauna of Mar Menor lagoon. The ranges | ||
| 130 | of the total concentrations in the water column were 9.36-28.7 mu g/L | 130 | of the total concentrations in the water column were 9.36-28.7 mu g/L | ||
| 131 | for Zn, 1.61-12.6 mu g/L for Pb and 3.01-29.70 mu g/L for Mn. Zinc was | 131 | for Zn, 1.61-12.6 mu g/L for Pb and 3.01-29.70 mu g/L for Mn. Zinc was | ||
| 132 | mostly found in the dissolved phase (70%) whereas lead and manganese | 132 | mostly found in the dissolved phase (70%) whereas lead and manganese | ||
| 133 | in the suspended phase (63-76%). Highest values were measured at | 133 | in the suspended phase (63-76%). Highest values were measured at | ||
| 134 | stations closer to streams flowing trough drainage basins including | 134 | stations closer to streams flowing trough drainage basins including | ||
| 135 | agricultural zone and the mining remains. Concerning sediments, the | 135 | agricultural zone and the mining remains. Concerning sediments, the | ||
| 136 | values were very high especially at the southern part, indicating | 136 | values were very high especially at the southern part, indicating | ||
| 137 | transport of suspended matter from currents. The metal content in the | 137 | transport of suspended matter from currents. The metal content in the | ||
| 138 | sediments is higher than the content in particulate matter and there | 138 | sediments is higher than the content in particulate matter and there | ||
| 139 | is an increased bioavailability of Zn and Pb. Zinc and lead were | 139 | is an increased bioavailability of Zn and Pb. Zinc and lead were | ||
| 140 | measured in the thallus of four marine flora species. Maximum zinc | 140 | measured in the thallus of four marine flora species. Maximum zinc | ||
| 141 | concentration was measured in Cymodosen noolosa (132 mu g/g) and | 141 | concentration was measured in Cymodosen noolosa (132 mu g/g) and | ||
| 142 | maximum lead in Acetabularia acetabulum (93.5 mu g/g) in samples from | 142 | maximum lead in Acetabularia acetabulum (93.5 mu g/g) in samples from | ||
| 143 | the southern lagoon. From the two benthic fauna species studied, it | 143 | the southern lagoon. From the two benthic fauna species studied, it | ||
| 144 | was observed that heavy metals accumulate mostly in the animal flesh. | 144 | was observed that heavy metals accumulate mostly in the animal flesh. | ||
| 145 | The highest concentration of Zn and Pd was measured in the flesh of | 145 | The highest concentration of Zn and Pd was measured in the flesh of | ||
| 146 | the mollusk Ostrea edullis with values of 1,856 and 51.0 mu g/g | 146 | the mollusk Ostrea edullis with values of 1,856 and 51.0 mu g/g | ||
| 147 | respectively. These values reveal the effect of heavy metal Pollution | 147 | respectively. These values reveal the effect of heavy metal Pollution | ||
| 148 | in the lagoon ecosystem." | 148 | in the lagoon ecosystem." | ||
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