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  "notes": "The aim of this study was to evaluate the effects of 
93
  "notes": "The aim of this study was to evaluate the effects of 
            
94
liming and vegetation on the dynamic of Fe in eutrophic wetland soils 
94
liming and vegetation on the dynamic of Fe in eutrophic wetland soils 
            
95
affected by mine wastes, under different flooding regimes. Simulated 
95
affected by mine wastes, under different flooding regimes. Simulated 
            
96
soil profiles were constructed with two types of wastes (pH \u223c 3.1 
96
soil profiles were constructed with two types of wastes (pH \u223c 3.1 
            
97
and \u223c6.4) collected from polluted salt marshes and four 
97
and \u223c6.4) collected from polluted salt marshes and four 
            
98
treatments were assayed: without liming + without plant, without 
98
treatments were assayed: without liming + without plant, without 
            
99
liming + with plant, with liming + without plant, and with liming + 
99
liming + with plant, with liming + without plant, and with liming + 
            
100
with plant. The plant species was the halophyte Sarcocornia fruticosa. 
100
with plant. The plant species was the halophyte Sarcocornia fruticosa. 
            
101
Three horizons were differentiated in the profiles: A horizons (never 
101
Three horizons were differentiated in the profiles: A horizons (never 
            
102
underwater), C1 (alternat ing flooding\u2013drying conditions), and C2 
102
underwater), C1 (alternat ing flooding\u2013drying conditions), and C2 
            
103
(always underwater). The pH, Eh, salinity, and the concentrations of 
103
(always underwater). The pH, Eh, salinity, and the concentrations of 
            
104
DOC and soluble Fe were measured regularly at each horizon for 18 
104
DOC and soluble Fe were measured regularly at each horizon for 18 
            
105
weeks. Liming decreased Fe sol ubility, mainly in the acidic waste 
105
weeks. Liming decreased Fe sol ubility, mainly in the acidic waste 
            
106
(maximum average concentrations \u223c18 mg L\u22121 without liming 
106
(maximum average concentrations \u223c18 mg L\u22121 without liming 
            
107
and \u223c6 mg L\u22121 with liming). However, liming also facilitated 
107
and \u223c6 mg L\u22121 with liming). However, liming also facilitated 
            
108
a drop in Eh, increasing soluble Fe content. Plant rhizosphere 
108
a drop in Eh, increasing soluble Fe content. Plant rhizosphere 
            
109
re-distributed this Fe, which was accumulated in the upper horizons of 
109
re-distributed this Fe, which was accumulated in the upper horizons of 
            
110
the treat ments with liming + with plant, particularly in the acidic 
110
the treat ments with liming + with plant, particularly in the acidic 
            
111
waste (average concentrations \u223c10 mg L\u22121 in the A horizon 
111
waste (average concentrations \u223c10 mg L\u22121 in the A horizon 
            
112
and \u223c5 mg L\u22121 in the C1 and C2 horizons). Therefore, we 
112
and \u223c5 mg L\u22121 in the C1 and C2 horizons). Therefore, we 
            
113
conclude that the combined use of liming and vegetation enhance the 
113
conclude that the combined use of liming and vegetation enhance the 
            
114
mobilization of Fe in eutrophic wetland soils polluted by mine wastes 
114
mobilization of Fe in eutrophic wetland soils polluted by mine wastes 
            
115
under alternating flooding\u2013drying conditions. This should be 
115
under alternating flooding\u2013drying conditions. This should be 
            
116
considered for the envi ronmental management of these sites due to the 
116
considered for the envi ronmental management of these sites due to the 
            
117
role of Fe-minerals as sink for potentially-harmful compounds",
117
role of Fe-minerals as sink for potentially-harmful compounds",
            
118
  "notes_translated": {
118
  "notes_translated": {
            
119
    "es": "The aim of this study was to evaluate the effects of liming 
119
    "es": "The aim of this study was to evaluate the effects of liming 
            
120
and vegetation on the dynamic of Fe in eutrophic wetland soils 
120
and vegetation on the dynamic of Fe in eutrophic wetland soils 
            
121
affected by mine wastes, under different flooding regimes. Simulated 
121
affected by mine wastes, under different flooding regimes. Simulated 
            
122
soil profiles were constructed with two types of wastes (pH \u223c 3.1 
122
soil profiles were constructed with two types of wastes (pH \u223c 3.1 
            
123
and \u223c6.4) collected from polluted salt marshes and four 
123
and \u223c6.4) collected from polluted salt marshes and four 
            
124
treatments were assayed: without liming + without plant, without 
124
treatments were assayed: without liming + without plant, without 
            
125
liming + with plant, with liming + without plant, and with liming + 
125
liming + with plant, with liming + without plant, and with liming + 
            
126
with plant. The plant species was the halophyte Sarcocornia fruticosa. 
126
with plant. The plant species was the halophyte Sarcocornia fruticosa. 
            
127
Three horizons were differentiated in the profiles: A horizons (never 
127
Three horizons were differentiated in the profiles: A horizons (never 
            
128
underwater), C1 (alternat ing flooding\u2013drying conditions), and C2 
128
underwater), C1 (alternat ing flooding\u2013drying conditions), and C2 
            
129
(always underwater). The pH, Eh, salinity, and the concentrations of 
129
(always underwater). The pH, Eh, salinity, and the concentrations of 
            
130
DOC and soluble Fe were measured regularly at each horizon for 18 
130
DOC and soluble Fe were measured regularly at each horizon for 18 
            
131
weeks. Liming decreased Fe sol ubility, mainly in the acidic waste 
131
weeks. Liming decreased Fe sol ubility, mainly in the acidic waste 
            
132
(maximum average concentrations \u223c18 mg L\u22121 without liming 
132
(maximum average concentrations \u223c18 mg L\u22121 without liming 
            
133
and \u223c6 mg L\u22121 with liming). However, liming also facilitated 
133
and \u223c6 mg L\u22121 with liming). However, liming also facilitated 
            
134
a drop in Eh, increasing soluble Fe content. Plant rhizosphere 
134
a drop in Eh, increasing soluble Fe content. Plant rhizosphere 
            
135
re-distributed this Fe, which was accumulated in the upper horizons of 
135
re-distributed this Fe, which was accumulated in the upper horizons of 
            
136
the treat ments with liming + with plant, particularly in the acidic 
136
the treat ments with liming + with plant, particularly in the acidic 
            
137
waste (average concentrations \u223c10 mg L\u22121 in the A horizon 
137
waste (average concentrations \u223c10 mg L\u22121 in the A horizon 
            
138
and \u223c5 mg L\u22121 in the C1 and C2 horizons). Therefore, we 
138
and \u223c5 mg L\u22121 in the C1 and C2 horizons). Therefore, we 
            
139
conclude that the combined use of liming and vegetation enhance the 
139
conclude that the combined use of liming and vegetation enhance the 
            
140
mobilization of Fe in eutrophic wetland soils polluted by mine wastes 
140
mobilization of Fe in eutrophic wetland soils polluted by mine wastes 
            
141
under alternating flooding\u2013drying conditions. This should be 
141
under alternating flooding\u2013drying conditions. This should be 
            
142
considered for the envi ronmental management of these sites due to the 
142
considered for the envi ronmental management of these sites due to the 
            
143
role of Fe-minerals as sink for potentially-harmful compounds"
143
role of Fe-minerals as sink for potentially-harmful compounds"
            
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      "name": "\u00c1rea de Banco de Datos de la Naturaleza. 
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      "name": "\u00c1rea de Banco de Datos de la Naturaleza. 
            
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Direcci\u00f3n General Biodiversidad, Bosques y Desertificaci\u00f3n. 
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Direcci\u00f3n General Biodiversidad, Bosques y Desertificaci\u00f3n. 
            
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