The presence of 226 Ra in an estuary formerly affected by direct discharges of waste from a phosphate fertilizer complex has been investigated. Specific activities ranging from 3.6 to 45.2 mBq/l have been detected. In general, activity levels are lower than those detected when direct discharges were carried out. However, there is still a clear contamination due to the disposal of phosphogypsum in open air piles by the river. Moreover, it seems that 226 Ra is being redissolved from the contaminated bed sediments, which also contributes to an enhancement in the activity levels of the estuary waters.Ministerio de Educación y Ciencia 1FD97-0900-CO2-0
Phosphogypsum is a waste produced by the phosphate fertiliser industry. It is formed by precipitatio...
The natural radionuclides 210Po, 210Pb and 226Ra activities in the marine sediment around Sultan Abd...
This Doctoral thesis was carried out in 3 different Catalan aquatic ecosystems: The Flix reservoir a...
The presence of 226Ra in a tidal estuary formerly affected by direct discharges from a phosphate fer...
Fundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)A sediment core from an estuarine area ...
The Odiel river is an estuary system located in the south-west of Spain and affected by tidal dynami...
Phosphate deposits are generally characterised by enhanced radionuclides concentration compared to a...
The Huelva Estuary in Huelva, Spain, has been one of the most studied environmental compartments in ...
Eighteen sediment samples collected in 1997 in the harbours and waterways of the Rhine delta were an...
Eighteen sediment samples collected in 1997 in the harbours and waterways of the Rhine delta were an...
The measured distributions of four isotopes of Ra along the estuary of the Bega River are used to ex...
This work investigates the (223)Ra, (224)Ra, (226)Ra and (228)Ra isotope distribution in river, estu...
Some 3×109 kg of phosphogypsum (PG) wastes are annually generated by two fertiliser-production facto...
A numerical model to study 226Ra dispersion in the Odiel River, in which two fertilizer plants relea...
Abstract. We studied the natural radioactivity distribution of an α-emitting radionuclide, 226Ra in ...
Phosphogypsum is a waste produced by the phosphate fertiliser industry. It is formed by precipitatio...
The natural radionuclides 210Po, 210Pb and 226Ra activities in the marine sediment around Sultan Abd...
This Doctoral thesis was carried out in 3 different Catalan aquatic ecosystems: The Flix reservoir a...
The presence of 226Ra in a tidal estuary formerly affected by direct discharges from a phosphate fer...
Fundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)A sediment core from an estuarine area ...
The Odiel river is an estuary system located in the south-west of Spain and affected by tidal dynami...
Phosphate deposits are generally characterised by enhanced radionuclides concentration compared to a...
The Huelva Estuary in Huelva, Spain, has been one of the most studied environmental compartments in ...
Eighteen sediment samples collected in 1997 in the harbours and waterways of the Rhine delta were an...
Eighteen sediment samples collected in 1997 in the harbours and waterways of the Rhine delta were an...
The measured distributions of four isotopes of Ra along the estuary of the Bega River are used to ex...
This work investigates the (223)Ra, (224)Ra, (226)Ra and (228)Ra isotope distribution in river, estu...
Some 3×109 kg of phosphogypsum (PG) wastes are annually generated by two fertiliser-production facto...
A numerical model to study 226Ra dispersion in the Odiel River, in which two fertilizer plants relea...
Abstract. We studied the natural radioactivity distribution of an α-emitting radionuclide, 226Ra in ...
Phosphogypsum is a waste produced by the phosphate fertiliser industry. It is formed by precipitatio...
The natural radionuclides 210Po, 210Pb and 226Ra activities in the marine sediment around Sultan Abd...
This Doctoral thesis was carried out in 3 different Catalan aquatic ecosystems: The Flix reservoir a...