[EN] Silicon is a major nutrient for siliceous primary producers, which can become a potential limiting nutrient in oligotrophic areas. Most of the silicon inputs to the marine environment come from continental discharges, from both superficial and ground waters. This study analyses the main sources of silicon and their dynamics along the southernmost 43 km of shoreline in the Gulf of Valencia (Western Mediterranean Sea). The salinity and silicate concentration in the different compartments (springs, freshwater wells, beach groundwater, surf zone and coastal waters) in this coastal area were determined. In addition, chlorophyll a and phytoplankton community were analyzed in the surf zone and coastal waters. Silicate concentrations in freshw...
The marine silicon cycle is one of the key biogeochemical cycles in the marine realm. It can regulat...
Understanding how changes in limiting nutrient availability affect life in the oceans requires inter...
Dissolved silicon isotope compositions (δ30Si) have been analysed for the first time in groundwaters...
Silicon is a major nutrient for siliceous primary producers, which can become a potential limiting n...
Although silica is a key plant nutrient, there have been few studies aimed at understanding the Si c...
Although silica is a key plant nutrient, there have been few studies aimed at understanding the Si c...
International audienceA study of the biogeochemical cycle of silicon has been conducted in the Gulf ...
A study of the biogeochemical cycle of silicon has been conducted in the Gulf of Lion (NW Mediterran...
International audienceThe silicon biogeochemical cycle has been studied in the Mediterranean Sea dur...
International audienceA one-year survey of the sedimenting particulate material was conducted at the...
Dissolved silicate, phosphate, nitrate, and oxygen as well as salinity and temperature were observed...
Anthropogenic activities have significantly increased the nitrogen (N) and phosphorus (P) loading in...
SISCO (Silica retention in the Scheldt continuum and its impact on coastal eutrophication) was an in...
The marine silicon cycle is one of the key biogeochemical cycles in the marine realm. It can regulat...
Understanding how changes in limiting nutrient availability affect life in the oceans requires inter...
Dissolved silicon isotope compositions (δ30Si) have been analysed for the first time in groundwaters...
Silicon is a major nutrient for siliceous primary producers, which can become a potential limiting n...
Although silica is a key plant nutrient, there have been few studies aimed at understanding the Si c...
Although silica is a key plant nutrient, there have been few studies aimed at understanding the Si c...
International audienceA study of the biogeochemical cycle of silicon has been conducted in the Gulf ...
A study of the biogeochemical cycle of silicon has been conducted in the Gulf of Lion (NW Mediterran...
International audienceThe silicon biogeochemical cycle has been studied in the Mediterranean Sea dur...
International audienceA one-year survey of the sedimenting particulate material was conducted at the...
Dissolved silicate, phosphate, nitrate, and oxygen as well as salinity and temperature were observed...
Anthropogenic activities have significantly increased the nitrogen (N) and phosphorus (P) loading in...
SISCO (Silica retention in the Scheldt continuum and its impact on coastal eutrophication) was an in...
The marine silicon cycle is one of the key biogeochemical cycles in the marine realm. It can regulat...
Understanding how changes in limiting nutrient availability affect life in the oceans requires inter...
Dissolved silicon isotope compositions (δ30Si) have been analysed for the first time in groundwaters...