Javascript must be enabled to continue!
Wetland Ramsar site in Tunisia (Soliman brackish lagoon): status, threats, and protection
View through CrossRef
The Ramsar wetlands are crucial for global ecology. They are essential for preserving the balances of ecosystems. The aim of this work is to prevent the current situation of Sebkha of Soliman (880 ha; 36°43'N, 010°29'E; Nabeul, Tunisia) from deteriorating further. It is one of the few wetlands that receives water from both the sea, Wadi, and a wastewater treatment plant. According to a study of the organic pollution in the Sebkha's waters and sediments conducted in March 2022, there are high concentrations of suspended matter, that exceed 80 mg/L. The total organic matter exceeds 110 g/kg DW, and the biological oxygen demand exceeds 56 mg O2/L. Additionally, there are more than 24*103 bacteria per liter., We also identified mineral pollution primarily caused by nitrate (2.4 g/kg DW), phosphorus (2.42 g/kg DW), and iron (40 mg/L). Pollution is dispersed over three areas: the least polluted area is near the sea, the most polluted area is in the center of Sebkha, and the area farthest from the sea has medium pollution levels. The distribution of pollutants in the Sebkha is influenced by the contribution of pollutants and the self-purification by seawater.
Polish Academy of Sciences Chancellery
Title: Wetland Ramsar site in Tunisia (Soliman brackish lagoon): status, threats, and protection
Description:
The Ramsar wetlands are crucial for global ecology.
They are essential for preserving the balances of ecosystems.
The aim of this work is to prevent the current situation of Sebkha of Soliman (880 ha; 36°43'N, 010°29'E; Nabeul, Tunisia) from deteriorating further.
It is one of the few wetlands that receives water from both the sea, Wadi, and a wastewater treatment plant.
According to a study of the organic pollution in the Sebkha's waters and sediments conducted in March 2022, there are high concentrations of suspended matter, that exceed 80 mg/L.
The total organic matter exceeds 110 g/kg DW, and the biological oxygen demand exceeds 56 mg O2/L.
Additionally, there are more than 24*103 bacteria per liter.
, We also identified mineral pollution primarily caused by nitrate (2.
4 g/kg DW), phosphorus (2.
42 g/kg DW), and iron (40 mg/L).
Pollution is dispersed over three areas: the least polluted area is near the sea, the most polluted area is in the center of Sebkha, and the area farthest from the sea has medium pollution levels.
The distribution of pollutants in the Sebkha is influenced by the contribution of pollutants and the self-purification by seawater.
Related Results
Constraining simulation uncertainties in a hydrological model of the Congo River Basin including a combined modelling approach for channel-wetland exchanges
Constraining simulation uncertainties in a hydrological model of the Congo River Basin including a combined modelling approach for channel-wetland exchanges
Compared to other large river basins of the world, such as the Amazon, the Congo River Basin appears to be the most ungauged and less studied. This is partly because the basin lack...
Wetland conservation legislations: global processes and China’s practices
Wetland conservation legislations: global processes and China’s practices
Abstract
Natural wetland areas in China have experienced a continuous decline over the past two decades, which is partly due to the lack of comprehensive wetland pro...
Understanding factors influencing the wetland parameters of a monthly rainfall-runoff model in the Upper Congo River basin
Understanding factors influencing the wetland parameters of a monthly rainfall-runoff model in the Upper Congo River basin
<p>Wetland processes considerably influence the flow regime of the downstream river channel, and are important to consider for a better representation of runoff gener...
Current Perspectives on Cystic Echinococcosis: A Systematic Review
Current Perspectives on Cystic Echinococcosis: A Systematic Review
Abstract
Introduction: Hydatidosis, a zoonotic disease caused by the larval stage of Echinococcus granulosus, is a significant public health concern with notable economic impact. I...
Evaluating Conservation Effectiveness of a Ramsar Wetland Using Multi-Temporal Land-Use Change Analysis: Evidence from the Keta Lagoon Complex, Ghana
Evaluating Conservation Effectiveness of a Ramsar Wetland Using Multi-Temporal Land-Use Change Analysis: Evidence from the Keta Lagoon Complex, Ghana
Wetlands provide critical ecosystem services but are increasingly threatened by land-use change and anthropogenic pressures. The Ramsar Convention on Wetlands promotes conservation...
Will Taiwan lose its lagoon? Effects of sandbar migration and sediment transport on lagoon siltation in Southwest Taiwan
Will Taiwan lose its lagoon? Effects of sandbar migration and sediment transport on lagoon siltation in Southwest Taiwan
Cigu lagoon in Southwest Taiwan is susceptible to disappear due to sandbar migration and sedimentation issues over the past few decades. According to the Water Resources Agency in ...
Ecological study of Mediterranean wetland: Sediment dynamics and blue carbon storage
Ecological study of Mediterranean wetland: Sediment dynamics and blue carbon storage
<p><strong>&#160; &#160; &#160; &#160; &#160; &#160; &#160; &#160; &#160; &a...
Assessment of some key indicators of the ecological status of an African freshwater lagoon (Lagoon Aghien, Ivory Coast)
Assessment of some key indicators of the ecological status of an African freshwater lagoon (Lagoon Aghien, Ivory Coast)
The supply of drinking water is a vital challenge for the people who live on the African continent, as this continent is experiencing strong demographic growth and therefore increa...

