Monitoring of biogenic sulfide is important because acid volatile sulfides (AVS) represent a reactive pool responsible for immobilization of toxic metals. We propose a new sulfide paper sensor method for semiquantitative determination of AVS in which developed color is compared to a reference chart. The method was validated against the ion-selective microelectrode and the purge-and-trap methods. For fieldwork, readings should fall within 1 to 10 μmoles S2- . Considering that the volume of soil used ranged between 1 and 16 cm3 , the corresponding soil sulfides concentration range spans from 0.06 to 10 mmoles S2- cm-3 . The sulfide paper sensor method is highly suitable for field screening and has sensitivity levels comparable to laboratory m...
A new chromium-reducible sulfur (CRS) method suitable for the quantification of reduced inorganic S ...
Currently, regulations regarding the maximum permitted concentrations of metals in soils are based o...
Emission rates of reduced sulfur gases from vegetation and soils were measured in various regions of...
Monitoring of biogenic sulfide is important because acid volatile sulfides (AVS) represent a reactiv...
Monitoring of biogenic sulfide is important as AVS represent a reactive pool responsible for immobil...
Soil core samples were collected at Ashfield to determine the extent of Acid Sulfate Soils (ASS), an...
Acid sulphate soils (ASS) can pose a significant hazard to natural ecosystems and developed areas si...
This paper presents a quality assurance and quality control protocol in order to ensure the reliabil...
This study examines the acidification behaviour and rate of sulfidic-sulfur oxidation in the incubat...
This study examines the acidification behaviour and rate of sulfidic-sulfur oxidation in the incubat...
Sulfide is an important species to measure in environmental water samples. The spectrophotometric de...
Microsensors used to determine sulfide concentrations in sediments can result in fine scale data res...
A novel, low-cost passive sampling procedure for monitoring of volcanogenic hydrogen sulfide is repo...
A novel, low-cost passive sampling procedure for monitoring of volcanogenic hydrogen sulfide is repo...
Sulfide is an important species to measure in environmental water samples. The\ud spectrophotometric...
A new chromium-reducible sulfur (CRS) method suitable for the quantification of reduced inorganic S ...
Currently, regulations regarding the maximum permitted concentrations of metals in soils are based o...
Emission rates of reduced sulfur gases from vegetation and soils were measured in various regions of...
Monitoring of biogenic sulfide is important because acid volatile sulfides (AVS) represent a reactiv...
Monitoring of biogenic sulfide is important as AVS represent a reactive pool responsible for immobil...
Soil core samples were collected at Ashfield to determine the extent of Acid Sulfate Soils (ASS), an...
Acid sulphate soils (ASS) can pose a significant hazard to natural ecosystems and developed areas si...
This paper presents a quality assurance and quality control protocol in order to ensure the reliabil...
This study examines the acidification behaviour and rate of sulfidic-sulfur oxidation in the incubat...
This study examines the acidification behaviour and rate of sulfidic-sulfur oxidation in the incubat...
Sulfide is an important species to measure in environmental water samples. The spectrophotometric de...
Microsensors used to determine sulfide concentrations in sediments can result in fine scale data res...
A novel, low-cost passive sampling procedure for monitoring of volcanogenic hydrogen sulfide is repo...
A novel, low-cost passive sampling procedure for monitoring of volcanogenic hydrogen sulfide is repo...
Sulfide is an important species to measure in environmental water samples. The\ud spectrophotometric...
A new chromium-reducible sulfur (CRS) method suitable for the quantification of reduced inorganic S ...
Currently, regulations regarding the maximum permitted concentrations of metals in soils are based o...
Emission rates of reduced sulfur gases from vegetation and soils were measured in various regions of...