Add to ORKGInternational audienceWithin aquatic ecosystems, microbial decomposition of organic matter plays a prominent role in the energy and mass transformation processes (Jorgensen, 1983a). Organic waste water discharge in a river results in dissolved oxygen uptake, either directly by chemical oxidation of the reducing pollutants (see Chap. 10), or by their metabolism by microorganisms, i.e. their biodégradation. Raising the temperature of rivers reduces oxygen solubility and accelerates the kinetics of chemical and microbiological oxygen and polluting load reduction...
CO2 emissions from inland surface waters to the atmosphere are almost as large as the net carbon tra...
Microbial biofilms in rivers contribute to the decomposition of the available organic matter which t...
The physiology, biochemistry and diversity of aquatic microbial decomposers have been largely invest...
International audienceWithin aquatic ecosystems, microbial decomposition of organic matter plays a p...
International audienceDissolved oxygen (DO) and biochemical oxygen demand (BOD) concentration change...
<div><p>The biodegradability of terrigenous dissolved organic matter (tDOM) exported to the sea has ...
Aquatic and terrestrial ecosystems are intimately linked through the transfer of energy and material...
The decomposition of organic matter in headwater streams is a key process in stream ecology and an i...
Dissolved organic matter (DOM) represents a key component of carbon (C) cycling in freshwater ecosys...
Dissolved organic matter (DOM) is a complex mixture of carbon-containing compounds. The low-molecula...
Background Microbial processes are intricately linked to the depletion of oxygen in ...
Dissolved organic matter (DOM) is a complex mixture of carbon-containing compounds. The low-molecula...
The degree to which biodegradation of dissolved organic matter (DOM) depends on microbial community ...
The physiology, biochemistry and diversity of aquatic microbial decomposers have been largely inves...
Biodegradation plays an important role in the removal of organic micropollutants (OMPs) during river...
CO2 emissions from inland surface waters to the atmosphere are almost as large as the net carbon tra...
Microbial biofilms in rivers contribute to the decomposition of the available organic matter which t...
The physiology, biochemistry and diversity of aquatic microbial decomposers have been largely invest...
International audienceWithin aquatic ecosystems, microbial decomposition of organic matter plays a p...
International audienceDissolved oxygen (DO) and biochemical oxygen demand (BOD) concentration change...
<div><p>The biodegradability of terrigenous dissolved organic matter (tDOM) exported to the sea has ...
Aquatic and terrestrial ecosystems are intimately linked through the transfer of energy and material...
The decomposition of organic matter in headwater streams is a key process in stream ecology and an i...
Dissolved organic matter (DOM) represents a key component of carbon (C) cycling in freshwater ecosys...
Dissolved organic matter (DOM) is a complex mixture of carbon-containing compounds. The low-molecula...
Background Microbial processes are intricately linked to the depletion of oxygen in ...
Dissolved organic matter (DOM) is a complex mixture of carbon-containing compounds. The low-molecula...
The degree to which biodegradation of dissolved organic matter (DOM) depends on microbial community ...
The physiology, biochemistry and diversity of aquatic microbial decomposers have been largely inves...
Biodegradation plays an important role in the removal of organic micropollutants (OMPs) during river...
CO2 emissions from inland surface waters to the atmosphere are almost as large as the net carbon tra...
Microbial biofilms in rivers contribute to the decomposition of the available organic matter which t...
The physiology, biochemistry and diversity of aquatic microbial decomposers have been largely invest...