995-1003Mangrove plays a pivotal role in the nutrient biogeochemical processes by behaving as both source and sink for nutrients and other materials. Litter from mangroves added major part of the carbon and fresh water sources from estuary enrich them with nutrients. Microbial processes play a vital role in the dynamics of nutrients and its cycling. In the anoxic condition microbes convert organic carbon into methane and other gases. Spatial and temporal variation of methane emission is dependent on complex biogeochemical processes as well as the climatic conditions existing in the mangrove ecosystem. Methane emission from mangrove ecosystems is perceived to be the major source of green house gases in the environment
CH_4 is one of the most important greenhouse gas. In tropical and subtropical coastal region, mangro...
Growing evidence indicates that tree‐stem methane (CH4) emissions may be an important and unaccounte...
We quantified spatial and temporal variations of the fluxes of nitrous oxide (N2O) and methane (CH4)...
Mangrove forests sequester a significant amount of organic matter in their sediment and are recogniz...
Considerable variability in methane production and emissions has been reported in mangroves, explain...
Our current knowledge on production, composition, transport, pathways and transformations of organic...
International audienceWe performed a preliminary study to quantify CO2 and CH4 emissions from the wa...
Our current knowledge on production, composition, transport, pathways and transform nations of organ...
Mangroves are one of the blue carbon ecosystems. However, greenhouse gas emissions from mangrove soi...
We performed a preliminary study to quantify CO2 and CH4 emissions from the water column within a Rh...
Increasing carbon sequestration in mangrove ecosystems has several benefits, including a potential r...
Mangrove wetland soils have been considered as important sources for atmospheric CH4, but the magnit...
Benthic metabolism (measured as CO(2) production) and carbon oxidation pathways were evaluated in 4 ...
Dissolved CH4, N2O, O2, and inorganic nitrogen nutrients (NH4+, NO3− and NO2−) were meas...
Benthic metabolism (measured as CO2 production) and carbon oxidation pathways were evaluated in 4 ma...
CH_4 is one of the most important greenhouse gas. In tropical and subtropical coastal region, mangro...
Growing evidence indicates that tree‐stem methane (CH4) emissions may be an important and unaccounte...
We quantified spatial and temporal variations of the fluxes of nitrous oxide (N2O) and methane (CH4)...
Mangrove forests sequester a significant amount of organic matter in their sediment and are recogniz...
Considerable variability in methane production and emissions has been reported in mangroves, explain...
Our current knowledge on production, composition, transport, pathways and transformations of organic...
International audienceWe performed a preliminary study to quantify CO2 and CH4 emissions from the wa...
Our current knowledge on production, composition, transport, pathways and transform nations of organ...
Mangroves are one of the blue carbon ecosystems. However, greenhouse gas emissions from mangrove soi...
We performed a preliminary study to quantify CO2 and CH4 emissions from the water column within a Rh...
Increasing carbon sequestration in mangrove ecosystems has several benefits, including a potential r...
Mangrove wetland soils have been considered as important sources for atmospheric CH4, but the magnit...
Benthic metabolism (measured as CO(2) production) and carbon oxidation pathways were evaluated in 4 ...
Dissolved CH4, N2O, O2, and inorganic nitrogen nutrients (NH4+, NO3− and NO2−) were meas...
Benthic metabolism (measured as CO2 production) and carbon oxidation pathways were evaluated in 4 ma...
CH_4 is one of the most important greenhouse gas. In tropical and subtropical coastal region, mangro...
Growing evidence indicates that tree‐stem methane (CH4) emissions may be an important and unaccounte...
We quantified spatial and temporal variations of the fluxes of nitrous oxide (N2O) and methane (CH4)...