Decomposition's Hidden Hero: Algae

The decomposition of algae will increase the amount of doc to fuel microbial respiration, resulting in the reduction of do in the water (diaz and rosenberg, 2008, liu et al. ,. If there is a large amount of dead algae, the decomposition process can deplete the oxygen levels in the water, leading to a condition known as hypoxia. Hypoxia can harm or kill aquatic animals. In the process of decomposing the algae, bacteria use up oxygen that is dissolved in the water. And if the algal bloom near the surface is large enough, the deeper waters lack.

Hypoxia can harm or kill aquatic animals. In the process of decomposing the algae, bacteria use up oxygen that is dissolved in the water. And if the algal bloom near the surface is large enough, the deeper waters lack. Methylation promoting capacity of dom derived from algae was significantly reduced after decomposition. Among the six subfractions sorted out, hydrophobic basic. Cbb decomposition has caused a significant increase in exchangeable zn content in sediments and a decrease in reducible zn that was three times greater than pm decomposition. Investigating the chemical gradient, spatial heterogeneity of dissolved oxygen, ph, phosphorus, sulfur, and iron (dophpsfe) at the water/sediment interface during different. Brown algae are one of the most abundant biomasses on earth. To recycle them as blue carbon sources, an effective decomposition system is necessary. This study focused on.

Methylation promoting capacity of dom derived from algae was significantly reduced after decomposition. Among the six subfractions sorted out, hydrophobic basic. Cbb decomposition has caused a significant increase in exchangeable zn content in sediments and a decrease in reducible zn that was three times greater than pm decomposition. Investigating the chemical gradient, spatial heterogeneity of dissolved oxygen, ph, phosphorus, sulfur, and iron (dophpsfe) at the water/sediment interface during different. Brown algae are one of the most abundant biomasses on earth. To recycle them as blue carbon sources, an effective decomposition system is necessary. This study focused on.

Cbb decomposition has caused a significant increase in exchangeable zn content in sediments and a decrease in reducible zn that was three times greater than pm decomposition. Investigating the chemical gradient, spatial heterogeneity of dissolved oxygen, ph, phosphorus, sulfur, and iron (dophpsfe) at the water/sediment interface during different. Brown algae are one of the most abundant biomasses on earth. To recycle them as blue carbon sources, an effective decomposition system is necessary. This study focused on.

Investigating the chemical gradient, spatial heterogeneity of dissolved oxygen, ph, phosphorus, sulfur, and iron (dophpsfe) at the water/sediment interface during different. Brown algae are one of the most abundant biomasses on earth. To recycle them as blue carbon sources, an effective decomposition system is necessary. This study focused on.