Macrophytes constitute the set of plants that evolutionarily returned to live in aquatic environments. They are widely distributed in the world and are characterized by a type of vegetation with high rates of primary production. Decomposition rates of these plants are influenced by biotic (i.e. decomposition community) and abiotic (i.e. temperature, dissolved oxygen, ion concentration) factors. Thus, were analyzed during the in vitro decomposition of three aquatic macrophytes with different habits of life (Eichhornia azurea, Eleocharis sp. e Salvinia auriculata): the carbon balance and the mass loss, the activities of the enzymes cellulase (C1 and Cx), xylanase, peroxidase and polyphenol oxidase and its influences on the decomposition of li...
The decomposition of aquatic macrophytes is important for understanding the cycling of elements and ...
Este estudo dedicou-se à investigação da: i) influência da temperatura na decomposição de detritos d...
Given the importance of mineralization processes to the knowledge of biogeochemical cycles in aquati...
A decomposição exerce importante papel no funcionamento dos sistemas aquáticos, possibilitando a cic...
This study aimed to assess the effects of temperature on different aspects of aerobic and anaerobic ...
Decomposition of aquatic plants is influenced by several biotic and abiotic factors. Among them, tem...
Aquatic macrophytes are key organisms in freshwater environments, as they are intrinsically linked t...
This study aimed at investigating: i) the influence of temperature on decomposition of macrophyte de...
AIM: This study aimed at describing and comparing the kinetics of aerobic and anaerobic decompositio...
In this study it was evaluated the aerobic and anaerobic decomposition of submerged macrophytes Eger...
AbstractOrganic decomposition is a complex interaction between chemical, physical and biological pro...
Enzymatic activity during decomposition is extremely important to hydrolyze molecules that are assim...
This work approached the enzymatic activities, kinetics and mathematical modeling of the decompositi...
The oxidative aerobic processes contribute with large amounts of nutrients in dissolved and particul...
This study describes the aerobic and anaerobic decay of soluble carbohydrates (CH) and polyphenols (...
The decomposition of aquatic macrophytes is important for understanding the cycling of elements and ...
Este estudo dedicou-se à investigação da: i) influência da temperatura na decomposição de detritos d...
Given the importance of mineralization processes to the knowledge of biogeochemical cycles in aquati...
A decomposição exerce importante papel no funcionamento dos sistemas aquáticos, possibilitando a cic...
This study aimed to assess the effects of temperature on different aspects of aerobic and anaerobic ...
Decomposition of aquatic plants is influenced by several biotic and abiotic factors. Among them, tem...
Aquatic macrophytes are key organisms in freshwater environments, as they are intrinsically linked t...
This study aimed at investigating: i) the influence of temperature on decomposition of macrophyte de...
AIM: This study aimed at describing and comparing the kinetics of aerobic and anaerobic decompositio...
In this study it was evaluated the aerobic and anaerobic decomposition of submerged macrophytes Eger...
AbstractOrganic decomposition is a complex interaction between chemical, physical and biological pro...
Enzymatic activity during decomposition is extremely important to hydrolyze molecules that are assim...
This work approached the enzymatic activities, kinetics and mathematical modeling of the decompositi...
The oxidative aerobic processes contribute with large amounts of nutrients in dissolved and particul...
This study describes the aerobic and anaerobic decay of soluble carbohydrates (CH) and polyphenols (...
The decomposition of aquatic macrophytes is important for understanding the cycling of elements and ...
Este estudo dedicou-se à investigação da: i) influência da temperatura na decomposição de detritos d...
Given the importance of mineralization processes to the knowledge of biogeochemical cycles in aquati...