Decomposition is a simple change of physical and chemical processes by soil microorganisms—the rate of decomposition process influenced by climate and litter quality factors. Litter content of chemical compounds is essential to determine the litter's quality so that it can be estimated the decomposition process. Leaves litter of Magnolia tsiampacca, Intsia bijuga, Cinnamomum cullilawan, and Aglaia sp., were collected and analyzed for their chemical compounds. Based on lignin and nitrogen content (L/N) value, Cinnamomum cullilawan have the Fastest decomposition process. On the contrary, Intsia bijuga has low litter quality, so that has the slowest decomposition process. However, it has the lowest lignin content and high polyphenol content. O...
Description of the subject: The present study concerns the relationships among leaf litter decomposi...
The decomposition and its nutrient release were the key ecological process that had a broad role in ...
Jari liski; Anna Repo; Mikko Tuomi & Pekka Vanhala, 'Organic Chemical Characterization of Decomposin...
Decomposition is a simple change of physical and chemical processes by soil microorganisms—the rate ...
Percentage changes of litter nutrient due to decomposition process of four deciduous plant species i...
Decomposition of plant residues is influenced by number of factors, in particular the quality o f ra...
Decomposition of some tree leaf litters in Chittagong evergreen forest soils was studied during July...
G. H. Sabin Guendenhou, Jari Liski, Mikko Tuomi, Mansourou Moudachirou, Brice Sinsin, & Raisa Makipa...
Not AvailableAn experiment was carried out on nutrient dynamics and biochemical changes during decom...
The decomposition rates of certain dominant litter species in an undisturbed oak-conifer forest in t...
The effects of initial leaf litter chemistry on first-year decomposition rates were studied for 16 c...
Graduation date: 1998The effects of initial leaf litter chemistry of 16 common coniferous and decidu...
Leaf litter decomposition of Castanopsis fissa, Cinnamomum camphora, Michelia macclurei and Mytilari...
International audienceDecomposition processes in tropical semi-evergreen forests are still poorly un...
Industrial logging and agricultural expansion are driving rapid transformations of tropical ecosyste...
Description of the subject: The present study concerns the relationships among leaf litter decomposi...
The decomposition and its nutrient release were the key ecological process that had a broad role in ...
Jari liski; Anna Repo; Mikko Tuomi & Pekka Vanhala, 'Organic Chemical Characterization of Decomposin...
Decomposition is a simple change of physical and chemical processes by soil microorganisms—the rate ...
Percentage changes of litter nutrient due to decomposition process of four deciduous plant species i...
Decomposition of plant residues is influenced by number of factors, in particular the quality o f ra...
Decomposition of some tree leaf litters in Chittagong evergreen forest soils was studied during July...
G. H. Sabin Guendenhou, Jari Liski, Mikko Tuomi, Mansourou Moudachirou, Brice Sinsin, & Raisa Makipa...
Not AvailableAn experiment was carried out on nutrient dynamics and biochemical changes during decom...
The decomposition rates of certain dominant litter species in an undisturbed oak-conifer forest in t...
The effects of initial leaf litter chemistry on first-year decomposition rates were studied for 16 c...
Graduation date: 1998The effects of initial leaf litter chemistry of 16 common coniferous and decidu...
Leaf litter decomposition of Castanopsis fissa, Cinnamomum camphora, Michelia macclurei and Mytilari...
International audienceDecomposition processes in tropical semi-evergreen forests are still poorly un...
Industrial logging and agricultural expansion are driving rapid transformations of tropical ecosyste...
Description of the subject: The present study concerns the relationships among leaf litter decomposi...
The decomposition and its nutrient release were the key ecological process that had a broad role in ...
Jari liski; Anna Repo; Mikko Tuomi & Pekka Vanhala, 'Organic Chemical Characterization of Decomposin...