Impacts of Macrobenthic Bioturbation in Marine Sediment on Bacterial Metabolic Activity
スポンサーリンク
概要
- 論文の詳細を見る
Marine sediment in coastal zones is a habitat for various seaweeds, microalgae, invertebrates, and micro-organisms. It is characterized by high biomass and diversity, and high rates of turnover of elements such as carbon, nitrogen and sulfur. One of the factors leading to this extensive biological activity is bioturbation, the process whereby benthic animals form local heterogeneous physical structures and topographic features. In this review, the basis of bioturbation and element cycles in marine sediment, and the relationship of bioturbation with microbial activity will be described.
著者
-
Wada Minoru
Ori The Univ. Of Tokyo Faculty Of Fisheries
-
Kogure Kazuhiro
Ocean Research Institute The University Of Tokyo
-
Kogure Kazuhiro
Marine Microbiology Lab. Marine Ecosystem Dynamics Ocean Res. Inst. The Univ. Of Tokyo
-
Wada Minoru
Ocean Research Institute The University Of Tokyo
関連論文
- PB-21 Mutual relationship between the capitellid polychate, Capitella sp. I and sediment bacteria : application of the two organisms for the treatment of organically enriched marine sediment below fish farm(Monitoring,Poster presentation B)
- Effects of sodium sulfide on burrowing activity of Capitella sp. I and bacterial respiratory activity in seawater soft-agar microcosms
- Visual assessment of the respiring microorganisms associated with burrow structures of Capitella sp. I in seawater soft-agar microcosms
- Analysis of Nanoplankton Community Structure Using Flow Sorting and Molecular Techniques
- An Improved Method of Tissue Culture Bioassay for Tetrodotoxin
- Particulate Peptidoglycan in Seawater Determined by the Silkworm Larvae Plasma (SLP) Assay
- Use of an Optical Oxygen Sensor to Measure Dissolved Oxygen in Seawater
- Culturability and Survival of Marine, Freshwater and Clinical Pseudomonas aeruginosa
- Mutation is the Main Driving Force in the Diversification of the Vibrio splendidus Clade
- Trophic Interactions among Marine Microbes in Oil-contaminated Seawater on a Mesocosmic Scale
- C-07 Pseudomonas aeruginosa is a common member of open ocean bacterial flora
- Transient Temperature Up-Shift Suppresses the Loss of Culturability of Vibrio parahaemolyticus Stressed by Low Temperature and Nutrient Deficiency
- Abundance and production of bacterioplankton in the Antarctic
- Heterotrophic bacterial flora of the Antarctic Ocean
- Automatic counting of FISH-labeled microbes by an LED illuminated detecting apparatus
- Effects of Fixation and Storage on Flow Cytometric Analysis of Marine Bacteria
- Use of an automatic cell-counting system with LED illumination for enumeration of marine bacteria
- PA-54 MLST analyses of the symbiotic bioluminescent bacterium, Photobacterium leiognathi isolated from four different species of host(Taxonomy/Phylogeny,Poster presentation A)
- Application of Flow Cytometry for Measuring Changes in Intracellular RNA Contents of Marine Bacteria
- Application of Atomic Force Microscopy to Observation of Marine Bacteria
- Analysis of Nanoplankton Community Structure Using Flow Sorting and Molecular Technique
- Detection and Direct Count of Specific Bacteria in Natural Seawater Using 16S rRNA Oligonucleotide Probe
- Enumerations of Vibrio cholerae in Aquatic Environments by MPN-16S rRNA Hybridization Method
- Visualization of the respiring bacteria in sediments inhabited by Capitella sp.1
- Isolation of Bacteria with Membrane Proteins Homologous to Vibrio anguillarum Porin Omp35La
- Alkane-degrading bacteria and heavy metals from the Nakhodka oil spill-polluted seashores in the Sea of Japan after five years of bioremediation
- Culturability and Survival of Marine, Freshwater and Clinical Pseudomonas aeruginosa
- Impacts of Macrobenthic Bioturbation in Marine Sediment on Bacterial Metabolic Activity
- Distribution of Vibrionaceae in the Sea