Variations in epilithic microbial biofilm composition and recruitment ...

In this study, we assessed variations in microbial biofilms composition on the settlement of Ericaria amentacea at sites exposed to different human pressures.

Semantic Scholar extracted view of "Variations in epilithic microbial biofilm composition and recruitment of a canopy-forming alga between pristine and ...

Variations in epilithic microbial biofilm composition and recruitment ...

Variations in epilithic microbial biofilm composition and recruitment of a canopy-forming alga between pristine and urban rocky shores ; Journal: Marine ...

Biomass and Community Structure of Epilithic Biofilm on the Yellow ...

CrossRef. [1], Variations in epilithic microbial biofilm composition and recruitment of a canopy-forming alga between pristine and urban rocky shores. Marine ...

Epilithic Bacterial Assemblages on Subtidal Rocky Reefs: Variation ...

Although the composition of epilithic microbial biofilms (EMBs) is recognized as a major determinant of macroalgal recruitment, their role ...

MEPS » v597 » p65-77 - Inter-Research Science Publisher

However, the effect of macroalgae on the composition of epilithic microbial biofilms, an important determinant of coral recruitment, is poorly ...

Intertidal epilithic bacteria diversity changes along a naturally ...

Intertidal epilithic bacteria communities are important components of coastal ecosystems, yet few studies have assessed their diversity and how it may be ...

Variations in the abundance and structural diversity of microbes ...

The results showed variations in microbial numbers and the development of more stable biofilm communities as the biofilms aged. The culture-dependent technique ...

[PDF] The Role of Biofilms Developed under Different ...

Variations in epilithic microbial biofilm composition and recruitment of a canopy-forming alga between pristine and urban rocky shores. · Environmental Science, ...

Effects of ocean acidification on biofilm development. (AC) Changes ...

... The bacterial community composition in intertidal soft sediments was also significantly altered by OA, consistent with previous findings for bacterial ...

Biodiversity, community structure and function of biofilms in stream ...

Multi-species, surface-attached biofilms often dominate microbial life in streams and rivers where they contribute substantially to biogeochemical processes ...

Coral reef biofilm bacterial diversity and successional trajectories ...

Work on marine biofilms has primarily focused on host-associated habitats for their roles in larval recruitment and disease dynamics; ...

epilithic microbial biofilms (EMBs) - Allie (アリー): 関連PubMed情報

Variations in epilithic microbial biofilm composition and recruitment of a canopy-forming alga between pristine and urban rocky shores. ---. Rows per page ...

Differences in Intertidal Microbial Assemblages on Urban Structures ...

Intertidal bacterial community structure sampled from plots differed between seawalls and rocky shores, but when substrate material, age and orientation were ...

Bacterial community succession and chemical profiles of subtidal ...

In this study, both successional changes in the bacterial community structure and the chemical profiles of subtidal biofilms are described and related to the ...

Marine biofilms on artificial surfaces: structure and dynamics - Salta

Overall, differences have been identified in species composition between biofilm and planktonic forms for both diatoms and bacteria at various ...

Microbial Biofilm: A Review on Formation, Infection, Antibiotic ... - MDPI

The processes of QS and biofilm formation are interdependent. When the QS gene is activated, it causes the biofilm to develop and then coordinates its ...

Mar Environ Res - Content Listing - Medscape

Variations in epilithic microbial biofilm composition and recruitment of a canopy-forming alga between pristine and urban rocky shores. June 01, 2023.

Effect of seaweed canopy disturbance on understory microbial ...

... recruitment, growth and survival ... Thus, changes to understory epilithic bacterial biofilms ... No differences in epilithic bacterial community structure ...

Microspatial variation in marine biofilm abundance on intertidal rock ...

Rocky shore species exhibit spatially variable pat- terns of settlement and recruitment (Underwood et al. 1983, Hutchinson & Williams 2001).