a The circadian mean shell gaping magnitude (%) in 16 C. fluminea at
Flowchart showing the modeling methodology for: aI the RVC/RSW-based
Jou LI-JOHN, National Ilan University, Yilan, Bio-mechatronic Engineering
Sensory determinants of valve rhythm dynamics provide in situ biodetection of copper in aquatic environments
Jou LI-JOHN, National Ilan University, Yilan, Bio-mechatronic Engineering
Jou LI-JOHN, National Ilan University, Yilan, Bio-mechatronic Engineering
Sensory determinants of valve rhythm dynamics provide in situ biodetection of copper in aquatic environments
Bo-Ching CHEN, MingDao University, Chang-hua, Post-Modern Agriculture
a The circadian mean shell gaping magnitude (%) in 16 C. fluminea at
Sensory determinants of valve rhythm dynamics provide in situ biodetection of copper in aquatic environments
a The circadian mean shell gaping magnitude (%) in 16 C. fluminea at
a–h Schematic showing the configuration of the improved online
a The circadian mean shell gaping magnitude (%) in 16 C. fluminea at
Bo-Ching CHEN, MingDao University, Chang-hua, Post-Modern Agriculture
