Multiplexed Printed Sensors For In Situ Monitoring In Bivalve Aquaculture
Document Type
Article
Publication Date
10-18-2022
School
Polymer Science and Engineering
Abstract
Non-intrusive sensors that can be attached to marine species offer opportunities to study the impacts of environmental changes on their behaviors and well-being. This work presents a thin, flexible sensor tag to monitor the effects of dissolved oxygen and salinity on bivalve gape movement. The measurement range studied was 0.5–6 ppm for the dissolved oxygen sensor and 4–40 g kg−1 for the salinity sensor. The curvature strain sensor based on electrodeposited semiconducting fibers enabled measurements of an oyster's gape down to sub-mm displacement. The multiplexed sensors were fabricated by low-cost techniques, offering an economical and convenient platform for aquaculture studies.
Publication Title
Nanoscale
Volume
14
First Page
16110
Last Page
16119
Recommended Citation
Wu, S.,
Phongphaew, N.,
Zhai, Y.,
Yao, L.,
Hsu, H.,
Shiller, A.,
Azoulay, J. D.,
Ng, T. N.
(2022). Multiplexed Printed Sensors For In Situ Monitoring In Bivalve Aquaculture. Nanoscale, 14, 16110-16119.
Available at: https://aquila.usm.edu/fac_pubs/20507