Oyster Gape with Temperature Test Measurements at Gulf Coast Research Laboratory, 2018-08-10 to 2018-09-03

This dataset contains temperature observations and gape measurements obtained from six oysters using a newly-developed sensor and data transmission system. Testing was performed at the University of South Mississippi's Gulf Coast Research Laboratory (GCRL) in Ocean Springs, Mississippi, from 2018-08-10 through 2018-09-03. The system consists of a Hall Effect sensor and a small magnet affixed to the shells of the oyster; the sensor produces a voltage proportional to the distance to the magnet and thus the gape length. This dataset supports the publication: Ali, A., Ali, K., Ukpebor, A., Hasan, M., Addy, J., Ikome, O., & Abu-El Humos, A. (2019). Hardware and Software Components of an Oysters’ Gape Measurement System. American Journal of Engineering and Applied Sciences, 12(3), 319–328. doi:10.3844/ajeassp.2019.319.328本数据集包含通过新型传感器与数据传输系统，从6只牡蛎采集得到的温度观测数据与贝壳开合度测量值。本次测试于2018年8月10日至2018年9月3日，在美国南密西西比大学墨西哥湾沿岸研究实验室（Gulf Coast Research Laboratory, GCRL）位于密西西比州海洋斯普林斯的实验场地开展。该系统由霍尔效应传感器（Hall Effect sensor）与固定于牡蛎贝壳表面的小型磁体组成；传感器可输出与磁体间距（即贝壳开合长度）成正比的电压信号。本数据集支撑以下学术出版物：Ali, A.、Ali, K.、Ukpebor, A.、Hasan, M.、Addy, J.、Ikome, O. 与 Abu-El Humos, A.（2019）。《牡蛎贝壳开合度测量系统的硬件与软件组件》，刊载于《美国工程与应用科学期刊》，第12卷第3期，第319–328页，DOI: 10.3844/ajeassp.2019.319.328