由于先前已受到气压性损伤和捕捞损伤,植入标志的鱼被证明很难能够重返到它们被捕获时的水深处并幸存下来。植入标志造成的应激压力可使它们被放流后游动迟缓并迷失方向,也导致重返原来生活水深处的能力以及重新安家和躲避猎食者等能力的下降。为减少鱼类标志及放流的人为痕迹,为在墨西哥湾北部的岩礁鱼类的标志植入与放流,设计并测试了一个可遥控开口的网箱,目标是快速将植 Implanted markers proved difficult to return to the depths they were trapped and survived due to previous pressure injuries and fishing damage. The stress caused by the implants can make them slow to swim and lose their way after they have been released, leading to a reduction in their ability to regain their original depths of water and to relocate and escape predators. In an attempt to reduce the human markings of fish signs and release, a remotely controlled open-celled cage was designed and tested for the placement and release of log fish in the northern Gulf of Mexico with the goal of rapidly planting