Noctiluca sp. bioluminescence in response to the mechanical stimuli of a screw propeller

This work presents a new experiment method studying the Noctiluca sp. bioluminescence under the mechanical stimulation. It devoted to the study of the Noctiluca sp. bioluminescence triggered by the screw propeller’s mechanical stimuli in the tank. The size of the tank was 2*1*1m. The screw propeller...

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Main Authors: Han Jing, Zhang Xuegang, Li Guijuan
Format: Article
Language:English
Published: EDP Sciences 2015-01-01
Series:MATEC Web of Conferences
Online Access:http://dx.doi.org/10.1051/matecconf/20153406004
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spelling doaj-f02daac37f484d728a683a78953590982021-02-02T00:51:44ZengEDP SciencesMATEC Web of Conferences2261-236X2015-01-01340600410.1051/matecconf/20153406004matecconf_icmme2015_06004Noctiluca sp. bioluminescence in response to the mechanical stimuli of a screw propellerHan Jing0Zhang Xuegang1Li Guijuan2Science and Technology on Underwater Test and Control LaboratoryScience and Technology on Underwater Test and Control LaboratoryScience and Technology on Underwater Test and Control LaboratoryThis work presents a new experiment method studying the Noctiluca sp. bioluminescence under the mechanical stimulation. It devoted to the study of the Noctiluca sp. bioluminescence triggered by the screw propeller’s mechanical stimuli in the tank. The size of the tank was 2*1*1m. The screw propeller is fixed on a shelf and the position relative to the tank was adjustable by moving the shelf. Two methods were carried out to control the running of the screw propeller. In the first scenario, the shelf was fixed in the center of the tank and the second scenario, the shelf moved from one side to the other in the tank. At the same time, the screw propeller was running with a certain velocity. The luminescent strength of Noctiluca sp. enhanced as the increase of the screw propeller’s running velocity. There were two obvious luminous areas nearby the screw propeller’s blades. The luminescent area was bigger in the second scenario. Thus, when navigational ship passing the sea area which filled with Noctiluca sp. or other luminescent halobios, it will stimulate the Noctiluca sp. or other luminescent halobios bioluminescence. The ship also can be detected using the bioluminescence.http://dx.doi.org/10.1051/matecconf/20153406004
collection DOAJ
language English
format Article
sources DOAJ
author Han Jing
Zhang Xuegang
Li Guijuan
spellingShingle Han Jing
Zhang Xuegang
Li Guijuan
Noctiluca sp. bioluminescence in response to the mechanical stimuli of a screw propeller
MATEC Web of Conferences
author_facet Han Jing
Zhang Xuegang
Li Guijuan
author_sort Han Jing
title Noctiluca sp. bioluminescence in response to the mechanical stimuli of a screw propeller
title_short Noctiluca sp. bioluminescence in response to the mechanical stimuli of a screw propeller
title_full Noctiluca sp. bioluminescence in response to the mechanical stimuli of a screw propeller
title_fullStr Noctiluca sp. bioluminescence in response to the mechanical stimuli of a screw propeller
title_full_unstemmed Noctiluca sp. bioluminescence in response to the mechanical stimuli of a screw propeller
title_sort noctiluca sp. bioluminescence in response to the mechanical stimuli of a screw propeller
publisher EDP Sciences
series MATEC Web of Conferences
issn 2261-236X
publishDate 2015-01-01
description This work presents a new experiment method studying the Noctiluca sp. bioluminescence under the mechanical stimulation. It devoted to the study of the Noctiluca sp. bioluminescence triggered by the screw propeller’s mechanical stimuli in the tank. The size of the tank was 2*1*1m. The screw propeller is fixed on a shelf and the position relative to the tank was adjustable by moving the shelf. Two methods were carried out to control the running of the screw propeller. In the first scenario, the shelf was fixed in the center of the tank and the second scenario, the shelf moved from one side to the other in the tank. At the same time, the screw propeller was running with a certain velocity. The luminescent strength of Noctiluca sp. enhanced as the increase of the screw propeller’s running velocity. There were two obvious luminous areas nearby the screw propeller’s blades. The luminescent area was bigger in the second scenario. Thus, when navigational ship passing the sea area which filled with Noctiluca sp. or other luminescent halobios, it will stimulate the Noctiluca sp. or other luminescent halobios bioluminescence. The ship also can be detected using the bioluminescence.
url http://dx.doi.org/10.1051/matecconf/20153406004
work_keys_str_mv AT hanjing noctilucaspbioluminescenceinresponsetothemechanicalstimuliofascrewpropeller
AT zhangxuegang noctilucaspbioluminescenceinresponsetothemechanicalstimuliofascrewpropeller
AT liguijuan noctilucaspbioluminescenceinresponsetothemechanicalstimuliofascrewpropeller
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