RESEARCH AND EDUCATIONAL FACILITIES
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| The
distinguishing resource available to marine science students is the
University's location on the banks of the St. Johns River and its close
proximity to numerous marine estuaries and the Atlantic Ocean, giving
students access to a variety of marine habitats for campus research
projects. |

Jacksonville
University docks on the banks of the St. Johns River.
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Students collect
sediment samples at St. Augustine Beach.
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Extensive sandflats
and marshes of nearby Ft. George Inlet at low tide.
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The
Reid Medical Sciences and Nelms Science buildings house
the marine science and biology programs. |

The marine science wet lab and classrooms are located in the Reid
Medical Science Center.
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Maggie Wheldon's Memorial Shell Collection is housed in the Nelms
Science Building.
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The Nelms Science Building is home to the Ichthyology Laboratory and
Fish Museum.
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The R/V Dolphin, a
25-foot
Boston Whaler with a LORAN navigation system, and an 18-foot Jon Boat
enable students to
participate in off-campus field work assignments.
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Offloading supplies from the R/V
Dolphin during a research cruise.
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The R/V Dolphin towing an
otter trawl in the St. Johns River.
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The Jon Boat being used for studies on the Ortega River.
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Specialized
equipment
includes several electronic means of sampling water quality, video and
time-lapse photography
of microscopic organisms, and larval and
algal culture in a controlled environment.
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The LI 1400 data logger with the capability of recording light data
continuously for up to one month.
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Students using a portable multi-probe system to test for multiple water
quality parameters.
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Equipment used for the rearing and husbandry of marine invertebrate
larvae.
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The
Department of Biology and Marine
Science has a working wet lab with an aeration system, numerous
aquaria,
and extensive facilities to maintain various marine and freshwater
organisms.
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Numerous students conduct independent research projects in the Marine
Science Wet Lab.
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Students and faculty use the wave tank for experiments simulating
nearshore occilatory water flow.
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Organismal responses to laminar
water flow are studied using the flume tank. |
A
walk-in environmental chamber and an aquaculture compound support
freshwater fish aquaculture. The
department also provides a variety of
spectrophotometers, centrifuges, incubators, and microscopes for the
use
of students and faculty in laboratory and research settings. |