11th ICRS Abstract book - Nova Southeastern University
11th ICRS Abstract book - Nova Southeastern University
11th ICRS Abstract book - Nova Southeastern University
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Poster Mini-Symposium 16: Ecosystem Assessment and Monitoring of Coral Reefs - New Technologies and Approaches<br />
16.538<br />
Coral Literature Education and Outreach, CLEO<br />
Linda PIKULA* 1 , Erica RULE 2 , Derek MANZELLO 3<br />
1 LISD, NOAA, Miami, FL, 2 NOAA, AOML, Miami, FL, 3 AOML, NOAA, Miami, FL<br />
The CLEO Program leverages techniques developed at NOAA/AOML under the<br />
Explorer of the Seas, Coral Health and Monitoring Program, and Integrated<br />
Coral Observing Network (ICON/CREWS) programs, under which knowledge<br />
transfer of oceanographic instrumentation and coral reef processes have been developed.<br />
The Gray Literature Section Coral Literature Education and Outreach (CLEO) project<br />
is designed to provide access to “gray” (unpublished or largely uncirculated) literature,<br />
data, and documentation on coral reefs constituting the Integrated Coral Observing<br />
Network/Coral Reef Early Warning System (ICON/CREWS) monitoring stations. The<br />
literature collected in CLEO bibliographies provides foundational and unique research to<br />
scientists, educators, and other interested parties who are researching coral reefs, reef<br />
dynamics, reef ecology, and reef processes. The items found in these databases are<br />
readily accessible in an online, full-text format.<br />
CLEO databases provide background literature for sites at La Parguera (Puerto Rico), St.<br />
Croix (U.S. Virgin Islands), St. Thomas (U.S. Virgin Islands), Exuma (Bahamas), and<br />
Molasses Reef (United States), with several more sites, including Discovery Bay<br />
(Jamaica) planned for future release. The ICON/CREWS project is pursuing a U.S. Coral<br />
Reef Task Force goal of establishing monitoring stations at all major U.S. coral reef<br />
areas by 2010. The gray literature database intends to complement these sites.<br />
The Educational Modules are being developed for middle school classes. Each<br />
module consists of three segments: background information (science behind the<br />
instrument), classroom experiment (experiment to test parameter instrument measures),<br />
and teacher's section (describes the Educational Objectives / National Science Standards,<br />
Preliminary Activities/Demonstrations, Suggestions for teaching the concept, and<br />
Follow-up or Extension Activities for the class.) Students will be engaged to plot and<br />
manipulate the data, and to witness events live on the Web via the ICON/CREWS<br />
Coral Cam. The current modules are Coral Spawning, Coral Bleaching and<br />
Effects of CO2 on Coral Reefs.<br />
Both Modules at : http://www.coral.noaa.gov/cleo/literature.shtml<br />
16.539<br />
Vdms Archiving And Providing Online Access To The Noaa Ocean Exploration<br />
Digital Video And Image Data On Deep Corals<br />
Anna FIOLEK 1 , Janice BEATTIE 1 , Eileen MCVEY 1 , Linda PIKULA* 2<br />
1 NOAA Central Library, Silver Spring, MD, 2 NOAA Miami Regional Library, Miami,<br />
FL<br />
Hundred of digital video clips, movies, still images and products from the NOAA<br />
signature expeditions to coral reef areas are available via NOAALINC, the NOAA<br />
Central Library online catalog.<br />
In 2003, the National Oceanic and Atmospheric Administration’s (NOAA) Office of<br />
Ocean Exploration (OE) embarked on a collaboration with the NOAA Central Library<br />
(NCL), the National Oceanographic Data Center (NODC), and the National Coastal Data<br />
Development Center (NCDDC) to address the requirements for archiving, preserving,<br />
providing online access and managing digital video, and still images from OE<br />
oceanographic expeditions.<br />
As a result of this collaboration with OE, NOAA’s Coral Reef Information System<br />
(CoRIS), and other NOAA offices, the library team has developed the Video Data<br />
Management System (VDMS) to provide online information and access to NOAA<br />
oceanographic cruises that comply with applicable metadata standards. Knowledge of<br />
metadata and metadata-making tools was essential. In January 2003, they developed the<br />
pilot plan and gave a presentation to OE stakeholders.<br />
Using existing library tools and infrastructure, the library team led the process of<br />
archiving, preserving and providing online access to NOAA oceanographic information.<br />
Currently, via the NOAA Library and Information Network Catalog (NOAALINC), the<br />
library online catalog (http://www.lib.noaa.gov/uhtbin/webcat), information on<br />
thousands of hours of digital videos from NOAA signature expeditions from 2001 are<br />
accessible to a global community. NOAA scientists can retrieve the expeditions’ original<br />
tapes from the NOAA Library Archives. Online information includes digital video<br />
highlights, still images, cruise reports, educational lesson plans, original video and image<br />
annotations, Web sites, and more.<br />
16.540<br />
The Instrumental Architecture Of A Coral Reef Early Warning System (Crews) Station<br />
Mike JANKULAK* 1 , Michael SHOEMAKER 2 , James HENDEE 2<br />
1 Cooperative Institute for Marine and Atmospheric Sciences, <strong>University</strong> of Miami, Miami, FL,<br />
2 Atlantic Oceanographic and Meteorological Laboratory, National Oceanic and Atmospheric<br />
Administration, Miami, FL<br />
CREWS stations originated at, and are constructed by, NOAA's Atlantic Oceanographic and<br />
Meteorological Laboratory in Miami, Florida, and have been deployed at Lee Stocking Island<br />
(the Bahamas), St. Croix (USVI), La Parguera (Puerto Rico), and Discovery Bay (Jamaica),<br />
with new installations planned for Little Cayman, Saipan, Antigua, and elsewhere. The<br />
dynamic pylon supports an architecture that includes all the basic meteorological instruments<br />
(e.g., for winds, barometric pressure, precipitation, light), oceanographic instruments (e.g., sea<br />
temperature, salinity, light, pCO2, PAM-fluorometry), data logger, solar panels, batteries,<br />
satellite transmitter, GPS tracker, lightening arrestor, and, as required, a microwave transmitter<br />
for transmitting real-time underwater and above-water video. This report explains how the<br />
instrumental architecture is arranged, the considerations necessary for proper maintenance, how<br />
the metadata are logged, how the data logger is programmed, and how instruments of<br />
importance to specific coral reef research projects can and soon will be accommodated. An<br />
outline for a technology transfer program at upcoming installations is also presented.<br />
16.541<br />
The Minimum Sampling Effort For Monitoring Coral Reefs Applying The Video-Transect<br />
Igor CRUZ* 1 , Ruy KIKUCHI 1 , Zelinda LEAO 1<br />
1 Federal <strong>University</strong> of Bahia - Brazil, Salvador, Brazil<br />
The main goal of this work was to define the fastest and the least expensive sampling program<br />
capable of giving information regarding species composition of important taxa, in a selected<br />
coral reef complex, namely Itacolomis Reefs, in the Corumbau Marine Extractive Reserve,<br />
located at the southern part of the state of Bahia, in Eastern Brazil. Ten, 20 m long, belttransects<br />
were performed at the top of the Pedra do Silva Reef, covering its northern half in<br />
water depths of around 3 m. The average living coral coverage, coral diversity index and coral<br />
species richness were evaluated based on the analysis of 20 points per frame in each of the ten<br />
belt-transects (average 98.2±7.4 frames per belt-transect). For both quantitative and qualitative<br />
data sets, the coral species richness estimators (ICE, ACE, Chao 1, Chao 2 and Cole), and the<br />
unique and duplicate occurrences of species, plotted against the cumulative transect data,<br />
indicate that almost all curves stabilized with six to seven transects and with up to ten coral<br />
species (maximum of eleven coral species was found). These results indicate that six 20 m long<br />
transects with an analysis of 20 points per image (frame) was sufficient for sampling the broad<br />
taxonomic categories of hard corals, and that the whole field operation could be performed<br />
during a single dive per station, up to 10 m deep, saving considerable time and compressed air<br />
consumption. The technique may also be applied in other reefs with similar characteristics, as<br />
well as along the whole Brazilian Coast considering that the coral richness of Pedra do Silva<br />
Reef is comparable, or even higher, than any other reef area in Brazil.<br />
398