Meet the Researchers

Learn a little about each of the projects the University of New England students are working on. To go into more detail, and to see pictures and the latest research, follow the link "Progress Report" at the end of each section below.





Summary of Research Initiative

Jacque Carter

Jacque Carter

Dr. Sedberry and I, together with several undergraduate and graduate students, have initiated work to produce a definitive treatise on the coral reef and shore fishes of Belize. This guide will be a comprehensive fish identification guide that contains keys and illustrations to identify specimens to major group and to species as well as data on fish habitat preference based on ten years visual census surveys on the reef. In addition it will include information on the importance of each species to local fisheries and ecology, as well as fisheries statistics, conservation status of the species (e.g., underutilized, overfished, endangered) and descriptions of the importance of these fishes in the economy, culture and folklore of Belize. The Glovers Reef Marine Research Station will serve as our primary base of field operations for P.I.s and students throughout the course of this project.

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Project History and Summary



Biodiversity and Photodocumentation

Jake Levenson

Jake Levenson Hi! My name's Jake, I'm a Junior at UNE and am a Marine Biology Major. I enjoy SCUBA diving, sailing, and photography. I'm really psyched that you decided to check out this web site. My project is pretty cool, I am going around the reefs and taking as many pictures as possible of all the fish I can find! I know it seems overwhelming, trust me, it is sometimes. Hopefully, with Shawn and Judd's help, I will complete a very thorough photographic census of all the fishes found at Glovers!

So what's the point of taking pictures of the fish and reef? Well, it gives a great idea of the amazing Biodiversity found on a tropical reef! I can also take the pictures of this year's reefs and compare them to last year's pictures I took before Hurricane Mitch. This way we can spot different types of coral damage and diseases. I'm also taking pictures for another reason. I'm currently a volunteer diver at the New England Aquarium and am working on a project to find out the different reproductive modes of coral reef fish. There are even some fish found on coral reefs that nobody knows how they spawn. That's what I'd like to learn more about from this trip. There are some kinds of fish like squirrelfish that no one knows how they reproduce. Because we are here during a new moon, I'm hoping to use some high-tech photographic equipment to see if any possible nesting or spawning behaviors that might happen at night. Wanna go for a virtual dive in the tropics? Well stay tuned for some really cool night photos and videos!

One more thing...I'm the guy on the other end of the digital camera sending you guys images back to the Internet. I would love to answer any questions that any of you might have. I love email so feel free to send me any questions about fish, coral reefs, Glovers Atoll or SCUBA diving in general. Hope to hear from you soon.

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Progress Report



Coral Reef Damage from Hurricane Mitch

Researcher: Stacy Guerin

Stacy Guerin

From Biddeford Maine
Attend the University of New England in Biddeford
Graduating May 1999 with a double major in Marine Biology and Environmental Sciences






The reason I am going to Belize during spring break is to conduct research on the corals. Since Hurricane Mitch, many of the corals have been experiencing a disease that is common to corals. It is called Black-Band Disease (BBD). Black- Band Disease occurs when the corals are not receiving enough light. This can come about from stormy weather or from coastal development. Both cloud up the water and limit the amount of light reaching the corals. I hope to photograph the corals on different regions of the reef (for example, the fore-reef and back reef) and compare whether there are areas that were more affected than others. I am also going to look at what types of corals are more apt to get the disease.

Hopefully with a follow up study during a non-hurricane season, I can look at the same corals at the same sites and determine if the Black-Band disease was a direct effect of Hurricane Mitch or if it is more anthropogenic in nature.

Stacy and Dave Dave Pellerin and I hope to create a newsletter of some sort informing the people of Belize what is occurring with their coral reef and what if anything can be done about it.





Dave Pellerin
From Saco Maine
Attends University of Southern Maine
Sophomore with an undeclared major

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Details of Research Effort and Progress Report



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Lighting Effects on Soft Coral Growth

Domenic DiNatale

Domenic DiNatale

For years, aquariums have experimented with many types of lighting to see what is best for their fish and corals. My experiment is to determine which of three widely used types of bulbs are best for soft coral growth (actinic blue, super actinic, metal halide). My research here in Belize is looking at the natural growth patterns of soft corals.

During the time spent in Belize, I will find several individuals of the same species I am working with (Sinularia sp.), mark them, and measure them several times at the same time of day. Measurements will be taken at the base of the coral (diameter), and a maximum height. Sinularia sp. grows at an amazing rate, and there will be noticible differences within the ten days of visiting Belize. I am looking at the size of the differences relative to aquaculture lighting.

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Progress Report



Coral Bleaching in Belize

Janeva Scofield and Jacquie Giovannone

Janeva Scofield

Janeva Scofield
Jacquie Giovannone Jacquie Giovannone

In the past four years there have been two major coral reef bleaching events in Belize. The most severe and most recent, coinciding with El Niņo and the switch to La Niņa, occured in September 1998, and continued through October 1998. Our objective is to study the effects of this latest bleaching on the coral ecosystem in Belize.

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Progress Report



Biology of Sharks, Skates, and Rays

David M. Koester, Ph.D.
Associate Professor of Anatomy

David M. Koester, Ph.D.

Research interests: Specifically, work with skates. Interested in the structure and function of the electric organ found in the tail region of skates. The electric organ develops from skeletal muscle fibers and is probably used for communication in conjunction with the electrosensory system possessed by all sharks, skates and rays. Also investigating the use of the pelvic fins of skates in locomotion along the bottom.

This is my second trip to Belize, the first being in March of 1996. On the upcoming trip I plan to survey the diversity of stingrays in the Glover Reef area.

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Progress Report





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