I want to be a scientist who is able to make real connections between seemingly disparate problems or challenges, especially that of finding the human value of scientific knowledge, new and established. For my doctorate research, I wish to pursue inquiry into unfamiliar marine organisms in unfamiliar habitats with the hope of contributing to new knowledge and discovering new species. To these ends, I wish to connect my graduate research on sea cucumbers with my ongoing research on mesophotic reefs. Sea cucumbers are diverse worm-like organisms in Class Holothuroidea that have evolved and diversified in a span of 400 million years. Today, all large species are threatened by overfishing. Mesophotic reefs are dimly-lit ecosystems found at depths of 30 to 150 meters that were established after the last Ice Age, over 10,000 years ago. In my country, the Philippines, these deep reefs offer something of a “last hope” for sustaining biodiversity and fisheries given the progressive destruction of the shallower reefs from both …show more content…
UF's museum has the largest and most diverse collection of tropical sea cucumbers in the world and is an excellent starting point for my investigation, given that some of these may have been collected from mesophotic depths.
2. I am a collaborator for an international, NSF-funded project (led by Prof. Paulay) that will revise over 200 sea cucumbers species. This will provide me training opportunities and access to a community of experts.
3. The Philippines, being the epicenter of marine biodiversity, provides excellent study sites. As a Filipino, I have easy access to collecting sites and will also be able to give back to the research community there.
4. There are ongoing projects on sea cucumbers (led by Prof. Juinio-Meñez) and mesophotic reefs (led by Prof. Siringan) in the Philippines that could help provide logistical and technical support for my
A planned multi-million-dollar offshore aquarium off of Granite Island is being fast tracked with hopes of reviving the tourism region at Victor Harbor (ABC, 2015). While it is early days in the proposal, there is an air of confidence that the plan will precede if the community accepts the idea (Simmons, 2015). What impact will the proposed underwater observatory have on Victor Harbor? To assist with the research Simone from the Port Lincoln Swim with the Tuna observatory was contacted as well as Oceanic Victor and an interview was held with Ian Milne, the marine biology teacher at Victor Harbor High School. Research was also conducted at Granite Island.
Hannah Ton Mrs. Braun Honors American Literature 1 November 2015 SeaWorld Orca Breeding Should Not Be Continued When Dr. Heather Rally, a veterinarian who specializes with marine mammals, visited SeaWorld, she witnessed an orca with a severely collapsed fin and asked an “educational” guide why its fin was bent. The guide replied that it was a genetic trait just like curly or straight hair. However, Rally knows the truth, scientific evidence suggests that the high rate of dorsal fin collapse in captive orcas is due to conditions of captivity. These include spending an abnormally long time at the surface in direct sunlight and continuously swimming in tight circles.
Recently, because of the downturn of sharks, those coral reefs and seagrass
Once breakfast was over, my uncle took out of his pocket a little notebook intended for scientific observation. He consulted his various instruments one after another, and recorded the following data: I glanced at him from across the kitchen with a curious look. As soon as he saw my expression he stood up from his seat and left the room. I never understood that man... He has never been normal, but ever since he took a job at the aquarium he has been extremely distant from the family.
One of the earth’s most diverse and unique ecosystems, the coral reef, is dwindling due to anthropogenic stressors. Coral reefs across the globe provide habitat to approximately 550,000 to 1.3 million different species of organisms (Wear and Thurber 15). Although reefs can take thousands of years to form, over just the past 27 years, the world’s largest coral reef, The Great Barrier Reef, has seen its coral cover decline by over 50% (Kroon 1987). What is causing such an immense deterioration and what can be done to stop it? Various academic journals such as, Evidence of Large-Scale Chronic Eutrophication in the Great Barrier Reef, claim that fertilizer and sediment runoff are two of the leading causes of coral reef debilitation.
5 Destruction of the Great Barrier Reef Now it is apparent that the Great Barrier Reef is a fragile ecosystem as it is an interaction of these easily changeable factors, which brings us to the threats with which the Great Barrier Reef has to deal. 5.1 Natural destruction: Crown-of-thorns starfish It seems that every animal in the world acts as a source of food for other animals; this is also true for corals. The crown-of-thorns starfish, which has 21 thorny arms and a length of 80 cm, feeds on corals, coral polyps, and coral algae.
Oceans are peaceful, majestic, and filled with amazing and vibrant color. A lot of the prostown beauty in oceans can be credited to coral reefs. Lately though, natural coral reefs have been dying for various reasons, and some people believe that artificial reefs can help not only the natural reefs, but other surrounding ecosystems in their environment. Various articles use rhetorical techniques in hopes of enhancing their articles about whether or not artificial reefs are helping or harming the oceans. The first article, “Concern Lingers on Success of Artificial Reefs”, was written by Charles Q. Choi, and for Live Science, looks at both the pro and con side of artificial reefs.
1.0 Introduction 1.1 Purpose The purpose of this report is to investigate the impacts of urban development on biodiversity at stumers creek dog beach. This report will include data collected from the creek including; water samples, soil samples and animal and excrement surveys in order to determine the health of the environment. 1.2 Location Stumers Creek is located in Coolum Beach, on the Sunshine Coast in Queensland Australia. The sub catchment of Stumers Creek covers an area of 13km2.
Marine organisms are animals, plants, and other living things that live in the ocean. A Marine biologist is a scientist who studies marine organisms and studies the bodies, behavior, and the history of marine organisms. They also study how marine organisms interact with each other and their environment. I have chosen to research about Marine biology because I would like to learn about sea life, the ocean, and its surrounding environment. To start off, a Marine biologist might study coral, crabs, fish, microscopic marine organisms, sea stars, seaweed, squid, or whales.
Lizeth Felix-Guzman AVID August 9, 2014 Marine Biologist A marine biologist refers to anyone who studies or works with animals or plants that live in salt water from the tiniest microbes and plankton to the largest whales, and every species in between. Marine biologist also works towards discovering all the unknown plants and animals that live in the depths of the sea. Marine biologist study life in the oceans, they study the process of how marine organisms develop and relate to each other and how they adapt to their environment and interact with it (Marine).Studying this is essential in order for them to be preserved. Usually marine biologists have more specific job titles such as an ichthyologist, cetologist, marine mammal trainer,
There are four main classes of coral reefs, as broken down by scientists. These are Atolls, Fringing Reefs, Barrier Reefs, and Patch reefs. Atolls are found in the form of rings, and are mostly found in the middle of the sea. They form when islands amid fringing reefs sink into the sea or the sea level rises around them. The fringing reefs continue to grow and eventually form circles with lagoons inside.
The ocean is full of strange and mysterious creatures. This is why there are varied fields of study involving the ocean and the life teeming within it. Marine biology is one of the largest fields and has a broad spectrum of specimens to study. Manta rays, a well-known animal, have become a popular topic in the field of marine biology research.
Angela, Your post was very informative. I would have never thought that just by wearing sunscreen and going to the beach it would lead to the destruction of coral reefs! I will keep that in mind the next time I go to the beach. In addition, would you have any suggestions for substitutes that may not have such a harmful effect on the environment? Also, for those who have sensitive skin but love the beach, would you think that their tradeoff for personal pleasure is greater than the preservation of coral reefs?
Therefore, the impact of overfishing and illegal collecting of coral may destroyed the social and economic well-being of the coastal communities who depend on fish for their way of life. Beside, it is also direct overexploitation of fish, intertebrates, and algae for food and the aquarium trade, removal of a species or group of species impacting multiple trophic levels, bycatch and mortality of nontarget species, and change from coral to algal dominance due to reduction in herbivores (Reef Resilience Organisation,
In this research paper we will explore more about coral reefs and their importance. Coral reefs are communities of living organisms. They are made up of fishes, plants, and many other creatures. They have been around for millions of years: less than the 0.1% of the world’s ocean floor Is covered by coral reefs, however they grow very slowly, from 0.3 cm to 10 cm per year.