239:
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336:, particularly the ecology of water systems. The ecology of water systems focuses on the organisms that live in freshwater environments and how they are affected by changes in their habitat. For example, a limnologist specializing in ecology could study how chemical or temperature changes in a body of water inhibit or support new
38:, the movement of materials in and out of aquatic ecosystems, and the use of water by humans, among other things. Aquatic scientists examine current processes as well as historic processes, and the water bodies that they study can range from tiny areas measured in millimeters to full oceans. Moreover, aquatic scientists work in
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celebrating aquatic science, a new one has been made called World
Aquatic Animal Day. World Aquatic Animal Day was created on April 3, 2020, as a way to raise awareness for these often forgotten animals. The holiday begun as a project of the Aquatic Animal Law Initiative and the Animal Law Clinic at
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on native populations of aquatic life. Most ecological limnologists conduct their studies in laboratory settings, where their hypotheses can be tested, verified, and controlled. Another area of study under limnology is biology. Limnologists who specialize in the biology field only study the living
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Both aquatic animals and plants contribute to the health of our environment and to the quality of human life. Humans depend on their ecological functions for our survival. Humans use surface waters and their inhabitants in order to process our waste products. Aquatic plants and animals provide us
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Oceanography is interdisciplinary. For example, there are biological oceanographers and marine biologists. These scientists specialize in marine organisms. They study how these organisms develop, their relationship with one another, and how they interact and adapt to their environment. Biological
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have on marine animals. In addition, a chemical oceanographer might use chemistry to better understand how ocean currents move seawater and how the ocean affects the climate. They might also search for ocean resources that could be beneficial, such as products that have medicinal properties.
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Oceanography refers to the study of the physical, chemical, and biological characteristics of oceanic environments. Oceanographers study the history, current condition, and future of the planet's oceans. They also study marine life and ecosystems, ocean circulation,
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are derived from aquatic plants and animals. Moreover, aquatic wildlife are an important source of food for many people. In addition, aquatic wildlife is a big source of atmospheric oxygen and plays a big role in preventing humans from being affected by new
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as part of the Center for Animal Law
Studies. In addition to raising awareness for these animals, this holiday aims to increase our appreciation and understanding of them. Under this holiday, the definition of aquatic animals is not limited to fish.
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that keeps coral alive, forcing species out of their natural habitats and into new areas, and for causing sea levels to rise. Acidification, on the other hand, is decreasing the pH level of oceans. High acidity levels in the water are preventing
54:. Chemists and biologists, on the other hand, might work together to see how the chemical makeup of a certain body of water affects the plants and animals that reside there. Aquatic scientists can work to tackle global problems such as
383:. Aquatic plants provide oxygen, food, and shelter for many aquatic animals. In addition, underwater vegetation provides several species of marine animals with grounds to spawn, nurse, take refuge, and forage.
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and sunlight to grow. Most
Phytoplankton are buoyant, floating in the upper part of the ocean, where sunlight penetrates the water. There are two main classes of phytoplankton: dinoflagellates and diatoms.
180:. Lastly, under the field of oceanography, there are physical oceanographers. Physical oceanographers are experts on the physical conditions and processes that occur naturally in the ocean. These include
212:. All of these fields are intertwined. In order for an oceanographer to succeed in their field, they need to have an adequate understanding of other related sciences, such as
879:
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for their research. In the field of oceanography, there are also chemical oceanographers and marine chemists. These scientist's areas of focus are the composition of
501:. Aquatic animals unfortunately face a lot of threats, with most of these threats resulting from human behaviors. One major threat that aquatic animals face is
389:, for example, is a vital source of food for commercial and recreational fish. Seagrass stabilizes sediments, produces the organic material that small aquatic
301:. Limnologists make descriptive observations of conditions and note how those conditions have changed over time. These observations allow limnologists to form
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aquatic organisms that are present in a certain freshwater environment. They aim to understand various aspects of the organisms, such as their history, their
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In order to increase their understanding of what they are studying, limnologists employ three main study techniques. The first study technique has to do with
325:. After they have conducted their experiments, they can apply what they have learned to known data about the wider ecosystem and make predictions about the
349:, and their populations. These scientists study living organisms in order to support the proper management of fresh bodies of water and their ecosystems.
418:, on the other hand, have shells, but they are made of a different substance. Instead of relying on flagella to travel through the water, diatoms use
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and seafloor. Some examples of jobs that chemical oceanographers and marine chemists perform are analyzing seawater components, exploring the effects
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204:. Physical oceanographers also study topics such as the transmission of light and sound through water and the effects that the ocean has on
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These fish regeneration zones help protect their ecosystems and help rebuild their abundance. Another threat that aquatic animals face is
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were formed. Geological oceanographers and marine geologists use sampling to examine the history of sea-floor spreading, plate tectonics,
505:. Scientists have figured out a way to replenish the species of fish that humans have over hunted by creating marine protected areas or
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Most aquatic environments contain both plants and animals. Aquatic plants are plants that grow in water. Examples of aquatic plants are
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groups. For example, a physical oceanographer might work with a biological oceanographer to understand how physical processes, such as
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The field of oceanography also consists of geological oceanographers and marine geologists who study the ocean floor and how its
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being poured into the rivers, which then gets transported to the ocean. These chemicals have created what is known as
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under laboratory conditions in order to further their understanding of the impact of small, individual changes in the
375:, floating hearts, the lattice plant, seagrass, and phytoplankton. Aquatic plants can be rooted in mud, such as the
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There are two main fields of study that fall within the field of aquatic science. These fields of study include
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with necessities such as medicine, food, energy, shelter, and several raw materials. Today, more than 40% of
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128:. They study the processes and cycles of seawater, as well as how seawater chemically interacts with the
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Within the field of limnology, there are more specific areas of study. One of those areas of study is
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Lewis; Portl, Clark Law School 10101 S. Terwilliger
Boulevard; USA 503-768-6600, Oregon 97219.
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Lewis; Portl, Clark Law School 10101 S. Terwilliger
Boulevard; USA 503-768-6600, Oregon 97219.
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Stone, Greg; Oceans, ContributorChief
Scientist for; International, Conservation (2014-06-05).
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Lewis; Portl, Clark Law School 10101 S. Terwilliger
Boulevard; USA 503-768-6600, Oregon 97219.
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in the water. Moreover, another detrimental threat that aquatic animals face is the threat of
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on the temperature of a lake or they might seek to understand why a certain species of
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US Department of
Commerce, National Oceanic and Atmospheric Administration.
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US Department of
Commerce, National Oceanic and Atmospheric Administration.
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US Department of
Commerce, National Oceanic and Atmospheric Administration.
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are also an important class of aquatic plant. Phytoplankton are similar to
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that spend most of their life underwater. These animals consist of
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Limnology is the study of freshwater environments, such as
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Multidisciplinary study of freshwater and marine ecosystems
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and local problems, such as trying to understand why a
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Although there are not many currently existing formal
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108:oceanographers and marine biologists often utilize
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869:"Sustaining America's Aquatic Biodiversity"
847:"Sustaining America's Aquatic Biodiversity"
818:"Sustaining America's Aquatic Biodiversity"
789:"Sustaining America's Aquatic Biodiversity"
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30:environments. Aquatic scientists study the
947:"The Five Biggest Threats to Our Oceans"
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592:Pan-American Journal of Aquatic Sciences
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160:, and climates. In addition, they study
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739:"Why are aquatic plants so important?"
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62:supply in a certain area is polluted.
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176:and how the ocean interacts with the
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321:. Lastly, limnologists come up with
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991:"Support ocean regeneration zones"
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995:The Ocean is Everybody's Business
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690:"What Does a Limnologist Study?"
666:"What does an oceanographer do?"
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529:which is when there is less
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616:"What Is Aquatic Science?"
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50:, affect organisms in the
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562:World Aquatic Animal Day
170:hydrothermal circulation
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503:overfishing
493:, and even
475:crustaceans
403:chlorophyll
373:waterlilies
347:life cycles
323:predictions
272:temperature
264:groundwater
164:as well as
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1000:2020-10-29
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599:References
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307:hypotheses
284:pesticides
268:marshlands
260:reservoirs
242:Nile River
134:pollutants
130:atmosphere
118:laboratory
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1104:Limnology
511:pollution
471:organisms
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447:, pests,
440:medicines
432:jellyfish
412:Flagellum
319:ecosystem
234:Limnology
228:Limnology
218:chemistry
146:mountains
71:limnology
1073:cite web
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951:HuffPost
923:cite web
880:Archived
580:See also
568:holidays
519:nitrogen
495:starfish
483:mollusks
479:reptiles
445:diseases
387:Seagrass
303:theories
186:currents
126:seawater
98:chemical
416:Diatoms
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290:in the
252:streams
222:physics
214:biology
210:climate
206:weather
154:valleys
150:canyons
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531:oxygen
430:, and
428:snails
424:shrimp
278:, and
276:runoff
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248:rivers
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200:, and
190:eddies
178:seabed
152:, and
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883:(PDF)
872:(PDF)
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551:algae
499:coral
256:lakes
198:tides
194:gyres
182:waves
1079:link
1040:link
977:help
929:link
832:2020
803:2020
620:ASLO
571:the
521:and
497:and
305:and
292:Nile
288:fish
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