External Anatomy Of A Squid Essay

External Anatomy Of A Squid Essay
To understand the external and internal structures of a squid. MATERIALS a squid a dissecting tray gloves newspapers scissors probes pins
tweezers PROCEDURE get a squid gather all of your materials put on you gloves wash off the squid put it on a dissecting tray examine the external
anatomy of the squid cut open the squid examine the internal anatomy of a squid clean up your area OBSERVATIONS One thing that my group
observed on the external anatomy was that the chromatophores on the squid went to a lighter color after rubbing it. Another observation (on the
external anatomy) was the beak. It was cool getting a chance to see the mouth (which is under the tentacles), and whenever I looked inside the beak
you could see the esophagus. The next
... Get more on HelpWriting.net ...

The Compiratory Process Of Freshwater Fish And Saltwater Fish
water fish and saltwater fish are fully aquatic animals. Fully aquatic mean that both freshwater fish and saltwater fish will die shortly if they are taken
out of water (Anderson et al, 2016).. Like most vertebrae, fish primarily require oxygen for metabolism. However, fish cannot obtain oxygen from air
directly. Fortunately, water contains significant amount of dissolved oxygen.Fish obtain their oxygen from water through their gills (Grantly, Hastings
& Walker, 2015). Both freshwater fish and saltwater fish have gills. Therefore, the respiratory process for freshwater fish and saltwater fish is similar.
Besides their similar respiratory process, both freshwater fish and saltwater fish are cold–blooded. The physiological process of cold–bloodedness
means that fish can survive in a wide range of temperatures without necessarily keeping their internal body temperatures constant (Anderson et al,
2016). Both saltwater and freshwater ecosystems experience fluctuations in temperatures whereby water warms during the day and cools during the
night depending on the sun's intensity. Therefore, both freshwater fish and saltwater fish can survive in both warm and cold aquatic conditions.
Also, both freshwater fish and saltwater fish have fins. Surviving in the aquatic ecosystem requires the ability to move from one place to another either
in search of food or while running away from predators. Fins provide the means through which fish can maneuver easily and speedily in their aquatic

Peacock Mantis Shrimp Research Paper
Most people know that shrimp are a popular food, but they are so much more than that (Gazzalo S–Sn, 439). Shrimp have a unique diversity and
anatomy that is not often appreciated. Shrimp are found in most places where there is water. They are able to live in both fresh and salt water
(Gazzalo S–Sn, 439). Even though shrimp can survive in both types of water, when most people hear 'shrimp' they think 'ocean'. Shrimp are capable of
many different behaviors as well.
For instance, some shrimp are cannibalistic (National Geographic). Some shrimp hunt and kill other shrimp, even members of their own species.
Shrimp are also capable of symbiotic relationships (Omar Badr Films). One such relationship is the goby fish and the pistol shrimp (Omar Badr ... Show
more content on Helpwriting.net ...
What most people do not know is that the peacock mantis shrimp is not a shrimp at all, despite it being in the name. The peacock mantis shrimp is
roughly two to seven inches long, territorial, and brightly colored (Mantis Shrimp). Its popularity could also be attributed to its colorful appearance. It
is colored in mostly blue and green with red and orange accents (Mantis Shrimp). This "shrimp" also has some deadly weapons, much like the pistol
shrimp.
The peacock mantis shrimp has two club–like claws that fold under its body much like a praying mantis, hence the name (Mantis Shrimp). The two
clubs are spring loaded and when it decides to use them they shoot forward at the speed of a twenty–two caliber bullet (Mantis Shrimp). They have
been known to break through aquarium glass (Mantis Shrimp). The peacock mantis shrimp also boasts some amazing eyes.
The peacock mantis shrimp can see a lot of color. It has sixteen color cones in each eye, while humans have three (Mantis Shrimp). The peacock mantis
shrimp can see ten times more color than humans can (Mantis Shrimp). It can also see ultraviolet light (Mantis Shrimp). Its eyes also move
independently from each other for maximum field of vision (Mantis Shrimp). Even though the peacock mantis shrimp is not a shrimp it is still quite

Interactions Between Robotics And Biology
Interactions between robotics and biology evolve two concepts. On one hand, biological ideas and phenomena are shining creation in every technical
sections in robotics including actuation, mechanisms, control, sensing, etc. On the other hand, applying robots technology for biology is significantly
contributing to new horizons of biological systems and their styles.
Biologically inspired robots new class that exhibit much awesome robustness in execution in unstructured environments than today's robotics. This new
class of robotics will be substantially more stable and com–
1
pliant than current robotics, and will take advantage of new developments in fabrication technologies, materials, actuators and sensors. Apps will
include semi–autonomous or autonomous tasks such as de–mining and reconnaissance for small, insect–like robotics and human inference tasks at a
bigger scale.
2 Focus!
We will talk about specific kinds of biomimetic robotics, CALibot and Tumbler robotics .
CALibot
Abstract
CALibot is the most naturally swimming robotic fish in the world. and is a biomimetic
CAlibot with actuated pectoral fins and actuated caudal fin for propulsion for turning and dynamic lift. 2D velocity fields around a free swimming
freshwater
2
black shark fish in transverse (YZ) longitudinal and plane (XZ) are measured using digital particle pic velocimetry (DPIV).
By transferring momentum to fluid, thrust genetrated by fishes. Thrust is created not only by its caudal fin, also using

Personal Narrative: My First Semester Of College
My first semester of college, I was determined to go into medical school after my undergraduate year. However, That thought changed after a year
of being in college. As a first generation student, I never had a clear explanation on how hard college was going to be and on how difficult it may be to
me to decided on a specific major. As I get to learn about the different varieties on majors, It creates a burden due to me being indecisive on my major.
I believe both UC 105/106 and my Science courses are a big help to me to find out if Medical School is the right choice. As I sit in Uc 106 and hear the
presenters choice of career and the path they have taken, I think about myself and the different routes I could take to become someone. Yet, that

Research Paper On Euthynnus Alletteratus
SPECIES PROFILE for LITTLE TUNNY (Euthynnus alletteratus) prepared for MSC 276– Marine Vertebrate Zoology by Ashley Wells
alwells705@mail.cfcc.edu Submitted: April 6, 2017 Names and Classification Euthynnus alletteratus Little Tunny Synonyms: Bone–eater, false
albacore, little tuna, mackerel tuna (English), alletterato, tonnetto (Italian), apluro, bonito–pintado (Portuguese), bonite queue raide (French), carachana
(Spanish), falscher bonito (German), thunnin (Danish), tunnin (Norwegian). Family: Scombridae (Tuna & Mackerel) Description The little tunny,
Euthynnus alletteratus, is a common species of tuna and a popular sport fish inhabiting the Atlantic. Relatively small in size, the little tunny may grow
to be a meter in length, although they are often much smaller. This species can weigh up to 12 kg, but, as stated with their length, tend to be much
smaller (Robins, 1986). Similar to other species of tuna, the little tunny has a fusiform body shape that allows for efficient movement through water
and they lack a swimbladder. They also possess a keel along each side of their narrow... Show more content on Helpwriting.net ...
With this in mind, the little tunny is likely to eat just about anything that presents itself at any given time or place. A study aimed at gaining a better
understanding of the diet of little tunny within a population in the Mediterranean Sea examined the stomach contents of 187 little tunny. The study
found that the little tunny has a broad diet, including teleost fish, cephalopods, crustaceans, and vegetation. Of said prey items, teleosts accounted for
the most amount of weight and were found in over 90% of the stomachs of all the observed specimens. A table displaying the appearance of multiple
food items in the stomachs of the observed specimens gives a breakdown of the diet of the little tunny and shows the preference of teleost fish above
other food items (Falautano, M., et.al.,

Betta Fish Research Paper
As many of us often forget, Homo sapiens are just animals like many other organisms. We communicate, build structures, and adapt to our environment
like many plants and animals. Biomimicry, as you can tell by its name, is producing objects or materials that mimic other organisms like plants and
animals. One tropical organism has an anatomy structure that humans should use to improve scuba diving techniques. The Betta fish, also known as
Siamese fighting fish can be found in the South–East Asia. Only a few centimeters in length these fish have bright vivid colors and wide immaculate
fins. This is a popular fish commodity for people who like foreign fish or extravagant fish tanks.
The Betta fish is not originally an aggressive organism. It's highly common name of "Chinese fighting fish" comes from the behavior of been held
captive ... Show more content on Helpwriting.net ...
Scuba divers store oxygen in tanks usually made out of aluminum or steel cylinders. The concern with these tanks is that they dry out, rust, corrode,
face water ingression, and so forth. In addition scuba tanks weigh from about 30 – 35 pounds. Therefore scuba divers must accommodate the weight of
the tank with water pressure based on how many feet they go down under water.
If scientist could study the labyrinth organ structure and create a device with an opposite function. The labyrinth organ is designed to obtain oxygen
from the air, developing a device of obtaining oxygen from water should be produced. Including a smaller and lightweight design divers should not be
burden down with oxygen tanks that can run out and are heavy. The purpose of this system would change diving techniques to become more efficient.
The Betta fish is an organism of biomimicry because it has developed structure over time that allows it to thrive in low oxygenated areas. As a result
the organism can live in both oxygen rich and non–oxygen

Grey 's Anatomy : A Drama Television Show Based On The...
Grey's Anatomy 'Grey's Anatomy' is a drama television show based on the lives of the actors: Meredith, Dreck, Cristina, Preston, Izzie, Georgie and
many more characters that come along throughout the seasons who are residents, interns, doctors in the Seattle Grace Mercy Hospital. This show is
pretty much about reaching their goal, which is becoming a doctor. While some of this actors are already doctors, their job is to teach them and help
them reach their goal. The setting usually takes place in the hospital or in their homes. During this time, it is also based on their physically, mentally
and sexual life. The show's main focus is the lives of the characters, making people to like them; making their life dramatic and interesting at the same
time. The actors are trustworthy, moral, caring, dedicated which are attributes that are transferred to a real doctor. I started watching this show
because my parents would watch it now and then. I was pretty young therefore my parents would not let me watch the sexual scenes; even though sex
scenes are seventy percent of this show. But hey, I would still get to watch all the surgeries that they would have in each episode. Believe it or not,
Grey's Anatomy is one of the reasons that influenced my decision on becoming a nurse. I loved the adrenaline that this show portrays and as kid
anything that is exciting will catch a kid's attention. I was never disgusted by the harsh scenes they would show, it was the completely

Blacktip Shark Research Paper
The Blacktip shark The blacktip sharks is one of the most beautiful sharks in the ocean. The blacktip shark gets its name because it's fins and tail have
a blacktip. The blacktip shark is one of the few sharks that have a different color on its fins or tail. There is many interesting facts about the blacktip
shark.
The blacktip sharks can live worldwide in different oceans. Unlike a great white shark that like to live in cooler water or unlike a greenland shark
that lives only in greenland, a blacktip sharks lives Atlantic ocean,Indian ocean,and both Western and Eastern Pacific. Because of living in different
places fishers catch blacktip shark for their fins to sell with a high piece. It is a con and pro for the blacktip sharks to live worldwide

Anatomy Reflection
What went wrong
As with other PA faculties, you may be aware of the general complaints made by the first year PA students about the Anatomy course. I do know my
classmates were affected different; however, these were my own personal challenges with the Anatomy course:
Disorganization of course material o Class reading assignments did not match Lecture o Lecture PowerPoints were not provided despite request from
several students. It was usually provided a couple of days before the test. This shortened the time to study, memorize and focus on the necessary
anatomical structures.
Lack of guidance on how to study the information presented
–As recommended during the PA orientation, I read the assigned readings for my courses; however, foranatomy, this exercise quickly became futile
only because it did not contribute to helping to understand lectures provided in class. With voluminous reading assignments, many times, the anatomy
lecture focused little or none from the information in the textbook. Lectures mostly presented anatomical structures and so focus on images were
paramount. Therefore, the reading did little to help understand lecture material if one is not familiar enough with the anatomical structures. While this
was the case, the PowerPoints with the anatomical structures were not provided.
Insufficient & consistent guidance in the Anatomy Cadaver lab
–Initially there was no tutoring and/or review sessions for the lab. Many of us were confused and

As I Get Ready To Leave The Locker Room, I Strap On My
As I get ready to leave the locker room, I strap on my black under armour cleats, tighten my blue gloves, put on my silver helmet with the lightning
bolt logo, touch that sign that says "Play Like A Champion Today," and walk into the tunnel with a band of brothers. We look to our left, then to our
right, and nod our heads to acknowledge that we are ready. Finally, the announcer calls your team's name and you run out of the tunnel ready to face
all your fears, show your strengths, and defeat that fear to lose embedded in the back of your mind. The opportunity arose, and whether we seized it or
not, we walk back through the tunnel one last time, wondering if we crossed that white line for the last time. For me, this was the last time. This... Show
more content on Helpwriting.net ...
Through the stress, strain, and painstaking decisions, a doctor is able to stay poised, confident, and meticulous. A doctor has immeasurable
qualities. They persevere, and they demonstrate integrity, grit, and compassion among other things. Not everyone is equipped to be a doctor, and
not everyone wants to be one, but those of us who do, such as myself, put in a lot of time and effort into achieving this goal. When someone asks
me why I want to become a doctor, the answer is easy. I want to emerge as a doctor because I want to help people, but my reasoning extends far
beyond that concept. Moreover, I enjoy challenging things, and what could be more challenging than dedicating your life's work to ensuring that
people become well, and go on to live long and happy lives? I enjoy thinking on my toes, and I love learning. The opportunity to become a lifelong
learner in order to be the best possible provider that my patient can have, makes me want to achieve a medical degree. When I take the time to reflect
upon myself, I know that medicine has always been the right choice for me. Growing up in America, as an African–American, has afforded me
opportunities to achieve a great education that I can use to benefit people at home and abroad. Being a resident of Montana has put me at a
disadvantage, since the state does not have a medical school, but that does not mean I have let my goal waver. My medical

Great White Shark Ocean Life
Great White Shark Ocean Life The Carcharodon Carcharias, or more commonly known as the Great White Shark, is the outspoken king of the ocean.
They are a nektonic organism. Every organism has a full biological classification. The Kingdom is Animalia, the Phylum is Chordata, the Class is
Chrondrichtyes, the order is Lamniformes, the Family is Lamnidae, the Genus is Carcharodon, and the Species is the Carcharias. The Great White Shark
has a robust, torpedo shaped body, a hefty, conical snout. It has a white underside and a gray or brownish blue dorsal area. There are five gill slits
between the mouth and the lower pectoral fin. There are three major fins; the dorsal fin located on their back, and two pectoral fins on their sides.
Their tail fin is bow shaped. The average size for an adult shark ranges from 13 to 17 feet long and 1500 to 2500 pounds. Although in most cases, the
females tend to be bigger than the males. The sharks have multiple rows of teeth, up to 3000 in total.
The Great White lives in warm water along the coasts of land masses. You can find the sharks swimming on the coasts of California up to Alaska, all
over the eastern coast of the states, the Gulf, Hawaii, most of South America, South Africa, the entire perimeter of Australia besides the north coast,
New Zealand, and in the Mediterranean Sea. Although you can find the sharks in all these areas, they are mostly concentrated in the United States,
Japan, and the Mediterranean Sea. The sharks don't swim

Essay On Dissection In Schools
Dissection in High Schools Dissection has become more and more prevalent in high schools in the last 50 years, so much that it has been estimated
that about 75% of pre–college level biology classes have them. Many organizations like PETA and animal humane societies have been bashing
dissection because it can be considered animal cruelty. Studies have shown that dissections have provided a hands–on, authentic approach to
understanding anatomy and physiology, but when you consider the ethics behind dissection, it totally changes the game. I believe that dissections in
high school do help students understand Anatomy and Physiology, but are unethical. Dissections in high schools are considered unethical based off of
their distributors/sources of the cadavers, alternatives to animal dissection, and how it tells students that it's okay to abuse helpless animals. While
people like to believe that the animals have been killed because they were sick ... Show more content on Helpwriting.net ...
PETA believes that dissection can even dissuade some people from pursuing careers in science. Manyanimal rights groups think that classroom
dissection desensitizes students to the sanctity of life. Reports from MLive (a Michigan broadcast network) show that serial killer Jeffery Dahmer
dissected a frog when he was younger and then went to a dog and then became an infamous serial killer. Now, I'm not saying that since we are
dissecting a cat we will become serial killers, but it shows that someone thought it was okay to treat other beings like so because they were told it was
okay to do in school. Students who plan to go into the medical field would do better with human cadavers or any of the non–animal methods. This
would more accurately reflect what they would encounter in medical school, since according to CNN, more than 90 percent of US medical schools
have abandoned animal dissection in their

Ethical Dilemmas In Organ Donation Essay
In the case of organ donation, there are many individuals who sign up to become an organ donor if they were to die suddenly, being an aid for anyone
who might need an organ under dire circumstances. The usual identification for an organ donor is on their driver's license, in where the individual
usually gives consent to become a donor during the licensing process. Even though it is the own individual's choice to organ donation, what would
occur if the family was in opposition of the donation due to religious purposes? In these type of ethical dilemmas, congregating with religious beliefs,
can prove to be difficult when consulting on a dying individual's health. To figure out such an ethical dilemma, one must be able to look through an
ethical ... Show more content on Helpwriting.net ...
For the OPO representatives, JD gave his first person consent before his accident to become an organ donor. However, his parents does not JD's organs
donated due to him going through enough pain; they want him to pass away peacefully. To figure out a resolution, aphysician must go through each
ethical framework, observe their own morals along with the patient and their families' wishes as well. If we were to look through a utilitarian
standpoint, this principle would coincide with following one's own happiness, along with fulfilling the happiness of other's as well. If the physicians
and the OPO representative were to follow the principle of utility, they would consider how they actions would only cause pleasure and happiness, not
pain and unhappiness. If the OPO were to take JD's organs for donation, it would cause discomfort and unhappiness towards his family since it goes
against their wishes. Involving utilitarianism, particularly rule utilitarianism, the "Death after Cardiac Death" protocol would be beneficial for the
individuals' who would receive JD's organs since the organs would be removed after his death. Despite this detail, the utilitarian route would
underemphasize the relationship between the physician and JD's parents and also put the hospital policies/regulations before the needs of the patient's

Characteristics Of Labeo Umbratus
The internal and external anatomy of Labeo umbratus
Hannah Janse van Vuuren
Abstract
The anatomy of an Labeo umbratus specimen, found in the Krugersdrif dam, was studied. Annotations of the positions of the internal organs as well as
the external morphological characteristics were made. Upon further analysis, several characteristics were identified that would have eased life in
aquatic environments. Some of these characteristics include, sensory receptors located on the head as well as on the lateral view of the body, the shape
of the fish, specialised, paired appendages, respiratory structures as well as structures aiding the fish in buoyancy. The way in which the internal organs
and the external appendages were arranged in and on the fish, showed great evolutionary adaptations to the water environments in ... Show more content
on Helpwriting.net ...
Secondly, the elongated gonads are located beneath the swim bladder. This specimen was male because it only had one urogenital pore behind the
anus and the bright orange tissue of the testis was found near the intestines. The digestive tract is then removed as a whole and consist of the
esophagus, stomach, pyloric ceca, intestines and anus. The digestive organs are often covered with a fat layer of insulation purposes. The cream
coloured liver and gallbladder are removed along with the digestive organs. These organs are then separated from the digestive tract by cutting the
membranes that join them. The liver is the largest of all the internal organs and the gallbladder is green, because of the bile production.
After the before mentioned organs have been removed from the body cavity, the fat layer is removed in order to better observe the morphology of the
organs. The heart is found in the pericardial cavity, between the gill rakers and the liver. Be careful not to puncture the heart and remove any blood

Hepatic Flexure
In my discussion, I have chosen to discuss the right upper quadrant of the body. In this quadrant, you will find part of the pancreas, liver, right
kidney and, a portion of the colon better known as a hepatic flexure. You will also find the gallbladder and duodenum which is short for the
beginning portion of the small intestine. Later, I will go on to present a hypothetical situation listing symptoms related to a disease in the right upper
quadrant. In this portion of my discussion let me give you a scenario. A patient comes to the ER with right upper quadrant pain and appears pale. The
patient is complaining of pyrexia, abnormal stool and was vomiting upon arrival. Upon closer examination, the patient was diagnosed with a form of
gallbladder

Personal Reflection
This week, I meet with my study group two times this week and we did a study guide for everyone to study from. Also, this week I frequently study
each day and went to the library to study. I am little bit nervous about this test, because the information is so much, and I am having problem
concentrating on the major and key concepts, however, I will have realized and focused on my test. This week, I visited Sandy and she showed me
few tips how to tackle nclex question. Also, this week I hired a private tutor to help prepared for the test. Furthermore, this weekend, I will not work
and eradicate going out with my friend and family. My goal for this week is to achieve 94 or above on this test. I went online this week and did several
Nclex questions on quiz let and did a lot of practice test.
Currently, I am still having difficulty answering select all that apply question. I have reviewed several online but unfortunately these tips are not
helping. I am so sorry that these select all that apply question will impact my score significantly. I have practiced repeatedly but I have failed to
gather strategies' that will increase my ability to approach the test question and I will need help tackle these questions. This weekend I will try to do
50 or above select all that apply to see if it will help me transform my struggle into a success. Furthermore, this week it was hard to understand the lab
instructor because they seem to be inconsistent with the teaching material,

Ap Biology Essay
Andy Ton
Ms. Morrissey
AP Biology
9 January 2012 Fish Classification Lab
|Fish # |Key # |Fish Name |
|1 |1b>12b–>13b–>16a |Atlantic Salmon |
|2 |1b–>12b–>13a–>14b |Bullhead Catfish |
|3 |1a–>2b–>6b–>8b–>10b |Blue Gill |
|4 |1a–>2a–>3b–>5b |Carp |
|5 |1a–>2b–>6b–>8a–>9a |Large Mouth Bass |
|6 |1b–>12a |Eel |
|7 ... Show more content on Helpwriting.net ...
Dorsal fin single .................................................................................................................................3
2b. Dorsal fins two or more, joined or separated ....................................................................................... 6
3a. Body more than five times as long as broad; front edge of dorsal fin far back on body; mouth large, hinge of mouth is behind
eye....................................................................4
3b. Body less than five times as long as broad; front edge of dorsal fin about midway between head and tail; mouth not large, hinge of mouth is in front
of eye ............................................5
4a. Dark lines forming netted design on body, fins not spotted.......................................................Pickerel
4b. Body covered with yellow spots; fins spotted ..................................................................Northern pike
5a. Mouth turned downward; barbels absent; dorsal fin not elongated.................................... White sucker
5b. Mouth not turned downward; barbels present; dorsal fin elongated .............................................. Carp
6a. Two dorsal fins separated, the anterior spiny and the posterior soft .....................................................7

6b. Two dorsal fins united, forming an anterior spiny portion and a posterior soft portion

Greek, India, and China Contributions
Today, our lives are based on technology. We have computers, iPods, phones, televisions, etc... but, what about the unnoticeable contributions that affect
us more than we could imagine. The screw for example. The screw is everywhere around us. In fact its in your computers, televisions, iPods, and
phones. The screw holds your more significant objects together in place. Like the screw the contributions of Greece, India, and China all have an
impact on us today but it goes unnoticeable. All of these civilizations were created around the same time and fell around the same time period. Even
though all these civilizations took place in around the same time period they all have very different impacts on the world we have today. In the times of
Ancient Greece, India, and China there were numerous contributions that influenced us today, but, Greece had more contributions in math and medicine
that lead them to have the greatest overall impact on us today. Greece has contributed a lot to society today in the medical field and in mathematics.
Starting with medicine, the modern day medical symbol was derived from Greece. The god Asclepius (the god of health) thought snakes were holy
so he created the medical symbol we know of today of a staff coiled around a staff with wings (Michael and Woods, Ancient medicine: from sorcery to
surgery, 56).Hippocrates was a great Greek physician and was known as the father of medicine. Hippocrates introduced a scientific way to find out how
to treat

Biology: The average length of a Skipjack Tuna is 32...
Biology: The average length of a Skipjack Tuna is 32 inches long (80cm) and weigh anywhere between 7–22 pounds (8–10kg). The current record for
the biggest Skipjack Tuna weighs in at 76 pounds (34.5kg) and was 43 inches long (108cm). The colour of the top region is either dark blue or
purple, and the lower region including the belly are primarily a silver colour with anywhere from 4–6 dark, broken lines that run across the body
(FLMNH). The body shape is elongated and possesses a fusiform shape, meaning it is wide in the middle and tapers at both ends; it also possesses a
bilateral symmetry. There are two dorsal fins present, the first consisting of around 14–16 spines. There is a small gap in between the two fins, and the
second fin is... Show more content on Helpwriting.net ...
Habitat: Skipjack Tuna are found throughout most of the world, living in tropical waters with temperatures between 58–86В°F (14.7–30В°C). They are
also found in portions of the North Sea, but have never been found in the Mediterranean Sea or the Black Sea. The fish tend to remain near the surface
of the water during the day, but will descend to descend to depths of around 850 feet (260m) at night. Skipjack Tuna usually swim around areas where
upwelling occurs and areas in which colder, but nutrient rich waters arises from the bottom of the ocean (ADW) (FLMNH).
Food Habits and Predators: The Skipjack Tuna feeds on array of different life in the ocean; but mainly feed on cephalopods, crustaceans, lantern fish,
other fish and mollusks. There has also been a lot of speculation as to if this species is cannibalistic due to their highly varied diet and their
opportunistic behaviour during feeding (APN) (ADW). Larger predatory fish as well as other animals prey on the Skipjack Tuna. The most common
predators are Billfish, various Seabirds, various Sharks, Wahoo and Yellowfin Tuna (APN) (FLMNH).
Economic and Environmental importance: Recently, Skipjack Tuna has become the most fished Tuna in the world; they account for 40% by weight of
all of the Tuna caught in the ocean. Skipjack Tuna are usually caught with purse seines or by hook and line, but their tendency to group together when
Fish Aggregate Devices (FAD) are

Applied Physiology Personal Statement
1.I am looking into studying the Exercise Physiology specialization under the Applied Physiology and Kinesiology major because I am interested in
pursing a professional career in medicine. This program covers many of the requirements for the Pre–Med track, which is excellent for students
wanting to go on to medical school. However, the major goes step further and instead of just having the student take intense higher level science
courses, it goes into the study of the daily function of the human body and the mechanics of body movements which is essential in studying medicine.
This program also teaches the students the importance of exercise to prevent illness, and how exercise can be used in the rehabilitation process for
future patients. I believe this to be vital in the future for the progression of medicine. This provides a stronger doctor and patient relationship because
of the intense focus the provider will have on the patient to ensure he or she's ... Show more content on Helpwriting.net ...
This program looks into teaching its students about the everyday functions of the human body and how the body reacts to physical activities over a
short term and long–term period. I feel that studying under this program will give me the skills and learning experience that I need to fully
understand the human body. Also to further acquire knowledge on how an individual's habits, lifestyle, genetics, environment, living space, and
working space can contribute to how healthy he or she is because I am looking for a career in medicine. This specialization provides me with the
essentials that are required to apply to medical school such as biology, chemistry, physics, and organic chemistry, but still teaches the biological works
of the human body and the movements of the human body in a daily setting and under the stress of physical activities. As a future medical professional
I must fully understand how the human body functions, and how exercise will benefit my patients if I wish to provide the best possible

My Experience With Medical School
Medical school has been a life long dream of mine, but what sets me apart from others are the lessons learned within my life experiences. The first
steps of this dream occurred when I was 8 years old having just arrived to the United States. Ms. Cole was an energetic and caring third grade teacher,
who introduced me to a computer, painting and how to take care of a fish, but most importantly the idea of becoming something I want to be. I made
friends and overcame the language barrier with her support and guidance along with realizing I could become a doctor through her push and motivation.
Fast–forward to fall 2009 when I first attended Wayne State University, where I grew as a person and student in this different environment. It was the
next four years that would teach me the words: responsibility, compassion, and patience. I learned the word 'responsibility' as I controlled when I
studied and how I spent my time. 'Compassion' as I learned to take care of my mother to the end. 'Patience' as saying to all stubborn patients and
mothers 'no, you cannot do that' was both frustrating and frankly, scary.
I took numerous classes as part of the biology premedical track. I applied the concepts to gain a greater understanding, going beyond simple
memorization. I learned how I study and how I need to improve my study habits. Being part of the graduate BMS program, which is a program
designed to be a stepping– stone to medical school, has prepared me for medical school through

Executive Summary: Blacktip Reef Sharks
Blacktip Reef sharks are unique organisms that appear as the way their name describes it. The sharks have black tips on its caudal and dorsal fins, as
well as angled saw–like teeth and a round and small snout. Other fins that this fish has is its two pectoral fins, pelvic fin, and an anal fin. These sharks
can grow to be six to seven–feet long and have white bellies and dark backs, this allows the shark to disguise itself with the obscured seafloor and the
lighter ocean surface. Blacktip Reef sharks can be located at warm places (59F to 75F) such as, the coral reefs of the Indo–Pacific and eastern
Mediterranean, where they keep themselves mostly in the shallow warm waters and where they remain near their food supply. Some locations in where

Pathology Personal Statement
I first realized pathology would be an interesting and worthwhile career for me when I attended my first autopsy conference at Hahnemann Hospital in
Philadelphia, Pennsylvania. This was during the summer of my first year at Drexel University College of Medicine and I was already curious. I was
impressed with the overwhelming curiosity and interest of the attendants. They gathered around the dissected organs asking detailed questions, making
observations, and discussing theories and ideas about the former patient. I found the entire event quite stimulating and I participated in several other
pathology conferences and sign–outs during that summer and the following year. I feel the most interesting part of pathology is the data gathering, the
technology and techniques... Show more content on Helpwriting.net ...
I am also interested in the sharing of that information with colleagues. All of this, of course if for the betterment of the patient. My time at the
Department of Pathology at Hahnemann helped me choose the career of Pathologist. I have been interested in science for a long time. I enjoy
solving problems and both the gross and detailed work involved with unravelling those problems. I am drawn by the concrete and the binary nature
of the work. I have developed a taste for this work over many years, starting with my time in the military. I worked in a lab on a submarine evaluating
reactor coolant chemistry and monitoring the crew's exposure to radiation. We used a variety of chemical assays and worked with radioactive and
hazardous material, often under less than optimal circumstances. After the military I completed my degree in microbiology and did research on vibrio
bacteria at University of California Irvine. This work consisted of DNA extraction,

Quagga And Zebra Mussels
If a boat is not properly cleaned within those three to five days, the quagga and zebra mussels will be spread if the boat is used in a different water
(CISR). Why are they a nuisance? Quagga mussels eat a diet that is similar to zebra mussels'. This creates two nonnative species competing for food
that, once is bigger, is used by native mollusks and small fish. Quagga mussels are the tougher nonnative mollusk species in the United States. Quagga
mussels can survive and deeper and colder waters than zebra mussels. Quagga mussels can also attach themselves to soft surfaces like mud. Zebra
mussels can only attach themselves to hard surfaces. Quagga mussels colonize in more condensed groups and will beat out zebra mussels for a food
source. These mussels also attach themselves to drainage and plumbing pipes, clogging them.
New Zealand Mud Snails Anatomy. New Zealand mud snails are very small and look like a typical snail. They only grow to be about five millimeters
long. These snails, like all other snails, are gastropods. Snails are also hermaphrodites. A hermaphrodite is a... Show more content on Helpwriting.net ...
The Colorado Parks and Wildlife, CPW, is doing everything that they can to control aquatic nuisance species. Regular boat inspections before
entering a body of water and educating boaters are major ways of controlling ANS. Before entering a body of water that is regulated by the state, a
boater must get a thorough boat inspection. For example, an angler takes a boat to John Martin Reservoir. In order for the boat to be allowed into
the water, the angler must stop by the boat inspection office. One of the inspectors will come out and do a very strict inspection of the boat. Because
zebra mussels, quagga mussels, and New Zealand mud snails can attach themselves to any hard surface, the engine, the hull, and any crevice in the
boat and trailer must be checked (NEW SOURCE). When asked about how the CPW has reduced ANS in Colorado, aquatic biologist Jim Ramsay

The Field Of Radiology For Medical Schools
The field of radiology is one that is intertwined with many other medical fields. Doctors in radiology or Radiologist as they are commonly known
have the necessity to communicate with other care providers in order to provide adequate care. Doctors in radiology are essential to many other
aspects of medicine and as a result this is the career field I want to pursue upon graduation. I will be reviewing this profession in many aspects such as
duties, educational requirements, and the field in general. Doctors in radiology are more in tuned with what is known as diagnostic medicine.
Doctor in radiology is a subfield of medicine that takes many years to acquire. The educational requirements for a Radiologist is extensive like
many other medical degree. In order to pursue a Doctor in Radiology degree one must first obtain a Bachelors degree and meet the prerequisites for
the medical program you are applying to. Prerequisites for medical schools vary across the nation specially between schools. However, according to
the association of American Medical Colleges or AAMC, an individual must complete at least one year per each of the following course: biology,
physics, and English (Admission Requirements). Furthermore, the AAMC states that a candidate must also have two years of chemistry courses,
which includes general and organic chemistry (Admission Requirements). An individual must also take a standardize exam prior to applying to medical
school (Admission Requirements). The

How Hans Hass Changed The World
Mother Teresa once said, "We ourselves feel that what we are doing is just a drop in the ocean. But the ocean would be less because of that missing
drop." Hans Hass was a marine biologist who had a lot of accomplishments that changed the world. He was born on January 23, 1919, in Vienna,
Austria and died on June 16, 2013 in Vienna Austria. Hans was one of the first people to use an underwater camera to capture underwater life. In 1937
he learned goggling. Hass joined the military, but in 1942–1945 he left it due to circulatory conditions in his foot. After he left the military Hans hass
continued his underwater research. A cone snail, Protoconus HansHassi, was named after him. Hass got a IADS Lifetime achievement award, and he
loved to chase

Description of the Hardhead Catfish: Arius Felis Essay
Name – Arius felis
Name – Hardhead catfish
Description – Hardhead catfish have six rounded barbels that stick out from their chins like whiskers. These barbels help the catfish find crabs, fish
and shrimp in the muddy bays where they live. The dorsal and pectoral fins each are supported by a sharp, slime–covered barbed spine. The catfish is
covered in a mildly toxic slime, that causes severe pain, and swelling, should the catfish cut you. The dorsal spine normally is held erect when the fish is
excited and a tennis shoe or even a leather–soled shoe offers little protection. Adults may reach two pounds or more, but the average is about 10 inches
and half a pound.
Location – TAMUG Fishing Pier 29В°18вЂІ56вЂіN 94В°49вЂІ03вЂіW
Distribution – The ... Show more content on Helpwriting.net ...
Other – Native
Picture –
Name – Anguilla rostrata
Name – American Eel
Description – Anguilla and rostrata are both Latin, meaning "eel" and "beaked," respectively. The latter is probably a reference to the fish's snout.
The American eel has a slender snakelike body with very small scales, and the fish may appear naked. A longdorsal fin usually extends for more than
half the length of the body and is continuous with a similar ventral fin. Pelvic fins are absent. The back may be olive–green to brown shading to
greenish–yellow on the sides and light gray or white on the belly.
Location – TAMUG Fishing Pier 29В°18вЂІ56вЂіN 94В°49вЂІ03вЂіW
Distribution – The American eel occurs in a variety of habitats. Known from Greenland to Brazil, it probably spans a wider range of latitudes than any
other species in North America. American eels occur as far west as New Mexico, and are common throughout the Caribbean and the West Indies.
Although it is native to much of Texas, the construction of dams, which impede upstream spawning migrations, has eliminated this species from most
central and western areas of the state.
Other – Native
Picture –
Name –Micropogonias undulatus

Name – Atlantic Croaker
Description – The Atlantic croaker is a fish, usually about 12 inches long, that weighs anywhere from ВЅ pound, to 2 pounds on average. Its
distinguishing characteristics include three to five pairs of small barbels or "whiskers" on their chins to help them feel for food on the sea

UT Southwesten Medical School
UT Southwestern
UT Southwestern Medical School was formed in 1943 in the Southwestern Medical District of Dallas, Texas. It started off as a small wartime medical
college and since then has grown exponentially. It now provides care to almost 90,000 patients and oversees 2 million outpatient visits and is affiliated
with four hospitals: Parkland Memorial Hospital, Children's Medical Center, Zale Lipshy University Hospital, and St. Paul University Hospital.
In 2013, UT Southwestern was ranked 31 in the US News Primary Care Ranking, so it is only fair to expect a rigorous and competitive admissions
process. The UT Southwestern application timeline is as follows: The time from January–May is recommended for taking the MCAT; Primary and
Secondary applications must be submitted as soon as possible after June 1st; in August the interview season begins; October 1st is the deadline
for all applications submitted through TMDSAS (the Texas Application Service); Rolling admissions begin November 15th, in Late Winter/Early
Spring decisions for medical schools must be finalized; by May 15th all offers should be resolved; and finally by June 1st no more offers will be given
by medical schools. The admitted overall GPA range is 3.6 to 4.0 and the overall admitted Sciences GPA range is 3.54 to 4.0. The median incoming
GPA range is 3.88. The median MCAT score is 35 out of 45 points. Last year, there were 4023 applicants, 834 of them were granted interviews (21%),
and 230 were accepted

My Love For Medicine
Throughout my life, there have been several important experiences which have influenced my desire to pursue medicine. These include having a
potentially cancerous mole on my ankle at the age of three, my love for science and academics beginning in elementary school, the desire to help
people, giving back to the community, and to be a role model for others in the pursuit of their own dreams. Although not one of these experiences in
itself led to my pursuit of medicine, I believe they all have influenced me in a way that compelled me to obtain a greater desire for the study of
medicine. Had one of these memories not existed, I may not be in the same position as I am today with applying to medical schools. Nonetheless, I
have known since a young age that medicine was going to be the right choice for me, whether through my love of it or through intuition, but there
were several memories along the way that helped solidify this passion. Medicine has always been my plan A and plan B because it has always
intrigued me. Although other professions may seem exciting at times, my love for science and helping others has made medicine be the right choice
for me always. One of my first memories, and definitely my first medically relevant memory, occurred when I was just three. I remember going into
the dermatologist with my mom to have my moles looked at. As a three year old, my understanding of dermatology was zero. Well, as we went to the
doctor for the first time that I remember, I

Describe The Importance Of Zebrafish
A small aquatic vertebrate, the zebrafish (Danio rerio) is rapidly becoming a new popular model organism in biomedical research.
The importance of Zebra Fish:
Zebrafish can be used in research as an alternative to mammalian species. It has been successfully utilized in developmental biology, a discipline that
often employs molecular biology and genetic methods. As a result of the past three decades of intensive investigation with zebrafish, this species has
become one of the favourite model organisms of geneticists. It is a complex organism with brain anatomy, neurophysiology, and molecular
characteristics like nucleotide sequence of its genes are highly similar to those of other vertebrates including mammals. On the other hand, it is small,
easy and cheap to maintain in the laboratory and has been highly amenable to high–throughput screening (e.g. forward genetic or drug ... Show more
content on Helpwriting.net ...
Zebrafish are able to withstand much higher levels of chemical mutagens that can be tolerated by rodents so it is possible and easy to induce a much
higher density of mutations in their genome.
Zebra Fish in Behavioral Study:
Zebrafish (Danio rerio) have served as animal models in behavioral neuroscience and behavior genetics for the past three decades. They are becoming
increasingly popular in biomedical research, sharing substantial genetic and physiological homology with other vertebrate species. When assessing
certain behavioral measurements, utilizing adult zebrafish models may represent another promising approach.10, 11, 12
Recent research has demonstrated the suitability of adult zebrafish to model some aspects of complex behavior. Studies of reward behavior, learning
and memory, aggression, anxiety and sleep strongly suggest that conserved regulatory processes underlie behavior in zebrafish and

The Golden Trout : A Special Color Pattern
The Golden Trout has a special color pattern of both green and orange. The orange color runs across the fish body from the gills to its caudal fin. The
green stripes run down from the top of the fish and cross the orange line, which creates multiple perpendicular green and oranges stripes on the fish
body. On its fins, there are black dots that appears all throughout the area of the fins (both dorsal and caudal); which creates the combination of all three
color on the Golden Trout. These color combinations are what make the fish unique and distinct compare to other species. The California Golden Trout
size vary based on the location they live in. Golden Trout in streams is usually smaller than the ones in lakes, which is about 35–43 cm ... Show more
As mentioned above, the California Golden Trout prefers to live in the cooler parts stream or lakes. Their ideal habitat water temperature would be
from 3 to 20 degree Celsius, which is a perfect range of temperature for them to breath or metabolized food, etc. Since they prefer to stay in colder
water, the Golden Trout doesn't have any additional adaptation to keep its body warm. However, if the body of water gets warmer above 20 degrees,
they would migrate to find a different environment that they can survive better in; Colder water provides more oxygen for the fish, while a warmer
temperature would be hard for them to survive and reproduce due the lesser amount of oxygen available (Carl – Earth Island Institute). The process of
osmoregulation is one important feature that all fish possess within their anatomy to main its salt and water levels balance with the environment that
it is living in. The California Golden Trout is no exception. Since it is a freshwater fish, the Golden Trout's body is more likely to have a higher
level of salts compare to the environment that it is living in. Therefore, the chance of them losing salt and absorbing more water is inevitable. In
order for them to maintain the balance of both water and salt levels, they would need an efficient kidney to push out the water as quick as possible as
its body is more likely to absorb water from the environment. Furthermore, as their salt level drop, the Golden

Battle Between Snail Darter Fish and the Telico Dam Essay
The snail darter case can be a little ridiculous. Its between the 3–inch snail darter fish and then whether to build the Tellico dam. The main eye attention
to this argument is whether we should let the snail darter fish live or not. If we build the Tellico dam to snail darters will die. On the other hand its a
big deal because the snail darters are on the endangered species list. In my opinion I'm on the snail darter fish side because I think the fish should
live. The cost to build the dam is eighty million dollars. To me that a lot of cash, how about you? I can understand how this case got serious and that
some people favor the side of the dam and some other favor the side of the snail darter like I do. Yes the snail darter fish is... Show more content on
Helpwriting.net ...
Tellico Dam serves to divert water through a short canal into Fort Loudon. This dam being built is very good for trout and bass fishing. In the 1950's
thousands of dams were being built then in 1970's they decided to build a dam. In the Little Tennessee River. Its length was 3,238 feet its height was
129 feet. Total capacity is 467,600 acre feet, the surface area is 14,200 acres.
Another thing is the Endangered Species Act it is a very important part of this argument it is the main problem of why the Tellico dam had to stop
the process of building it for a while. Basically, the Endangered Species Act is one of the dozens of United States environmental laws passed in the
1970's. It also has a listing status which is ETC and it stands for Endangered Threatened Candidate. The Endangered Species Act is an act to provide
safety of the endangered and threatened species of fish, wildlife, and plants, and for other purposes. My opinion too is that I think it is an amazing to
have this if we didn't have this some of our animals would be dead. Its great to know we still have people out there who worship and care for all
species of animals.
One of the reasons to keep the Snail Darters is because I care for all living things I really don't think this fish should die. Plus it has no reason to die,
what did it ever do to us?
Just because it is maybe three inches doesn't mean let it die! I say let it live. All of this mess with court

Taxonomy Of The Experimental Fishes
TAXONOMY OF THE EXPERIMENTAL FISHES
The species Labeo dero very first was recognized by Hamilton [1822].Talwar and Jingran [1991] and Rehman [1989 & 2005] worked on
morphological and meristic features of Fresh water fish Labeo dero, Mastacembelus armatus and Tor putitora.The species Mastacembelus armatus
very first was recognized by Lecepede1800, he gave the name Macrognathu armatus to this species but the name Mastacembelus armatus was
given by Day [1878]. The species Tor putitora was very first was recognized by Hamilton [1822] he gave the name Cyprinus putitora to this species
, Hora [1939] gave the name Barbus putitora. In the systematic of the fishes of India considerable advanced have been made since the publication of
the fishes of India by Day [1878], and his two volume of fishes in Fauna of British India Series [1889], Mishra 1947 made valuable contribution in the
preparation of the series of the check list and aids of the fishes of India, Burma, and Ceylon is commendable. Further more Menon [1949] studies the
fish collection of India Museum reported several new forms. ]Tremendous work has been done in North India by a number of workers. Menon [1962]
studies the fishes of Kumaon Himalaya, Choudhary and Khandelwal [1966] observed the fishes of Nainital. There works have added valuable
information's regarding the bionomics, distribution and morphological description of new forms

Fishing Culture Essay
Fishing has been in human history since time started. Fishing has been a part of our culture for all these years because it helped us survive because it
provided food therefore helping us develop and expand has an organism. The fishing culture has been on every single continent and is vital knowledge
for survival as time progresses new technologies appear to help evaluate the fishing and its methods. Math and science are continuing to advance and
further develop how humans obtain fish. As time goes by developed countries pay great amounts of attentions to fish stocks and the consumption of fish
species. These numbers are very important to environmentalist because it helps the government set percentage quotas to keep the fish species in good ...
Show more content on Helpwriting.net ...
A bag limit is the number of fish a person could take of an individual species of fish. Some of the major variables that scientist look for is the
anatomy of the fish, human intervention and pressure of the individual fish species, and climate. Every single species of fish is different. Baitfish
are meant to be consumed by predator fish therefore they are plentiful and usually in abundance so there are no bag limits. Even the color of the
fish is important. Red Snapper is in abundance because they are Red. In the fish eye spectrum red is invisible so these fish are plentiful so the
government does not have to put strict regulations. Offspring is also very important some fish lay thousands of eggs because in reality not many
will survive, but bigger fish will lay less numbered fish because the chance of survival is much higher for these fish species. Math is all around
these subjects because scientist collects data and numbers from oceans to predict and examine a bag limit. There is also statistics in bag limits
because scientist have to go out collect data on the fish and as well as the people. For example the popularity of the fish correlates directly to the
number of offspring a fish produce. If a fish produces a lot of off spring and there's no demand for the fish then no bag limits should be placed, vice
versa. In the fishing word everything is a numbers game because numbers don't

A Study On Blood Of Fish
INTRODUCTION
In fishes, the components of blood are affected by many factors, many more than in warm–blooded, terrestrial animals. The factors like temperature,
salinity, oxygen tension, hydrogen ion concentration and inorganic minerals of the water affect the respiratory metabolism and consequently perhaps the
blood constituents also. Therefore, it is difficult to establish reference values for the class as a whole.
The blood of fishes is similar to that of any other vertebrate. It consists of plasma and cellular components. The cellular components are red blood cells,
white blood cells, and thrombocytes, designated as formed elements. The plasma is liquid protein and consists of water. It acts as the solvent for a
variety or solutes including proteins, dissolved gases, electrolytes, nutrients, wastes material and regulatory substances. Lymph is the part of plasma
that perfuses out of the capillaries to both the tissue. It also contains cellular components; particularly more lymphocytes.
The study on blood of fish dates as far back as 1920. Hall and Gray [1929] have given the concentration of haemoglobin iron in few teleosts, and
elasmobranch showing that the elasmobranchs have lesser concentration, Vars [1934] reported the values of iron, blood sugar, RBC Count and blood
volume in a few fresh water fishes, Field [1943] gives cell numbers, cellular volumes, hydrogen–ion concentration, blood proteins, non protein
nitrogenous

Environmental Summary: The Great White Shark
Environment
The Great White Shark, scientifically known as the Carcharodon carcharias, was possibly 2016's scasriest fish. The Great White shark's environment
was the aquatic marine biome, and it usually lived off the coasts of Australia, South Africa, and California. Although thier usual habitat was shallow
coastal waters, Great Whites have been recorded in depths up to 3,900ft. The climate of the water they lived in was between 54 and 75В°F. The
limiting factors of the shark's habitat were the nutrients and oxygen levels in the water. The Great White shark was the largest predatorial fish in the
whole world.The Great White shark shared the ocean with about 440 other species of sharks, but its only natural predator was the Killer Whale, or ...
Show more content on Helpwriting.net ...
The most promient feature was the 300 triangle shaped teeth in multiple rows that were designed to rip apart the flesh of thier prey. Another
adaptation of the Great White was its impeccable sense of smell. These giant carnivores can detect one drop of blood per 25 gallons of water. They
even had special organs to detect the electromagnetic field that the movement of living animals produces. These particular sharks are so sensitive
that the can pick up variations as small as half a billionth of a volt. This shark's coloring was also a carefully selected adaptation due to natural
selection. They had a grey dorsal area and a white belly. When viewed from the side, the color change broke up the sharks silhouette, making it
more capable at blending in with the mottled water. This is all because of natural selection. For example, the sharks with the colorings that stood out
the most would die from lack of food, while the grey and white sharks would keep surviving because they could blend into the water more. So the
Great White sharks inherieted thier coloring from thier ancestorsThe ecological niche of the Great White shark was to control the food chain, because
it was at the top of it's food chain and could control how the population of its prey increased and

Bonnethead Shark Structure
The bonnethead shark is a magnificent creature. It can reach speeds of 35 mph when trying to catch its prey. The bonnethead shark is a carnivore. It
will consume some of the fish that swim by when it's hungry. The sharks habitat is in a wide range, and the structure and anatomy is unique. The
bonnethead shark eats about its own weight in a day. The bonnethead shark feeds on crab, shrimp, mollusks, and small fish. This shark eats meat,but
also eats bivalves and cephalopods. The bonnethead feeds mostly in the daytime. They swim slowly toward their prey. Then quickly attack the prey
and crush it with their teeth. In the summertime if you go to the reefs and seaweed you might see a bonnethead shark.
The bonnethead shark is abundant in the nearshore Florida water by reefs. It's commonly seen over shallow sand and mud flats. They move into deeper
water during the colder months. Depths about 32 to 262 ft, and in the warmer months they can be found 10 to 25m underwater. The biogeographic
regions are in the Atlantic ocean(native) and Pacific ocean(native). The Aquatic... Show more content on Helpwriting.net ...
The bonnethead shark scientific name is the Sphyrna tiburo. The bonnethead looks like it has a shovel on its head. That is why it's nickname is the
shovelhead shark. This shark is one of nine species of the hammerhead shark. These sharks all have a unique hammer or shovel–shaped head. The
shovel shaped head helps the shark find its prey easier. In a 2009 study found that the shark could nearly see 360 degrees vision and excellent depth
perception. This shark is the smallest member of the Hammerhead family. The maximum length is about 3.5 feet. The bonnethead shark matures
about 2 years of age (about 30 inches) and is estimated to live 7 years, or more. They can weigh up to 24 pounds. The bonnethead sharks nostrils are
located close to the eyes, near the ends of its flattened

Fish Is The Best Flavor And Quality Of A Fresh Fish
Seafood has become more and more prevalent for people to want to eat these days. Fish in particular, all kinds, has become a bigger want. There are
more than 30,000 different species of fish. There are different specifications such as the type, skeletal structure, and how the they are harvested. Fish
can either be domesticated or man influenced or wild harvested, which delivers the best flavor and quality of a fresh fish. Fish can be purchased with
many different options as well. Striper, or also known as: striped bass, rockfish, linesider, roller, squidhound, or simply as bass, or scientifically as
Morone saxatilis. It is a coastal sport fish and native to pretty much the whole east coast and is wild caught and farmed in some cases. ... Show more
Oddly enough, striper is one of the California's top ranking sport fish now. The fish was numbered at approximately 3 million adults in the early 1960s
and about 775 thousand with 30% hatchery–reared in the early 1990s; this was when the fish was in relative abundance. Over the years last–ditch
efforts are being made to restore western fisheries. Striper, a round fish, has several qualities that can be used to differentiate them from other fish
found on the east coast. It has a large mouth, which has jaws that extend backward to just below the eye. There are two prominent spines on the gill
covers. The first, most anterior of its two well–developed and separated dorsal fins, has a series of sharp and stiffened spines. The anal fin on the other
hand, which is about as long as the posterior dorsal fin has three sharp spines. Its upper body can either appear to be steel blue, light green, olive,
brown, or black depending on its ecosystem it lives in. The lateral line that the fish has is marks their silvery sides and has either seven or eight
continuous stripes around it. Their bellies or undersides are typically white or silver, with a brassy iridescence to it in some cases. Striper typically
live up to forty years, five feet in length, and reach weights greater than 100 pounds in most cases. The females are usually greater in size than the
males and when the stripers are over thirty pounds, most likely it is a female. The females also tend to

External Anatomy Of A Squid Essay

Recommended

Recommended

More Related Content

More from Christine White

More from Christine White (20)

Recently uploaded

Recently uploaded (20)

External Anatomy Of A Squid Essay