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Wildlife Scientists Are Solving Big Data Problems to Track Animals Around the Globe

Animal movement data from Movebank

Using a transmitter attached to a tiny backpack, zoologist Roland Kays tracked an egret – a large, white, wading bird – from North Carolina as it migrated south. Then his data showed the transmitter had stopped moving. Kays wanted to find out what happened, but there was just one problem: The transmitter was in South America.

So Kays offered a reward for information on the bird and successful collection of his transmitter. Eventually, a bird watcher was able to locate it in Colombia. They found the bird died in a marsh. They collected the transmitter and sent it back by mail.

In a new study, Kays and researchers from the Max Planck Institute of Animal Behavior and other sites around the world published a paper in the journal Methods of Ecology and Evolution on technology they’ve developed to analyze, visualize and store data in the new “golden age” of wildlife tracking . The study describes Movebank , a free set of tools to help researchers address the big data problems of wildlife tracking. Scientists are already using it to manage more than 3 million new data records generated each day.

Movebank includes an app that allows researchers to connect with citizen scientists and experts on the ground who can help investigate what happened to an animal if a tag goes down. Called Animal Tracker, the app allows researchers to connect with people who can upload photos of animals, make reports, and send in forensic information.

In a case study as part of the study, researchers said they were able to locate downed tags used to track 171 white storks as they migrated across multiple continents. The researchers learned that the leading cause of death varied from continent to continent. While the leading cause of death globally was electrocution from landing on power lines, the leading cause of death in Africa was hunting. They used the app for some of the stork investigation , and expect it could make similar work easier in the future.

“The actual cause of death is important information to get, but it’s really hard to get when the animal is flying over the Sahara Desert,” Kays said. “Having this global system with an app lets us engage with the global community of citizen scientists.”

The Abstract spoke with Kays, research professor at NC State and director of the Biodiversity Lab at the NC Museum of Natural Sciences , about the Movebank study:

The Abstract : How has animal tracking technology evolved?

Roland Kays : The GPS revolution gave researchers a whole new ability to locate animals easily. Then there was another big technology advance where people made really good small solar panels and put them in the animal tracking tags. That gave us more data because you could get more power. We also have accelerometers that are really cool; they let you see how the animals are moving – if they’re running or walking, and what their behavior is.

TA : Why do researchers need Movebank?

Kays : When I was a grad student, I would run around with an antenna and I would collect a few dozen data points a night. Now we’re getting a point every second from lots of animals. You get overwhelmed with data. You need tools to manage the data, the large volume of it, and still be able to do quality control, as well as share and analyze it.

TA : What does Movebank do?                                                                 

Kays : It’s a massive database of animal movement data from all sorts of animal species and all sorts of different technologies. Any technology you can use to track animals across the globe, we can incorporate that. We now get 3 million new data points per day. We get data from satellites, through phone networks, and we also have people just taking a file on their computer and uploading it. We have a lot of private data and give scientists the tools to protect it; some of the data is sensitive. You don’t want to release the location of where elephants live, for example, because someone might poach them. The scientists own the data; Movebank is a tool they use, and they can share it or make it private.

TA : How could these technology advances help with animal conservation?

Kays : This could really help us identify important conservation corridors, conservation areas, and times of year that are really important. It shows you how animals are dealing with people on the planet; how are they dodging and weaving around people and surviving in a human-dominated planet. That’s what all the research is about these days.

TA : Can the public use Movebank?

Kays : Using the Animal Tracker app, you can go find an animal and take a picture of it, and type in a report of what the animal is doing. There are groups in Europe that are following the storks as they migrate. We are hoping to get a new project with American robins going next year. And the other cool thing now is we can send out an alert so if it looks like an animal has died. If it has stopped moving, we can send an alert asking, “Can someone check on this animal; we think it might have died.” Someone will then use a GPS tracker to find the dead bird or animal. We’ve even had cases where people found live birds that have been stuck and rescued them. In other cases, they were able to determine the cause of mortality.

TA : How can you figure out if an animal has died?

Kays : The most obvious thing is the tags stops moving, but then you can’t be sure if the tag fell off, or just stopped working, so it’s nice to have additional information. For example, the tags can collect a combination of factors including body temperature, and the accelerometer gives you fine scale movement. But ideally you want boots on the ground to do a forensic investigation, and that has to happen quickly.

TA : You can get information about the animal’s death, but what about birth?

Kays : We also have a new app we’re developing to tell if an animal is nesting for example. If a bird is at a nest, it goes back and forth feeding its chicks. And you know how long those chicks, you know the fledging length. If it’s day two, and all of a sudden, the mom has stopped, you know they might (not have made it). It’s pretty cool; you can do that now completely remotely. So we can get information on reproduction and death – the whole life cycle.

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Zoologists study the behavior of animals and wildlife and studies the diseases and genetics of animals across the globe or in specific areas. After conducting research activities and experiments around animal health and behavior, they create plans and strategies to help animals recover from illness, injury or habitat change. Zoologists have the option to have a general role or specialize in caretaking or rehabilitation of animals.

what problems do zoologists solve

Future Job Market

Typical employers:.

Zoologists are most often found working in zoos, aquariums, wildlife centers and parks. They can also work for conservation groups, animal pharmaceutical companies, research firms, governmental agencies or colleges and universities.

Suggested Professional Organizations and Associations:

  • American Society for Animal Science
  • Zoological Association of America
  • Association of Zoos and Aquariums
  • International Society of Zoological Sciences
  • Wildlife Conservation Society

SAE Connections:

  • Louisville Zoo SAE | Nicole Ford
  • SAE Idea Cards: Animal Systems
  • Foundational SAE

FFA Connections:

  • Veterinary Science CDE
  • Agricultural Communications CDE
  • Agriscience Fair

What Responsibilities Will I Have?

  • Monitor the well-being of animals including general examinations and various testing to diagnose diseases or injury
  • Create plans or strategies to help animals recover from illness, injury or habitat change
  • Analyze and collect pollutants from animal habitats to solve environmental problems that affect an animal’s health
  • Identify harmful diseases that are threatening animals
  • Maintain an up-to-date knowledge of industry standards and utilize various equipment
  • Dissect and perform autopsies on deceased animals and ensure proper preservation
  • Maintain proper and sufficient documentation of research and studies
  • Work with veterinarians to administer medication and perform surgeries and births
  • Conduct animal education courses, exhibits and workshops
  • Prepare food, groom animals and clean their habitat or enclosure (if in a caretaker role)
  • Care for ill or injured animals and release back into their natural habitats once recovered (if in a rehabilitator role)

Recommended High School Courses:

  • agricultural education
  • animal science
  • natural resources
  • computer skills
  • mathematics

Education/Training Required:

A bachelor’s or master’s degree in zoology, biology, natural resource management or ecology is required to become a zoologist.

Related career focus areas

Research station manager, swine finishing farm manager, live operations manager, therapeutic riding instructor, general manager, dairy farm manager, farm operations/ production manager, community/urban farmer, wind substation technician.

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Zoologist Career Guide

  • Career guide intro
  • How to become
  • Career path

Similar job titles

  • Trends and outlook
  • Career tips
  • Where the jobs are

What is a zoologist?

A zoologist is a scientist who studies animals, an animal’s origins, genetics, diseases, behaviors, and more. With over 1.3 million identified animals in the world so far, it’s unsurprising that zoology is a very broad field. 

A zoologist typically devotes their time to studying one specific species or group of species, although some do more general work. They work in the field studying animals in their natural environment or captivity in zoos and aquariums. zoologists observe animals, take meticulous notes, and conduct experimental studies in controlled or natural surroundings. Some zoologists manage wildlife reserves where they keep count of animal populations and study animal behavior.

Duties and responsibilities

On any given day, a zoologist may be designing or conducting research, studying animal behaviors and characteristics, collecting and analyzing biological data and specimens, writing papers, reports, or journal articles, giving lectures, or educating the public on animal welfare and wildlife conservation.

Work environment

Zoologists work in a variety of environments. They can be professors teaching at universities and colleges where they are either in the classroom or conducting research in a lab setting. Aside from giving lectures and presenting research, they write papers and journals for publication. Other zoologists work exclusively in lab-based environments performing experiments and conducting research. They spend some of their time writing reports and papers. Many zoologists spend at least part of their time outdoors, studying animals on wildlife reserves or in their natural habitats. Often they endure various environmental and weather conditions while in the field. They may also only have limited comforts. Field zoologists can sometimes work in remote areas and be away from friends and family for days, weeks, or months at a time.

Some zoologists work at zoos or aquariums, observing and caring for animals. Others are employed at museums where they set up and maintain exhibits and educate the public on different species of animals. Other environments zoologists work in include marine parks, state or federal governmental agencies, environmental conservation groups, and consulting companies.

Typical work hours

The work and the hours can be unpredictable. Zoologists working in the field often work long hours, which may include nights and weekends. They can spend days, weeks, or even months in the field, which may be in remote locations. 

Professors tend to have more flexible hours since classroom schedules change each semester. They spend some hours of their day in the lab conducting research, and they typically don’t work weekends but can work nights in the classroom. 

Zoologists in labs generally work traditional 40-hour weeks during normal business hours. Consultants for private companies also work 40-hour weeks from Monday through Friday.

How to become a zoologist

Step 1: high school preparation.

If you’re still in high school, this is the time to concentrate on the classes that will help you get into college and lay the foundation for much of your college work. Focus on biology and chemistry courses. Take all you can. Volunteer or find a part-time job at a local zoo, aquarium, or animal sanctuary. Get all the experience you can.

Step 2: Get a bachelor’s degree

Most colleges and universities offer a bachelor’s degree in biology, and many also have a zoology degree program. Most programs include core courses in general biology, chemistry, physics, and mathematics. Some university programs have specialized courses you can take, including marine biology, wildlife ecology, mammalogy, herpetology, ornithology, and animal physiology.

Step 3: Gain experience

Beyond your education, you will need hands-on experience even for an entry-level zoologist position. While working on your bachelor’s degree, you can find opportunities for volunteer work, co-op programs, and internships. Some of this work may count for college credit, but they all provide valuable experience, whether that includes fieldwork, research, writing papers, or more. Experience can also be beneficial in gaining acceptance to a graduate degree program. Some of the top internships for undergraduates students in 2022 include:

  • SCA Biological Technician Internship-Kofa National Wildlife Refuge
  • Student Conservation Association Gopher Tortoise Biological Monitoring Internship
  • Curi Bio Research Associate Internship

Step 4: Get a master’s degree

A master’s degree program is where you might specialize in a particular branch of zoology and generally assist research professors in their specialties as teacher’s assistants or research assistants. Master’s programs may consist of a thesis or non-thesis option.

Step 5: Get a doctoral degree

If you are interested in teaching at the university level or want to conduct your own independent research, you will likely need a doctorate in zoology. Zoologists focus on a specific sub-discipline of zoology while working on their doctorate. It is critical to apply to doctorate programs at universities where at least one professor specializes in your desired area of study.

Step 6: Participate in ongoing learning and professional development

Zoology is a constantly evolving field. Stay current with the latest research and trends by attending scientific conferences, participating in webinars, or joining professional organizations, such as the American Society of Mammalogists or the Animal Behavior Society. These opportunities allow for networking and can lead to collaborations or job opportunities.

You can also find a variety of online courses through Udemy and Coursera to continue learning. Here are some great options:

  • To gain a deeper understanding and appreciation for the incredible diversity of life and the interdependence of all living things, consider the Introduction to Biology: Ecology, Evolution, & Biodiversity Specialization course . In this 3-course specialization on Coursera, you will learn to see nature the way a biologist does.
  • Learn the basis of classification, the classification of animals, salient features of different phyla in the animal kingdom, and the comparison of chordates and non-chordates in this Biology course found on Udemy.
  • For an introduction to ecology and ecosystem dynamics using a systems thinking lens, check out Ecology: Ecosystem Dynamics and Conservation on Coursera. This course will explore how scientists study ecosystems and investigate the complex array of factors that inform management efforts.
  • Taught by a marine biologist, this Marine Biology 101 course is an excellent choice for those wanting to learn more about the basic concepts of marine and freshwater biology. You will gain insight into many marine mammals, conservation measures, and endangered species.

How much do zoologists make?

Many variables go into determining how much a zoologist makes, from company size to experience and education, just to name a few.

Highest paying industries

  • Federal Government: $82,000
  • Research and Development: $79,000
  • State Government: $79,580
  • Management Consulting Services: $83,920
  • Colleges and Universities: $81,780

Highest paying states

  • Maryland: $88,000
  • California: $86,000
  • Connecticut: $82,000
  • Massachusetts: $80,000

The average national salary for a Zoologist is:

Browse zoologist salary data by market

Types of zoologists

There are many different types of zoologists because the animal kingdom is enormous. While some study only a species or subspecies, others might study a broader, more generalized group, such as mammals. Some common branches of zoology include:

Ethologists

Ethology is the study of animal behavior, typically in the animal’s natural habitat. These scientists observe animals and study their findings to learn about the animals’ social interactions, communication, and other aspects of their lives. They also conduct experiments to test hypotheses regarding animal behavior.

Primatologists

Primatology is the study of primates, including gorillas, orangutans, chimpanzees, and lemurs. It incorporates field, laboratory, and semi-free range study (a natural habitat replicated in a captive setting).

Wildlife biologists

Wildlife biologists observe and study animal behavior to maintain and conserve wildlife populations. They track things like disease and nutrition and monitor endangered populations. Wildlife biologists may specialize in entomology, ornithology, herpetology, marine biology, or other branches of wildlife biology.

Paleozoologists

Paleozoologists study extinct and surviving animal remains, including bone, horn, hair, and soft tissues. They may work alongside paleontologists at archaeological sites. 

Mammalogists

Mammalogy is the study of mammals. This may include the natural history, taxonomy, systematics, anatomy, physiology, and behavior of mammals. With over 4,000 species of living mammals and many extinct species, mammalogists have a wide range of animals to study and typically specialize in one species. They may work in the field, zoos, natural history museums, or in research labs at colleges, universities, or other educational institutions.

Herpetologists

Herpetology is the study of reptiles and amphibians, such as snakes, frogs, turtles, salamanders, crocodiles, and iguanas. Herpetologists study these animals in their natural environments, assess any possible threats from disease and pollution, and study their behaviors, physiologies, development, and genetics. They also work for museums and zoos. 

Ornithologists

Ornithology is the study of birds. There are over 18,000 species of birds, allowing ornithologists to generalize or specialize in a specific bird species. They study bird behavior, flight, migration patterns, habitats, and physiology.

Entomologists

Entomology is the study of insects. This is by far the broadest branch of zoology as insects make up approximately 80% of the animal population, and well over 1 million species have been identified. Most entomologists focus on a specific type of insect, such as bees, beetles, or butterflies. Some entomologists look at ways to control insects. 

Arachnologist

Arachnology is the study of arachnids, including spiders, scorpions, and Opiliones (or daddy longlegs). This is another vast group of animals as there are over 45,000 species of spiders alone. Arachnologists study everything, such as arachnid populations, evolution, diversity, venom, webs, and predatory tactics. 

Cetologists

Cetology is the study of sea mammals, including whales, dolphins, and porpoises. They study the behaviors, habitats, and interactions between these creatures. Cetologists in the field often spend hours or days in boats observing these animals in their natural habitat. They often use tagging and tracking systems to monitor the movements and migrations of sea mammals. 

Ichthyologists

Ichthyology is the study of fish, including their behavior, development, and reproduction. There are about 34,800 species of fish to study, and most ichthyologists study only one species. Some ichthyologists work in museums, while others work in the field, often conducting underwater research.

Top skills for zoologists

A zoologist is a scientist who studies animals and their behavior, habitat, and interactions with other species. They must have strong scientific, observational, and communication skills.

One of the top skills desired by employers is strong scientific skills. zoologists must have a solid understanding of scientific concepts and methodologies and be able to conduct experiments, analyze data, and draw conclusions based on scientific evidence. They should also be knowledgeable about animal anatomy, physiology, and behavior.

Observational skills are essential for a zoologist to observe animals in their natural habitats, document their behavior, and collect data on their interactions with other species and the environment. This includes using scientific equipment, such as binoculars, cameras, and GPS devices, to gather data and conduct field research.

A zoologist must be a strong communicator to effectively share scientific information with other team members, clients, and external stakeholders, both verbally and in writing. Research findings and conclusions should be presented clearly and concisely, feedback and concerns should be listened to actively, and communication should be open and effective at all levels.

Critical thinking and problem-solving skills are essential for a zoologist. They need to identify and respond to potential research issues and challenges, including identifying and resolving research obstacles and implementing solutions to improve research quality and efficiency. zoologists must be able to think critically, evaluate options, and make informed decisions based on available information.

Finally, they must be adaptable and work well under pressure to handle multiple research projects and tasks simultaneously, prioritize work effectively, and be available to conduct research outside of regular business hours if necessary. A zoologist should also be committed to ongoing professional development to stay current with evolving research technologies and industry best practices.

Looking for a new job?

Browse our national database of zoologist job openings and apply today

Zoologist career path

The animal kingdom is as massive as it is diverse. As a result, zoology encompasses a wide range of studies. Your career path as a zoologist will depend on your education, experience, interests, and opportunities. 

Individuals entering this field typically have a degree in zoology, biology, or a related field. Entry-level roles may include working as a research assistant or a zookeeper, caring for animals, and assisting with research. As they gain experience, they may advance to a more senior role, conducting research projects, publishing scientific articles, or moving into a specialized area such as marine biology or wildlife management.

As zoology continues to evolve, zoologists may specialize in specific areas such as animal behavior, genetics, or conservation biology. Advancement opportunities in this field include becoming a research coordinator, project manager, or moving into related fields such as wildlife biology or environmental consulting. zoologists may also have opportunities for advancement into management roles, overseeing research teams or conservation programs, or collaborating with cross-functional teams to ensure successful project delivery.

  • Marine Biologist
  • Environmental Scientist
  • Veterinarian
  • Research Scientist

Position trends and outlook for zoologists

Zoologists and wildlife biologists will be needed to study the impact of disease, habitat loss, pollution, and other factors on wildlife as the human population grows and expands, reducing animal habitats. The demand for zoologists is expected to grow steadily in the coming years with the growing interest in wildlife conservation and the preservation of endangered species. Many zoologists work for government agencies or non-profit organizations that protect wildlife and preserve habitats.

Another area of growth for zoologists is in the field of biomedical research, where they may work on developing new treatments and therapies for human diseases based on their knowledge of animal physiology and genetics.

Employment projections for zoologists

The U.S. Bureau of Labor Statistics predicts that the employment of zoologists and wildlife biologists is projected to grow 5% through 2031, slower than the average for other occupations. Most job openings are expected to result from workers who transfer to different occupations or retire.

Zoologist career tips

Develop strong technical skills.

As a zoologist, you’ll need to be proficient in the technical skills required for zoology research, such as data analysis, research design, and animal behavior observation. Consider taking courses in biology, ecology, animal behavior, and statistics to develop your skills.

Build a strong knowledge of zoology

Zoologists must have a strong understanding of zoology to conduct research and analyze data. Develop a deep understanding of animal physiology, ecology, taxonomy, and conservation biology to help you make informed research decisions.

Build a professional network

Building a professional network can help you stay up-to-date on industry trends, expand your knowledge, and connect with potential clients or employers. Consider joining professional organizations like the American Society of Mammalogists or the International Society for Behavioral Ecology. Attend industry conferences or networking events to meet other professionals in the field.

Professional associations and networks for zoologists:

  • American Society of Mammalogists
  • International Society for Behavioral Ecology
  • The Wildlife Society
  • Society for Conservation Biology
  • Animal Behavior Society

Hone your communication skills

As a zoologist, you’ll need to be able to communicate effectively with other researchers, stakeholders, and the general public. Develop strong communication skills, such as technical writing, public speaking, and science communication, to help you share your research findings with others.

Stay up-to-date on industry trends

The field of zoology is constantly evolving, with new technologies and research methods emerging all the time. To be a successful zoologist, it’s important to stay up-to-date on industry trends and developments. Subscribe to industry publications, attend conferences and webinars, and participate in online forums and discussion groups to stay informed.

Continuous learning

Continuous learning is crucial to keeping up with industry trends and regulations, as well as developing new skills. Consider pursuing additional certifications or advanced degrees to demonstrate your expertise and stay competitive in the job market. Look for opportunities to attend workshops, webinars, and other training events to improve your knowledge and skills.

Where the zoologist jobs are

Top companies.

  • National Institutes of Health
  • U.S. Fish and Wildlife Service
  • Smithsonian Institution
  • Wildlife Conservation Society
  • San Diego Zoo

Top job sites

  • CareerBuilder

What are the on-the-job requirements for zoologists?

You will need at least a bachelor’s degree in biology, zoology, or a similar field to work as a zoologist. A master’s degree is highly preferred and required for most positions. Hands-on experience is also essential, whether through internships or volunteer work. You should also be familiar with the specialized equipment used in the field and know how to observe animals in the wild or controlled settings. You will also be required to analyze and report on your data and communicate your findings through presentations, written reports, and articles. For those working in the field, you should be prepared to work hours, days, weeks, or more in remote areas under varying environmental conditions. You’ll need excellent observation, problem-solving, and critical thinking skills.

How long does it take to become a zoologist?

You will need a bachelor’s degree in biology, zoology, or a related field, which takes about four years to complete. Most jobs require a master’s degree, typically taking two years to complete. University professors and lead scientists on research projects require a doctorate, which can take three to five years.

Do I need a college degree to become a zoologist?

Yes, a bachelor’s degree is necessary to work as an entry-level zoologist. However, most positions will require a master’s degree or a doctorate.

How do I create a resume for a zoologist?

When writing a resume for this position, try to match your experience with the job post as closely as possible. Include any internships, summer camps, and volunteer work you’ve done. If you have experience in the field or lab experience unrelated to zoology, you should highlight that. Some important things to include in your zoologist resume are: ● Field experience – let your potential employer know you have hands-on experience in the field, whether it’s related to the position or not.   ● Education – list all the degrees you’ve earned, any clubs you belonged to, and your GPA (especially if it’s high). Include internships, teaching assistant positions, or research assistant positions you held. List relevant courses you’ve taken.   ● Your skills – list all the relevant skills you have and put the skills that match the job requirements at the top of the list. Some examples might include: ● Communication skills ● Critical-thinking ● Physical stamina ● Interpersonal skills ● Observation skills ● Outdoor skills ● Problem-solving skills ● Relevant publications, reports, or papers – include any papers you’ve written, especially published works in scientific journals, to showcase your writing skills.

What associations exist for zoologists?

Here are some of the top national associations: ● Zoological Association of America ● Association of Zoos & Aquariums ● Animal Behavior Society ● American Institute of Biological Sciences ● World Wildlife Fund ● Wildlife Conservation Society ● Association of Zoological Horticulture ● American Association of Zoo Keepers

Do zoologists receive insurance?

They are typically offered insurance through their employer, whether the government, an educational institution, or a private company.

Do zoologists require continuing education?

Those who have completed their bachelor’s degree and wish to advance their careers typically will need to pursue a master’s degree or a doctorate. Those who wish to teach at the university level or head research projects will need a doctorate. Beyond formal education, there are no requirements for continuing education.    

Zoologist or Wildlife Biologist

Zoologists and wildlife biologists study animals and other wildlife and how they interact with their ecosystems. They study the physical characteristics of animals, animal behaviors, and the impacts humans have on wildlife and natural habitats.

Zoologists and wildlife biologists typically do the following:

  • Develop and conduct experimental studies with animals in controlled or natural surroundings
  • Collect biological data and specimens for analysis
  • Study the characteristics of animals, such as their interactions with other species, reproduction, population dynamics, diseases, and movement patterns
  • Analyze the influence that human activity has on wildlife and their natural habitats
  • Research, initiate, and maintain ways of improving breeding programs that support healthy game animals, endangered species, or other wild populations of land or aquatic life
  • Estimate, monitor, and manage wildlife populations and invasive plants and animals
  • Develop and implement programs to reduce risk to human activities from wildlife and invasive species, such as keeping wildlife from impacting airport operations or livestock and crop production
  • Write research papers, reports, and scholarly articles that explain their findings
  • Give presentations on research findings to academics and the general public
  • Develop conservation plans and make recommendations on wildlife conservation and management issues to policymakers and the general public

Zoologists and wildlife biologists perform a variety of scientific tests and experiments. For example, they take blood samples from animals to assess their nutrition levels, check animals for disease and parasites, and tag animals in order to track them. Although the roles and abilities of zoologists and wildlife biologists often overlap, zoologists typically conduct scientific investigations and basic research on particular types of animals, such as birds or amphibians, whereas wildlife biologists are more likely to study specific ecosystems or animal populations, such as a particular at-risk species. Wildlife biologists also do applied work, such as the conservation and management of wildlife populations.

Zoologists and wildlife biologists use geographic information systems (GIS), modeling software, and other computer programs to estimate wildlife populations and track the movements of animals. They also use these computer programs to forecast the spread of invasive species or diseases, project changes in the availability of habitat, and assess other potential threats to wildlife.

Zoologists and wildlife biologists conduct research for a variety of purposes. For example, many zoologists and wildlife biologists work to increase our knowledge and understanding of wildlife species. Traditionally, many wildlife biologists researched ways to encourage abundant game animal populations to support recreational hunting and tourism. Today, many also work with public officials in conservation efforts that protect species from threats and help animal populations return to and remain at sustainable levels.

Most zoologists and wildlife biologists work on research teams with other scientists and technicians. For example, zoologists and wildlife biologists may work with environmental scientists and hydrologists to monitor water pollution and its effects on fish populations.

Zoologists generally specialize first in either vertebrates or invertebrates and then in specific species. Following are some examples of specialization by species:

  • Cetologists study marine mammals, such as whales and dolphins.
  • Entomologists study insects, such as beetles and butterflies.
  • Herpetologists study reptiles and amphibians, such as snakes and frogs.
  • Ichthyologists study wild fish, such as sharks and lungfish.
  • Malacologists study mollusks, such as snails and clams.
  • Mammalogists study mammals, such as monkeys and bears.
  • Ornithologists study birds, such as hawks and penguins.
  • Teuthologists study cephalopods, such as octopuses and cuttlefish.

Other zoologists and wildlife biologists are identified by the aspects of zoology and wildlife biology they study, such as evolution and animal behavior. Following are some examples:

  • Anatomy is the study of structure of organisms and their parts.
  • Embryology is the study of the development of embryos and fetuses.
  • Ethology, sometimes called behavioral ecology, is the study of animal behaviors as natural or adaptive traits.
  • Histology, or microscopic anatomy, is the study of cells and tissues in plants and animals.
  • Physiology is the study of the normal function of living systems.
  • Soil zoology is the study of animals which live fully or partially in the soil.
  • Teratology is the study of abnormal physiological development.
  • Zoography is the study of descriptive zoology, and describes plants and animals.

Many people with a zoology and wildlife biology background become high school teachers or college or university professors. For more information, see the profiles on high school teachers and postsecondary teachers.

Zoologists and wildlife biologists held about 17,100 jobs in 2021. The largest employers of zoologists and wildlife biologists were as follows:

Zoologists and wildlife biologists work in offices, laboratories, and outdoors. Depending on their job and interests, they may spend considerable time in the field gathering data and studying animals in their natural habitats. Other zoologists and wildlife biologists may spend very little time in the field.

Fieldwork can require zoologists and wildlife biologists to travel to remote locations anywhere in the world. For example, cetologists studying whale populations may spend months at sea on a research ship. Other zoologists and wildlife biologists may spend significant amounts of time in deserts or remote mountainous and woodland regions. The ability to travel and study nature firsthand is often viewed as a benefit of working in these occupations, but few modern amenities may be available to those who travel in remote areas.

Fieldwork can be physically demanding, and zoologists and wildlife biologists work in both warm and cold climates and in all types of weather. For example, ornithologists who study penguins in Antarctica may need to spend significant amounts of time in cold weather and on ships, which may cause seasickness. In all environments, working as a zoologist or wildlife biologist can be emotionally demanding because interpersonal contact may be limited.

Injuries and Illnesses

Some zoologists and wildlife biologists handle wild animals or spend significant amounts of time outdoors in difficult terrain or in inclement weather. To avoid injury, they should use caution when handling wildlife or working in remote areas.

Work Schedules

Most zoologists and wildlife biologists work full time. They may work long or irregular hours, especially when doing fieldwork. Zoologists and wildlife biologists who work with nocturnal animals may need to work at night at least some of the time.

Zoologists and wildlife biologists typically need a bachelor’s degree for entry-level positions and may need a master’s degree for higher level jobs. A Ph.D. is typically needed for leading independent research and for university research positions.

Zoologists and wildlife biologists typically need a bachelor’s degree to enter the occupation. Students may pursue a degree in zoology, wildlife biology, or a related field, such as natural resources. Some students major in biology and take coursework in zoology and wildlife biology.

Zoologists and wildlife biologists typically need at least a master’s degree for higher level investigative or scientific work. A Ph.D. is necessary for most independent research and university research positions.

Coursework in life and physical sciences often includes academic, laboratory, and field work. In addition, students may need to take mathematics and statistics to learn data analysis.

Zoologists and wildlife biologists typically have an interest in the Building and Thinking interest areas, according to the Holland Code framework. The Building interest area indicates a focus on working with tools and machines, and making or fixing practical things. The Thinking interest area indicates a focus on researching, investigating, and increasing the understanding of natural laws.

If you are not sure whether you have a Building or Thinking interest which might fit with a career as a zoologist and wildlife biologist, you can take a career test to measure your interests.

Zoologists and wildlife biologists should also possess the following specific qualities:

Communication skills. Zoologists and wildlife biologists write scientific papers and give talks to the public, policy makers, and academics.

Critical-thinking skills. Zoologists and wildlife biologists need sound reasoning and judgment to draw conclusions from experimental results and scientific observations.

Emotional stamina and stability. Zoologists and wildlife biologists may need to endure long periods of time with little human contact. As with other occupations that deal with animals, emotional stability is important when working with injured or sick animals.

Interpersonal skills. Zoologists and wildlife biologists typically work on teams. They must be able to work effectively with others to achieve their goals or negotiate conflicting goals.

Observation skills. Zoologists and wildlife biologists must be able to notice slight changes in an animal’s characteristics, such as their behavior or appearance.

Outdoor skills. Zoologists and wildlife biologists may need to chop firewood, swim in cold water, navigate rough terrain in poor weather, or perform other activities associated with life in remote areas.

Problem-solving skills. Zoologists and wildlife biologists try to find the best possible solutions to threats that affect wildlife, such as disease and habitat loss.

The median annual wage for zoologists and wildlife biologists was $64,650 in May 2021. The median wage is the wage at which half the workers in an occupation earned more than that amount and half earned less. The lowest 10 percent earned less than $42,420, and the highest 10 percent earned more than $103,900.

In May 2021, the median annual wages for zoologists and wildlife biologists in the top industries in which they worked were as follows:

Most zoologists and wildlife biologists work full time. They may work long or irregular hours, especially when doing fieldwork.

Employment of zoologists and wildlife biologists is projected to show little or no change from 2021 to 2031.

Despite limited employment growth, about 1,500 openings for zoologists and wildlife biologists are projected each year, on average, over the decade. Most of those openings are expected to result from the need to replace workers who transfer to different occupations or exit the labor force, such as to retire. 

Demand for zoologists and wildlife biologists may be limited by budgetary constraints, as jobs and funding for these workers often come from state, federal, and local governments. However, some  zoologists and wildlife biologists are expected to be needed to help combat the loss of biodiversity caused by human activities, as well as to research climate-driven ecosystem changes. These workers also may be needed to develop and implement conservation plans to reduce threats to animals and protect natural resources.

For more information about zoologists and wildlife biologists, visit

The Wildlife Society

Association of Zoos and Aquariums

American Society of Mammalogists

American Society of Ichthyologists and Herpetologists

Ornithological Societies of North America

Zoological Association of America

For more information about issues in zoology and wildlife biology, visit

U.S. Fish and Wildlife Service

U.S. Geographical Survey

National Park Service

For more information about careers in botany, visit

Botanical Society of America

For more information about careers in ecology, visit

Ecological Society of America

For information on federal government education requirements for zoologists and wildlife biologists, visit

U.S. Office of Personnel Management

To find job openings for zoologists and wildlife biologists in the federal government, visit

Where does this information come from?

The career information above is taken from the Bureau of Labor Statistics Occupational Outlook Handbook . This excellent resource for occupational data is published by the U.S. Department of Labor every two years. Truity periodically updates our site with information from the BLS database.

I would like to cite this page for a report. Who is the author?

There is no published author for this page. Please use citation guidelines for webpages without an author available. 

I think I have found an error or inaccurate information on this page. Who should I contact?

This information is taken directly from the Occupational Outlook Handbook published by the US Bureau of Labor Statistics. Truity does not editorialize the information, including changing information that our readers believe is inaccurate, because we consider the BLS to be the authority on occupational information. However, if you would like to correct a typo or other technical error, you can reach us at [email protected] .

I am not sure if this career is right for me. How can I decide?

There are many excellent tools available that will allow you to measure your interests, profile your personality, and match these traits with appropriate careers. On this site, you can take the Career Personality Profiler assessment, the Holland Code assessment, or the Photo Career Quiz .

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What zoologists should learn from a zoonotic pandemic

what problems do zoologists solve

Associate Professor, University of the Free State

what problems do zoologists solve

Professor, University of Johannesburg

Disclosure statement

Aliza le Roux works for the University of the Free State's Qwaqwa campus, and serves on the Council for the Zoological Society of Southern Africa. She has received funding from the National Research Foundation, the Afromontane Research Unit, and product donations from Wildlife Acoustics. She is an alumna of the Africa Science Leadership Program and South African Young Academy of Science.

Bettine van Vuuren receives funding from the South African National Research Foundation.

University of Johannesburg provides support as an endorsing partner of The Conversation AFRICA.

University of the Free State provides funding as a partner of The Conversation AFRICA.

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what problems do zoologists solve

Zoology has an illustrious history; it has triggered paradigm shifts in thinking. One of the best known was Darwin’s theory of evolution, based on his observations of the natural world. It became the cornerstone of current zoological research.

Very few sub-disciplines of zoology are not firmly anchored on ideas around change over time, driven by some advantage that individuals get from specific heritable characteristics. In this spirit of observation of nature, linked to robust and detailed analyses of trends, zoologists have been sounding the alarm for many years about the current mass extinction and the negative consequences of disrespecting nature.

Those chickens have come home to roost.

Ultimately, COVID-19 is zoological in origin. And now, in the midst of the pandemic , it is modellers, virologists, medical specialists and engineers who are driving the scientific response to the global crisis.

Their role is crucial because they can contribute to preventing zoonotic outbreaks in future. But how? What could zoologists do differently?

Firstly, multidisciplinary research will be the cornerstone, forging links that haven’t existed before. Secondly, we will need to broaden our species focus. So far, research has targeted species known for carrying diseases that can infect other species – such as bats and primates. But this will need to be expanded to, for example, small carnivores .

What do we know already?

Zoologists have known for decades that some of the most virulent viral infections are animal in origin. These viruses occur naturally and at low levels. In their natural animal hosts they are often not harmful.

Viruses are not autonomous. They require the host’s DNA to replicate. Many viruses are therefore species-specific and cannot replicate outside their natural host. But a random mutation in the right location in the virus’s DNA can allow the virus to establish in a new host species.

Perhaps the best-known example is HIV/AIDS, which is simian (chimpanzee) in origin. Here, the simian immunodeficiency virus successfully transitioned to humans – through contact with animal blood or meat – to become the human immunodeficiency virus or HIV, causing AIDS.

Since the first record of HIV-1 in humans, this virus has mutated several times. The two main types present in humans have different animal origins. HIV-1 is closely related to viruses found in chimpanzees and gorillas (great apes), while HIV-2 is more closely related to viruses in sooty mangabeys (Old World monkeys) in West Africa .

We’re therefore dealing with at least two independent host jump events, and possibly many more. Decades after HIV-1 was identified and sequenced from humans, we are still no closer to a vaccine, and an estimated 32 million people (at the end of 2018) have died from AIDS-related illnesses since the start of the pandemic.

Very little is known about the coronavirus – SARS-CoV-2 – that causes COVID-19, even though it isn’t the first time that a member of the coronavirus family has jumped from its natural animal host to humans. According to the National Foundation for Infection Diseases fact sheet , human coronaviruses were first identified in the 1960s. Seven coronaviruses that can infect humans have since been identified.

These have included MERS-CoV, causing Middle East respiratory syndrome, or MERS, and SARS-CoV, causing severe acute respiratory syndrome, or SARS. The current pandemic is the result of severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2) .

Initial ideas about SARS-CoV-2 were that it originated from two hosts – bats and later from pangolins. To date, the full genomes of more than 17,000 SARS-CoV-2 viruses have been sequenced, but the exact origin is still unknown.

This is important because to fully understand the properties of the virus, we need to know the animal host (so called patient zero). This information may be critical to developing vaccines.

It won’t be easy. There is a very real possibility that the origin of SARS-CoV-2 may be a bat . But they are difficult to work on, given their habits of nocturnality, flight, and roosting in places that are hard to access. And there’s a strong possibility that bat diversity is underestimated. This is a real problem given that viruses may be species-specific.

Focus areas

There are some simple steps that zoologists are following.

The first is to home in on data that we can collect easily but which will still provide relevant information.

One example is faeces. Defecation is near universal in the animal kingdom, and zoologists have been cashing in on the rich data that faeces can deliver. We collect, store and analyse faeces for parasite load, hormonal data and DNA, relating these data to the health, behaviour and social structures of species.

But this source of information can be mined for much more by, for example, taking advantage of advances in metagenomic sequencing. This means we can now use faeces – properly stored and prepared – to identify entire viromes in the wildlife hosts, enabling us to proactively identify potential zoonotic viruses.

This requires zoologists to make connections through linkages with virology and medical laboratories to provide multidisciplinary perspectives.

Another rich area that we can use more extensively is the massive volume of animal movement data. It has spawned a proliferation of websites dedicated to the sharing of GPS points tracking everything from ants to elephants, often using animal collars that transmit location signals. We understand that animal movement patterns can affect disease outbreaks and spillovers to humans ; can’t we use these resources more proactively?

It’s vital for zoologists to collaborate with social scientists too, to understand human interaction with wildlife better. Ultimately, the jumps from animal to human are driven by us, and our behaviour . We can – and should – use the existing connections that many zoologists have with local communities to do more than reduce human-wildlife conflict.

This information provides rich pickings for zoologists as we battle to unravel the latest mysteries of what happens within species and between species.

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Zoology is an Exciting Field of Study!

Zoology makes a huge impact on our world through the scientific study of the evolution, anatomy, physiology, behavior, habitats, and health of animals and humans.  It includes diverse approaches such as electron microscopy, molecular genetics, and field ecology.  By studying animals we develop a better understanding of how we, ourselves, function and interact with the world around us. The search for answers to our questions puts us in the incredible position of being able to affect change, empower better choices, and develop solutions for a stronger, healthier world.

what problems do zoologists solve

You will like Zoology if...

♦ You often wonder how or why our bodies work the way they do. ♦ You have a strong desire to understand human or animal interactions with their environments. ♦Working in a DNA lab or a human anatomy teaching lab sounds intriguing. ♦ You enjoy learning about cell biology, physiology and ecology. ♦ You want to pursue medical school, dental school or another pre-medical professional program.

See yourself here...

Can you picture putting your curiosity and creativity to work so that you can help the world solve current problems, and plan better futures? A Zoology degree can help you make that happen.  Animals on the verge of extinction, people in need of medical care; from seemingly small, to the very large, there are many careers  that allow you to use what you will learn in zoology to make a difference in this world. 

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Now let us help!

♦ New Students Apply to WSU. Apply To WSU

♦ Contact the CoS Advising Office. General Advising

♦ Declare your Zoology program by scheduling an appointment with Dr. Chris Hoagstrom. He'll answer your questions, get your program declared, help you with your schedule, and introduce you to your  ongoing faculty advisor .                     Declare Your Major

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[email protected] 801-626-6165

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Monday - Friday 8:30 a.m. - 4:30 p.m. Visit the  Faculty & Staff page for list of Advisors.  

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Weber State University Department of Zoology 1415 Edvalson St., Dept. 2505 Ogden, UT 84408-2505

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Zoologists and Wildlife Biologists: Career, Skills, Options, Outlook, Jobs, Challenges

Career 02 Jan 2023 804 0

Zoologists and Wildlife Biologists

Zoologists and Wildlife Biologists

Zoologists and wildlife biologists are scientists who study animals and their behavior, habitats, and interactions with the environment. They may study a wide range of animals, including fish, reptiles, birds, mammals, and insects.

Zoologists and wildlife biologists typically have a bachelor's degree in a field such as a biology, zoology, or wildlife biology. Some positions may require a master's degree or higher. Zoologists and wildlife biologists may work for government agencies, non-profit organizations, or research institutions. They may also work in the field, collecting data and studying animals in their natural habitats.

Some of the tasks that zoologists and wildlife biologists may be responsible for include:

  • Conducting field research to study animals in their natural habitats
  • Analyzing data and writing reports on their findings
  • Monitoring animal populations and studying the impact of human activities on animal habitats
  • Developing conservation plans and programs to protect endangered species
  • Advising policy makers on issues related to animal conservation and the environment
  • Educating the public about animal biology and conservation issues

Zoologists and wildlife biologists must be able to work independently and as part of a team, and they must be able to communicate their findings effectively to a variety of audiences. They must also be willing to spend extended periods of time in the field, sometimes in remote or challenging locations.

Zoologists and Wildlife Biologists Courses

To become a zoologist or wildlife biologist, you typically need to complete a bachelor's degree in a field such as a biology, zoology, or wildlife biology. Some positions may require a master's degree or higher.

Here are some common courses that you may take as part of a zoology or wildlife biology program:

  • Introduction to biology: This course covers the basics of biological concepts, including cell structure, genetics, evolution, and ecology.
  • Animal behavior: This course covers the behavior of animals, including how they communicate, socialize, and adapt to their environments.
  • Animal physiology: This course covers the biological systems and processes of animals, including the nervous, cardiovascular, and respiratory systems.
  • Evolution and ecology: This course covers the principles of evolution and how animals adapt to their environments. It also covers the relationships between animals and their ecosystems.
  • Field methods in biology: This course covers the techniques and methods used to study animals in the field, including data collection, sampling, and analysis.
  • Conservation biology: This course covers the principles of conservation biology, including the causes of species decline, the effects of human activities on animal populations, and strategies for protecting endangered species.

In addition to these courses, you may also be required to complete laboratory courses, fieldwork, and research projects as part of your program. It is a good idea to check with specific programs to see what courses and requirements they have.

How to Become a Zoologists Or Wildlife Biologist

To become a zoologist or wildlife biologist, you typically need to complete a bachelor's degree in a field such as biology, zoology, or wildlife biology. Some positions may require a master's degree or higher. Becoming a zoologist or wildlife biologist requires a strong foundation in biology and a passion for studying and protecting animals. It is a rewarding career for those who are interested in science and the natural world. Here are some steps you can take to become a zoologist or wildlife biologist:

  • Enroll in a bachelor's degree program in biology, zoology, or wildlife biology at a college or university. These programs typically include courses in animal behavior, physiology, evolution, and ecology, as well as laboratory and fieldwork experience.
  • Gain practical experience through internships or volunteer work. Many zoologists and wildlife biologists get their start by volunteering at zoos, wildlife rehabilitation centers, or other organizations that work with animals.
  • Consider pursuing a master's or doctoral degree in biology, zoology, or wildlife biology. A graduate degree may be required for certain positions, particularly those in research or academia.
  • Obtain any necessary licenses or certifications. Some states may require zoologists and wildlife biologists to be licensed, particularly if they work with certain types of animals or in certain settings.
  • Stay up to date with developments in the field by participating in professional development opportunities, such as conferences and workshops, and by joining professional organizations such as the Society for Conservation Biology or the American Society of Mammologists.

Outlook of Zoologists and Wildlife Biologists

The outlook for zoologists and wildlife biologists is expected to be good, with job growth projected to be faster than average for all occupations over the next decade. Factors that are expected to contribute to this growth include increasing awareness of environmental issues, the need for research on the impacts of human activities on animal populations and habitats, and the development of new conservation programs.

There may be a particularly strong demand for zoologists and wildlife biologists with specialized skills, such as experience in a specific type of animal or habitat, or expertise in a particular area of research. In addition, there may be a need for zoologists and wildlife biologists with strong analytical and communication skills, as they may be called upon to interpret and present their research findings to a wide range of audiences.

Overall, the outlook for zoologists and wildlife biologists is expected to be positive, with good job prospects and competitive salaries. To take advantage of these opportunities, it will be important for zoologists and wildlife biologists to stay up to date with developments in the field and continuously develop their skills and knowledge.

What do zoologists and wildlife biologists do?

Zoologists and wildlife biologists study biology, behavior, and ecology of animals and their habitats. They may work in a variety of settings, including forests, deserts, oceans, or wetlands, and they may study animals such as fish, reptiles, birds, mammals, and insects. Zoologists and wildlife biologists play a vital role in understanding and protecting the natural world and the animals that inhabit it. They use their scientific knowledge and skills to study animals, their behaviors, and their environments, and to develop strategies to protect and conserve these resources. Some specific tasks and duties of zoologists and wildlife biologists may include:

  • Conducting field research: Zoologists and wildlife biologists may spend a significant amount of time in the field, observing and studying animals and their habitats. They may use a variety of techniques, such as field observation, tracking, and sampling, to collect data.
  • Analyzing data: Zoologists and wildlife biologists analyze the data they collect, using statistical and other scientific methods to interpret their findings.
  • Writing reports and papers: Zoologists and wildlife biologists may write reports and papers to document their research and findings, and to share their work with other scientists and the general public.
  • Developing conservation and management plans: Zoologists and wildlife biologists may work to develop plans and programs to protect and manage animal populations and their habitats.
  • Educating and informing the public: Zoologists and wildlife biologists may develop and deliver educational programs and materials to inform the public about animal biology and conservation.
  • Advocating for animal and environmental protection: Zoologists and wildlife biologists may advocate for the protection of endangered species and the conservation of natural areas and may work to influence policy and regulatory decisions related to these issues.

Role of Zoologists and Wildlife Biologists

The role of zoologists and wildlife biologists is to study and understand the behavior, habitats, and interactions of animals, and to use that knowledge to help protect and conserve the natural world. The role of a zoologist or wildlife biologist is to use their scientific expertise and knowledge to understand and protect the natural world, and to help others appreciate and value the importance of animal life. Some of the specific roles that zoologists and wildlife biologists may play include:

  • Researchers: Zoologists and wildlife biologists may conduct scientific research to study the biology, behavior, and ecology of animals. They may use a variety of techniques and methods, including field observation, laboratory analysis, and statistical analysis, to collect and interpret data.
  • Advisors: Zoologists and wildlife biologists may be called upon to provide expert advice and guidance to policy makers, non-profit organizations, and other stakeholders on issues related to animal conservation and the environment.
  • Educators: Zoologists and wildlife biologists may work to educate the public about animal biology and conservation issues, through outreach programs, public presentations, and other forms of communication.
  • Conservationists: Zoologists and wildlife biologists may work to protect and conserve animal populations and their habitats, through the development of conservation plans and programs, and by advocating for the protection of endangered species and the conservation of natural areas.

Skills Required for Zoologists and Wildlife Biologists

Zoologists and wildlife biologists need a wide range of skills to be successful in their careers. Zoologists and wildlife biologists need to have a strong foundation in scientific knowledge, as well as strong analytical, problem-solving, communication, and teamwork skills. These skills are essential for success in this field. Some of the key skills that they may need to develop include:

  • Scientific knowledge: Zoologists and wildlife biologists need to have a strong foundation in biology and a deep understanding of the principles and concepts that govern the behavior and ecology of animals.
  • Analytical skills: Zoologists and wildlife biologists need to be able to collect, analyze, and interpret data using statistical and other scientific methods.
  • Communication skills: Zoologists and wildlife biologists need to be able to communicate their findings effectively to a variety of audiences, through writing, speaking, and other forms of communication.
  • Problem-solving skills: Zoologists and wildlife biologists may encounter a wide range of challenges in their work, and they need to be able to think critically and creatively to solve problems.
  • Fieldwork skills: Zoologists and wildlife biologists may spend a significant amount of time conducting field research, and they need to be able to work effectively in a variety of environments and conditions.
  • Teamwork skills: Zoologists and wildlife biologists often work as part of a team, and they need to be able to collaborate and communicate effectively with others.

Career for Zoologists and Wildlife Biologists

There is a wide range of career opportunities available for zoologists and wildlife biologists, depending on their interests and skills. There are many career opportunities available for zoologists and wildlife biologists, and they may work in a variety of settings and industries. It is a good idea to explore different options and choose a career path that aligns with your interests and skills. Some of the industries and sectors where they may find employment include:

  • Government agencies: Zoologists and wildlife biologists may work for federal, state, or local government agencies, such as the U.S. Fish and Wildlife Service or state natural resource agencies. They may be involved in research, conservation, and management of wildlife and natural resources.
  • Non-profit organizations: Zoologists and wildlife biologists may work for non-profit organizations that focus on animal conservation and environmental protection. These organizations may include conservation groups, wildlife rehabilitation centers, and zoos.
  • Research institutions: Zoologists and wildlife biologists may work for universities, museums, and other research institutions, where they may be involved in research projects and may also teach and mentor students.
  • Private companies: Zoologists and wildlife biologists may work for private companies that provide consulting services related to animal biology, conservation, and the environment. They may also work for companies that engage in activities that have an impact on animals and their habitats, such as resource extraction or land development.
  • Education and outreach: Zoologists and wildlife biologists may work in education and outreach, developing and delivering educational programs about animal biology and conservation for schools, museums, and other organizations.

Work Environment of Zoologists and Wildlife Biologists

The work environment for zoologists and wildlife biologists can be varied and may involve spending time in the field, in offices, and in classrooms. Zoologists and wildlife biologists must be able to work independently and as part of a team, and they must be able to communicate their findings effectively to a variety of audiences. The work environment for zoologists and wildlife biologists can vary depending on the specific job and industry, but generally, they may work in a variety of settings, including:

  • Fieldwork: Zoologists and wildlife biologists may spend a significant amount of time conducting field research, studying animals in their natural habitats. This may involve working in a variety of environments, such as forests, deserts, oceans, or wetlands. Field work may be physically demanding and may require working in challenging or remote locations.
  • Laboratories: Zoologists and wildlife biologists may also work in laboratories, analyzing data and conducting experiments. Laboratory work may involve working with specialized equipment and following strict protocols.
  • Offices: Zoologists and wildlife biologists may work in offices, where they may analyze data, write reports, and develop conservation plans and programs. They may also spend time communicating with colleagues, clients, and other stakeholders.
  • Classrooms: Zoologists and wildlife biologists who work in education may spend time in classrooms, teaching and mentoring students.

Qualifications Required for Zoologists and Wildlife Biologists

To become a zoologist or wildlife biologist, you typically need to complete a bachelor's degree in a field such as a biology, zoology, or wildlife biology. Some positions may require a master's degree or higher. Here are some common steps you can take to pursue a career in this field:

  • Take high school courses in science, math, and English. Zoologists and wildlife biologists typically have a strong foundation in these subjects, so it is important to do well in these classes to prepare for college-level coursework.

To succeed in this field, it is important to have a strong foundation in biology and a passion for studying and protecting animals. It is also important to develop strong analytical, problem-solving, and communication skills, as these skills are essential for success as a zoologist or wildlife biologist.

Scope of Zoologists and Wildlife Biologists

The scope of zoologists and wildlife biologists can be quite broad, as they study a wide range of animals and their habitats. They may work in a variety of settings, including forests, deserts, oceans, or wetlands, and they may study animals such as fish, reptiles, birds, mammals, and insects. The scope of zoologists and wildlife biologists is broad and varied, as they work to understand and protect the natural world and the animals that inhabit it.

Some of the specific areas that zoologists and wildlife biologists may focus on include:

  • Animal behavior: Zoologists and wildlife biologists may study how animals communicate, socialize, and adapt to their environments.
  • Animal physiology: Zoologists and wildlife biologists may study the biological systems and processes of animals, including the nervous, cardiovascular, and respiratory systems.
  • Evolution and ecology: Zoologists and wildlife biologists may study the principles of evolution and how animals adapt to their environments, as well as the relationships between animals and their ecosystems.
  • Conservation biology: Zoologists and wildlife biologists may study the causes of species decline, the effects of human activities on animal populations, and strategies for protecting endangered species.

Potential career options for zoologists and wildlife biologists:

  • Research scientist
  • Conservationist
  • Wildlife biologist
  • Environmental Consultant
  • Wildlife manager
  • Environmental educator
  • Wildlife rehabilitator
  • Marine biologist
  • Fisheries biologist
  • National park ranger
  • Non-profit conservationist
  • Wildlife photographer
  • Environmental journalist
  • Environmental lawyer
  • Environmental policy advisor
  • Environmental engineer
  • Animal behaviorist

Alternative jobs for Zoologists and Wildlife Biologists

Here are some alternative career options that zoologists and wildlife biologists might consider:

  • Environmental scientist: Environmental scientists study the impacts of human activities on the environment and work to develop solutions to environmental problems.
  • Biomedical researcher: Biomedical researchers study the biological processes that underlie health and disease, and work to develop treatments and therapies.
  • Science writer or journalist: Science writers and journalists communicate scientific concepts and discoveries to a wider audience through articles, books, and other media.
  • Science museum curator: Museum curators are responsible for planning and implementing exhibitions and educational programs that engage and inform the public about scientific topics.
  • Public health professional: Public health professionals work to promote the health and well-being of communities and populations through research, education, and policy development.
  • Environmental lawyer: Environmental lawyers work to protect the environment through legal advocacy, representing clients in cases related to environmental issues.
  • Science teacher: Science teachers educate students about scientific concepts and principles at the K-12 or college level.
  • Park ranger: Park rangers work to protect and manage natural and cultural resources in national, state, and local parks.

Overall, there are many alternative career options for zoologists and wildlife biologists, depending on their interests and skills. These options may allow them to use their scientific expertise and knowledge to make a positive impact in a different setting or field.

Future of Zoologists and Wildlife Biologists

The future outlook for zoologists and wildlife biologists is generally positive, as there is increasing recognition of the importance of protecting the natural world and the animals that inhabit it. These professionals will play a vital role in understanding and addressing the many challenges facing the environment and wildlife. Some of the factors that may shape the future of this field include:

  • Climate change: Climate change is having a significant impact on animal populations and their habitats, and zoologists and wildlife biologists are needed to understand and address these impacts.
  • Biodiversity loss: The loss of biodiversity is a major concern, and zoologists and wildlife biologists are needed to study and protect species and their ecosystems.
  • Environmental regulations: Changes in environmental regulations and policies may impact the work of zoologists and wildlife biologists, and they may be called upon to provide expert advice and guidance on these issues.
  • Public awareness: As the public becomes more aware of environmental and conservation issues, there may be increased demand for zoologists and wildlife biologists to educate and inform the public about these topics.

Challenges of Zoologists and Wildlife Biologists

Zoologists and wildlife biologists may face a variety of challenges in their work, but they are also able to make a positive impact by studying and protecting the natural world and the animals that inhabit it. Some challenges in their work, including:

  • Funding: Zoologists and wildlife biologists may struggle to secure funding for their research and projects, which can limit their ability to conduct important work.
  • Time constraints: Zoologists and wildlife biologists may work long hours and may have to balance their research and fieldwork with other responsibilities, such as teaching, writing, and grant writing.
  • Physical demands: Fieldwork can be physically demanding, and zoologists and wildlife biologists may have to work in challenging or remote locations.
  • Safety risks: Zoologists and wildlife biologists may face safety risks when working in the field, such as exposure to extreme weather conditions or the risk of encountering dangerous animals.
  • Policy and regulatory challenges: Zoologists and wildlife biologists may encounter challenges related to policy and regulation, such as navigating complex legal frameworks or advocating for the protection of endangered species.
  • Communication: Zoologists and wildlife biologists may struggle to effectively communicate their findings to a wide range of audiences, including the general public, policymakers, and other stakeholders.

Reasons to Choose zoologist and Biologist Career

A career as a zoologist or wildlife biologist can be rewarding and fulfilling for those who are passionate about animals and the natural world, and who want to make a positive impact on the environment. There are many reasons to choose a career as a zoologist or wildlife biologist, including:

  • Passion for animals: Zoologists and wildlife biologists are passionate about studying and protecting animals and their habitats, and they have a deep curiosity about the natural world.
  • Opportunity to make a difference: Zoologists and wildlife biologists have the opportunity to make a positive impact on the environment and the animals that inhabit it, through their research, conservation efforts, and education and outreach programs.
  • Varied and exciting work: Zoologists and wildlife biologists may work in a variety of settings, including labs, offices, classrooms, and the field, and they may have the opportunity to study a wide range of animals and ecosystems.
  • Collaboration and teamwork: Zoologists and wildlife biologists often work as part of a team, and they have the opportunity to collaborate with others and share their knowledge and expertise.
  • Personal and professional growth: Zoologists and wildlife biologists have the opportunity to develop a wide range of skills, including scientific knowledge, analytical skills, communication skills, and problem-solving skills, which can be valuable in a variety of careers.
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What does a zoologist do?

Would you make a good zoologist? Take our career test and find your match with over 800 careers.

What is a Zoologist?

A zoologist specializes in the study of animals and their behaviors, both in their natural habitats and controlled environments. Their work often involves observing and documenting animal behaviors, studying the anatomy and physiology of different species, and investigating the ecological roles animals play in their ecosystems.

Zoologists may focus on specific groups of animals, such as mammals, birds, reptiles, or insects, and their research can have applications in areas such as conservation, wildlife management, and understanding the impact of environmental changes on animal populations. In addition to conducting research, zoologists may work in educational institutions, zoos, wildlife reserves, or government agencies, where they share their knowledge through teaching, public outreach, and policy recommendations.

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What does a Zoologist do?

A giraffe looking at the camera.

Duties and Responsibilities The duties and responsibilities of a zoologist encompass a wide range of tasks related to the study, conservation, and management of animal species and their habitats. Some common responsibilities include:

  • Research: Zoologists conduct research to study the behavior, physiology, ecology, and distribution of animal species. They may collect data through fieldwork, laboratory experiments, and statistical analyses to better understand animal behavior, population dynamics, and ecosystem interactions.
  • Conservation: Zoologists play a key role in conservation efforts to protect endangered species, preserve biodiversity, and restore degraded habitats. They may work with government agencies, nonprofit organizations, or research institutions to develop and implement conservation strategies, monitor wildlife populations, and assess the impact of human activities on natural ecosystems.
  • Wildlife Management: Zoologists may be involved in wildlife management programs aimed at controlling invasive species, mitigating human-wildlife conflicts, and managing wildlife populations for sustainable use. They may collaborate with wildlife agencies, land managers, and community stakeholders to develop management plans that balance the needs of wildlife with human interests.
  • Education and Outreach: Zoologists educate the public about wildlife conservation, ecology, and biodiversity through outreach programs, public presentations, and educational materials. They may also provide guidance and support to students, volunteers, and citizen scientists interested in wildlife research and conservation.
  • Policy Development: Zoologists may contribute to the development of wildlife policies and regulations at the local, national, or international level. They may provide scientific expertise and recommendations to policymakers, advocate for conservation initiatives, and participate in decision-making processes related to wildlife management and environmental protection.
  • Habitat Restoration: Zoologists may be involved in habitat restoration projects aimed at restoring degraded ecosystems, conserving critical habitats, and improving habitat connectivity for wildlife species. They may collaborate with land managers, restoration ecologists, and conservation organizations to implement restoration plans and monitor the effectiveness of restoration efforts.
  • Animal Welfare: Some zoologists focus on animal welfare and welfare science, working to improve the well-being of captive and wild animals through research, advocacy, and policy development. They may assess the welfare of animals in captivity, develop guidelines for animal care and management, and promote ethical treatment of animals in research, conservation, and entertainment industries.

Types of Zoologists Zoology is a broad field that encompasses many different sub-disciplines, each with its own focus and area of study. Many zoologists specialize even further within these fields, focusing on a particular group of animals or a specific research topic.

  • Animal Behaviorists : Animal behaviorists are concerned with understanding the behavior of animals, including the factors that influence their behavior, the social interactions between animals, and the mechanisms behind various behaviors.
  • Comparative Anatomists : Comparative anatomists examine the anatomical structures of different animal species. They conduct comparative studies on the anatomy of various organisms to understand evolutionary relationships and adaptations.
  • Conservation Biologists : The work of conservation biologists delves deeply into understanding the ecology, behavior, and genetics of species, with the ultimate aim of devising strategies for the protection and restoration of biodiversity.
  • Conservation Scientists : Conservation scientists employ a multidisciplinary approach to address environmental challenges and promote sustainable practices. Their work extends beyond the realm of biology to include considerations of land use, policy, economics, and social factors.
  • Ecologists : Ecologists investigate the relationships between organisms and their environments, studying the interactions within ecosystems and the factors influencing biodiversity. They contribute to conservation efforts and sustainable environmental management.
  • Entomologists : Entomologists specialize in the study of insects, examining their biology, behavior, taxonomy, and ecological roles. They play a crucial role in pest management, biodiversity conservation, and advancing our understanding of the vast and diverse world of insects.
  • Ethologists : Ethologists study animal behavior in their natural environments. They observe and analyze behaviors such as mating rituals, communication, and social structures to understand the natural instincts and adaptations of animals.
  • Evolutionary Biologists : Evolutionary biologists investigate the processes and mechanisms that drive the genetic and phenotypic changes in living organisms over time. By studying the patterns of descent and adaptation, they contribute to our understanding of the evolutionary history and relationships between species.
  • Herpetologists : Herpetologists focus on the study of amphibians and reptiles, exploring their biology, behavior, ecology, and conservation. By investigating these diverse groups of vertebrates, herpetologists contribute valuable insights into the intricate relationships between amphibians and reptiles and their respective environments.
  • Ichthyologists : Ichthyologists specialize in the study of fish, exploring their anatomy, behavior, physiology, and ecology. Through their research, they contribute to our understanding of aquatic ecosystems and the diverse range of fish species inhabiting freshwater and marine environments.
  • Mammalogists : Mammalogists specialize in the study of mammals, delving into aspects such as their anatomy, behavior, ecology, and evolutionary history. They may conduct field research, analyze specimens, and contribute to our understanding of the diverse world of mammals, from tiny shrews to massive whales.
  • Marine Biologists : Marine biologists focus on the study of marine life, exploring the diverse ecosystems of oceans, seas, and other saltwater environments. They investigate marine organisms, their behavior, physiology, and interactions, contributing to our understanding of ocean biodiversity and the conservation of marine ecosystems.
  • Ornithologists : Ornithologists are experts in the study of birds, investigating various aspects such as their behavior, physiology, ecology, and conservation. They contribute to our understanding of avian diversity, migration patterns, and the role of birds in maintaining ecological balance.
  • Wildlife Biologists : Wildlife biologists examine the interactions between animals and their ecosystems. They conduct field research to monitor wildlife populations, assess habitat health, and contribute to conservation efforts by identifying threats and proposing management strategies.
  • Wildlife Ecologists : Wildlife ecologists study the interactions between wildlife species and their environments, investigating population dynamics, habitat use, and the impact of human activities on ecosystems. Through their research, they contribute valuable insights into wildlife conservation, management, and the overall health of natural habitats.
  • Wildlife Rehabilitators : Wildlife rehabilitators care for injured, orphaned, or sick wild animals with the goal of rehabilitating them for eventual release back into their natural habitats. Their work involves providing medical care, fostering natural behaviors, and facilitating the recovery process to ensure the animals can thrive in the wild.
  • Zoo Curators : Zoo curators are responsible for overseeing the management and development of animal collections within zoological institutions. They plan exhibits, coordinate breeding programs, and ensure the well-being and conservation of the diverse species under their care.
  • Zoo Educators : Zoo educators play a vital role in connecting the public with the animal kingdom by designing and conducting educational programs within zoo settings. They aim to foster understanding, appreciation, and conservation awareness, engaging visitors in the importance of wildlife and environmental stewardship.
  • Zoo Endocrinologists : Zoo endocrinologists specialize in studying the hormonal systems of captive animals in zoos and aquariums. By monitoring and analyzing hormone levels, they contribute to reproductive management, health assessments, and overall well-being of animals in these controlled environments.

Are you suited to be a zoologist?

Zoologists have distinct personalities . They tend to be investigative individuals, which means they’re intellectual, introspective, and inquisitive. They are curious, methodical, rational, analytical, and logical. Some of them are also realistic, meaning they’re independent, stable, persistent, genuine, practical, and thrifty.

Does this sound like you? Take our free career test to find out if zoologist is one of your top career matches.

What is the workplace of a Zoologist like?

The workplace of a zoologist can vary depending on their area of specialization and the nature of their work. Many zoologists work in academic institutions such as universities, colleges, or research institutes, where they conduct research, teach courses, and mentor students. In academic settings, zoologists may have access to laboratories, field research sites, and specialized equipment to study animal behavior, physiology, ecology, and evolution. They may collaborate with other scientists, publish research findings in academic journals, and contribute to the advancement of knowledge in their field.

Additionally, zoologists may work for government agencies such as the U.S. Fish and Wildlife Service, the National Park Service, or state wildlife agencies, where they are involved in wildlife management, conservation, and policy development. In government roles, zoologists may conduct population surveys, monitor wildlife populations, and implement conservation programs to protect endangered species and preserve biodiversity. They may also participate in regulatory processes, provide scientific expertise to policymakers, and enforce wildlife laws and regulations to ensure the sustainable use and conservation of natural resources.

Some zoologists work for nonprofit organizations, conservation groups, or environmental consulting firms, where they focus on wildlife research, conservation planning, and habitat restoration projects. In these roles, zoologists may conduct fieldwork, develop conservation strategies, and collaborate with stakeholders to address conservation challenges and promote sustainable land management practices. They may also engage in public outreach and education efforts to raise awareness about wildlife conservation issues and advocate for policy changes to protect threatened species and ecosystems.

Frequently Asked Questions

Biology related careers and degrees.

  • Animal Scientist
  • Bioinformatics Scientist
  • Biomedical Scientist
  • Biophysicist
  • Biostatistician
  • Cellular Biologist
  • Comparative Anatomist
  • Conservation Biologist
  • Developmental Biologist
  • Ecology Biologist
  • Ecotoxicologist
  • Entomologist
  • Evolutionary Biologist
  • Herpetologist
  • Ichthyologist
  • Immunologist
  • Mammalogist
  • Marine Biologist
  • Microbiologist
  • Molecular Biologist
  • Neurobiologist
  • Ornithologist
  • Paleontologist
  • Physiologist
  • Systems Biologist
  • Wildlife Biologist
  • Wildlife Ecologist
  • Zoo Endocrinologist

Related Degrees

  • Animal Sciences
  • Biostatistics
  • Bioinformatics
  • Cellular Biology
  • Computational Biology
  • Conservation Biology
  • Evolutionary Biology
  • Marine Biology
  • Microbiology
  • Molecular Biology
  • Neurobiology

Continue reading

Science Related Careers and Degrees

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  • Veterinary Medicine
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Pros and Cons of Being a Zoologist

Becoming a zoologist can be a rewarding career choice, but like any profession, it comes with its own set of pros and cons.

  • Passion for Wildlife: Zoologists have the opportunity to work with and study a diverse range of animal species, from exotic wildlife to familiar pets. For individuals with a deep passion for animals and the natural world, a career in zoology can be incredibly fulfilling.
  • Contribution to Conservation: Zoologists play a crucial role in conservation efforts to protect endangered species, preserve biodiversity, and restore degraded habitats. By conducting research, implementing conservation strategies, and advocating for wildlife protection, zoologists can make a meaningful impact on the future of our planet.
  • Varied Career Opportunities: Zoologists have a wide range of career paths to choose from, including research, education, conservation, wildlife management, and consulting. This diversity of career options allows zoologists to pursue their interests and passions within the field and explore different areas of specialization.
  • Fieldwork and Travel Opportunities: Zoologists often have the opportunity to conduct fieldwork in remote or exotic locations, studying wildlife in their natural habitats. This can involve travel to diverse ecosystems, such as rainforests, deserts, mountains, and oceans, and provide exciting opportunities for adventure and discovery.
  • Competitive Job Market: The job market for zoologists can be highly competitive, especially for positions in academia, research, and conservation. Obtaining a permanent position or securing funding for research projects may require advanced degrees, extensive experience, and a strong publication record.
  • Limited Funding and Resources: Funding for wildlife research and conservation projects may be limited, particularly for non-profit organizations and government agencies. Zoologists may face challenges in securing funding for research, fieldwork, equipment, and personnel, which can impact the scope and success of their projects.
  • Physical Demands and Hazards: Fieldwork in remote or rugged environments can be physically demanding and potentially hazardous, with risks such as extreme weather, rough terrain, wildlife encounters, and exposure to disease or injury. Zoologists must be prepared to work in challenging conditions and take appropriate safety precautions to mitigate risks.
  • Emotional Toll: Working with endangered species, witnessing habitat destruction, and confronting conservation challenges can take an emotional toll on zoologists. Dealing with issues such as species decline, habitat loss, and human-wildlife conflicts can be emotionally draining and may lead to feelings of frustration, helplessness, or burnout.

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A zoologist studies the behavior of animals and wildlife. They may also study the diseases and genetics of animals.

what problems do zoologists solve

What responsibilities will I have?

  • Monitor the health of animal subjects
  • Create plans or strategies to help animals recover from illness, injury or habitat change
  • Analyze and collect potential pollutants from animal habitats; solve environmental problems that affect subject animals’ health
  • Identify harmful diseases threating animals
  • Conduct research activities and experiments around animal health and behavior
  • Regularly utilize lab equipment and collect specimens to study
  • Dissect and perform autopsies on deceased animals; ensure proper preservation
  • Maintain records of research and studies
  • Work with veterinarians to administer medication and perform surgeries and births
  • Occasionally conduct animal education courses or workshops, or create exhibits
  • If in a caretaker role, prepare food for animals; groom and clean animals and their habitat or enclosure
  • If in a rehabilitator role, care for ill or injured animals and release back into natural habitat once recovered

What education and training is required?

A bachelor’s or master’s degree in zoology, biology, or ecology is required to become a zoologist.

To pursue a career as a Zoologist:

The following high school courses are recommended: agricultural education, biology, anatomy, animal science, natural resources, computer courses, and mathematics.

Where can I work?

Zoologists are most often found working in zoos, wildlife centers and parks, aquariums, for conservation groups, animal pharmaceutical companies, research firms, governmental agencies, or colleges and universities.

Future Job Market / Outlook

The future outlook for a zoologist will be fair over the next five years. 

Suggested Professional Organizations and Associations

  • American Society for Animal Science
  • Zoological Association of America
  • Association of Zoos and Aquariums
  • International Society of Zoological Sciences
  • City Zoological associations

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Candidate | Employer

what problems do zoologists solve

What Do Zoologists Do Daily?

As part of their job, zoologists may find themselves organizing studies of animals in their natural habitat , studying specimens under microscope, fundraising, writing reports and scientific articles, making presentations to schools and interest groups, identifying and classifying animals, estimating wildlife …

What problems do zoologists solve?

What they do: Study the origins, behavior, diseases, genetics, and life processes of animals and wildlife . May specialize in wildlife research and management. May collect and analyze biological data to determine the environmental effects of present and potential use of land and water habitats.

Is zoology a good career choice?

It is a good career option for those who have a zeal to explore biodiversity and ready to accept challenges. Completion in this field is less as the number of candidates applying for zoologist job roles is less. Candidates with higher education in zoology and work experience can expect a decent pay scale.

Do zoologists get paid well?

How Much Does a Zoologist Make? The average salary of a zoologist is around $60,000 , and most work full-time. According to the Bureau of Labor Statistics (BLS), the median annual salary for zoologists was $63,420 in May 2018. … In general, the lowest 10% of zoologists earned below $40,290.

Are zoologists happy?

Zoologists are one of the happiest careers in the United States . At CareerExplorer, we conduct an ongoing survey with millions of people and ask them how satisfied they are with their careers. As it turns out, zoologists rate their career happiness 4.1 out of 5 stars which puts them in the top 6% of careers.

What jobs can a zoologist get?

Other Career Opportunities

  • Environmental Consultant.
  • Higher Education Lecturer.
  • Nature Conservation Officer.
  • Research positions.

Is it difficult to become a zoologist?

Since you’ll take lots of science courses (which mean labs), there really aren’t any online zoology degree programs. … Before you start imagining this degree as a sort of petting zoo with tests, however, you should know it can be a pretty difficult major .

How does a zoologist use math?

A high level of mathematics, calculus is the study of interaction and rates of change. … Zoologists use calculus, statistics and other mathematics for data analysis and modeling.

Do zoologists study humans?

Zoologists study animals and their interactions with ecosystems . They study their physical characteristics, diets, behaviors, and the impacts humans have on them. They study all kinds of animals, both in their natural habitats and in captivity in zoos and aquariums.

How many hours do zoologists work?

45 hours Average full-time.

What should I study if I love animals?

Check out these options:

  • Zoo Veterinarian.
  • Veterinary Technologist/Technician.
  • Veterinary Assistant.
  • Animal Trainer.
  • Seeing-Eye Dog Trainer.
  • Pet Adoption Counselor.
  • Dog Walker/Pet Sitter.

Do zoologists travel alot?

Fieldwork can require zoologists and wildlife biologists to travel to remote locations anywhere in the world . … Depending on their job and interests, they may spend considerable time in the field gathering data and studying animals in their natural habitats.

Do you need to be good at math to be a zoologist?

A Bachelor of Science degree in zoology offers a solid background in the biological study of animals and animal life, with courses in topics such as evolution, marine biology, physiology, conservation and ecology. … The major requirements are heavy in the life sciences, as well as courses in physics and math.

Who is the most famous zoologist?

Charles Darwin (1809 – 1882)

Darwin is, by far, the most famous of all the zoologists on this list. This English scientist is best known for his groundbreaking book On the Origin of Species by Means of Natural Selection, published in the 19th century.

What qualifications do I need to be a zoologist?

You’ll usually need a degree in a relevant scientific subject like zoology, biology, marine biology or environmental biology . Some employers look for candidates who have relevant postgraduate qualifications (such as an MSc or PhD), particularly for work that requires specialist knowledge.

What it’s like to be a zoologist?

Zoologists are life scientists who study animals , observing them in the laboratory and in their natural habitat. They study the origin and development of species as well as their habits, behaviors and interactions. … In general, all zoology specializations involve work with animals, either in the wild or in a lab.

Does the government hire zoologists?

Many zoologists work in local, federal or state government agencies to study the interaction between human and animal populations . For instance, the U.S. Fish and Wildlife Service hire zoologists to oversee fish hatcheries that help stock public waters.

Is zoology competitive?

Are zoologists in demand? Zoologists may face strong competition when looking for employment . Applicants with experience gained through internships, summer jobs, or volunteer work should have better chances at finding employment.

What is the beginning salary for a zoologist?

The median zoologist salary in May 2020, including beginners and those with years of experience, was ​$66,350​, according to the BLS. The highest 10 percent earned over ​$106,320​; the lowest 10 percent earned less than ​$41,720​ or less than ​$20/hour ​, which is what beginning zoologists can expect to make.

What is a good yearly salary?

The median necessary living wage across the entire US is $67,690 . The state with the lowest annual living wage is Mississippi, with $58,321. The state with the highest living wage is Hawaii, with $136,437.

What is the coolest job in the world?

Coolest Jobs in the World

  • MOVIE CRITIC / NETFLIX TAGGER. …
  • PRIVATE ISLAND CARETAKER. …
  • ADVENTURIST / TRAVEL BLOGGER. …
  • GOOGLE TRIKE / STREET VIEW TEAM MEMBER. …
  • WATER SLIDE TESTER. …
  • PROFESSIONAL TRAVELLER. …
  • F1 PIT TEAM CREW. …
  • SHOPPING EXPERT / CHIEF SHOPPING OFFICER.

What are the best jobs for animal lovers?

If you are an animal lover seeking career opportunities, here is a list of 15 of the highest-paying jobs in this field:

  • Veterinary nurse.
  • Pet groomer.
  • Pet sitter.
  • Marine biologist.
  • Animal nutritionist.
  • Wildlife biologist.
  • Conservation land manager.
  • Veterinarian.

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February 22, 2024

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Snakes do it faster, better: How a group of scaly, legless lizards hit the evolutionary jackpot

by University of Michigan

snakes

More than 100 million years ago, the ancestors of the first snakes were small lizards that lived alongside other small, nondescript lizards in the shadow of the dinosaurs.

Then, in a burst of innovation in form and function, the ancestors of snakes evolved legless bodies that could slither across the ground, highly sophisticated chemical detection systems to find and track prey, and flexible skulls that enabled them to swallow large animals .

Those changes set the stage for the spectacular diversification of snakes over the past 66 million years, allowing them to quickly exploit new opportunities that emerged after an asteroid impact wiped out roughly three-quarters of the planet's plant and animal species.

But what triggered the evolutionary explosion of snake diversity—a phenomenon known as adaptive radiation—that led to nearly 4,000 living species and made snakes one of evolution's biggest success stories?

A large new genetic and dietary study of snakes, from an international team led by University of Michigan biologists, suggests that speed is the answer. Snakes evolved up to three times faster than lizards, with massive shifts in traits associated with feeding, locomotion and sensory processing, according to the study published in the journal Science .

"Fundamentally, this study is about what makes an evolutionary winner. We found that snakes have been evolving faster than lizards in some important ways, and this speed of evolution has let them take advantage of new opportunities that other lizards could not," said University of Michigan evolutionary biologist Daniel Rabosky, senior author of the paper.

"Snakes evolved faster and—dare we say it—better than some other groups. They are versatile and flexible and able to specialize on prey that other groups cannot use," said Rabosky, a curator at the U-M Museum of Zoology and a professor in the Department of Ecology and Evolutionary Biology.

For the study, researchers generated the largest, most comprehensive evolutionary tree of snakes and lizards by sequencing partial genomes for nearly 1,000 species. In addition, they compiled a huge dataset on lizard and snake diets, examining records of stomach contents from tens of thousands of preserved museum specimens.

They fed this mountain of data into sophisticated mathematical and statistical models, backed by massive amounts of computer power, to analyze the history of snake and lizard evolution through geological time and to study how various traits, such as limblessness, evolved.

This multipronged approach revealed that while other reptiles have evolved many snake-like traits—25 different groups of lizards also lost their limbs, for instance—only snakes experienced this level of explosive diversification.

Take Australia's legless gecko, for example.

Like snakes, this lizard lost its legs and evolved a flexible skull. Yet the creature has barely diversified over millions of years. No evolutionary explosion—just a couple of species scraping out a living in the Australian outback.

So, it seems there is something special about snakes that enabled them to hit the evolutionary jackpot. Maybe something in their genes allowed them to be evolutionarily flexible while other groups of organisms are much more constrained.

"A standout aspect of snakes is how ecologically diverse they are: burrowing underground, living in freshwater, the ocean and almost every conceivable habitat on land," said Alexander Pyron, study co-author and an associate professor of biology at George Washington University. "While some lizards do some of these things—and there are many more lizards than snakes—there are many more snakes in most of these habitats in most places."

The ultimate causes, or triggers, of adaptive radiations are one of the big mysteries in biology. In the case of snakes, it's likely there were multiple contributing factors, and it may never be possible to tease them apart.

The authors of the study refer to this once-in-evolutionary-history event as a macroevolutionary singularity with "unknown and perhaps unknowable" causes.

A macroevolutionary singularity can be viewed as a sudden shift into a higher evolutionary gear, and biologists suspect these outbursts have happened repeatedly throughout the history of life on Earth. The sudden emergence and subsequent dominance of flowering plants is another example.

In the case of snakes, the singularity started with the nearly simultaneous (from an evolutionary perspective) acquisition of elongated legless bodies, advanced chemical detection systems and flexible skulls.

Those crucial changes allowed snakes, as a group, to pursue a much broader array of prey types, while simultaneously enabling individual species to evolve extreme dietary specialization.

Today, there are cobras that strike with lethal venom, giant pythons that constrict their prey, shovel-snouted burrowers that hunt desert scorpions, slender tree snakes called "goo-eaters" that prey on snails and frog eggs high above the ground, paddle-tailed sea snakes that probe reef crevices for fish eggs and eels, and many more.

"One of our key results is that snakes underwent a profound shift in feeding ecology that completely separates them from other reptiles," Rabosky said. "If there is an animal that can be eaten, it's likely that some snake, somewhere, has evolved the ability to eat it."

For the study, the researchers got an inside look at snake dietary preferences by reviewing field observations and stomach-content records for more than 60,000 snake and lizard specimens, mostly from natural history museums. The contributing museums included the University of Michigan Museum of Zoology, home to the world's largest research collection of snake specimens.

"Museum specimens give us this incredible window into how organisms make a living in nature. For secretive animals like snakes, it's almost impossible to get this kind of data any other way because it's hard to observe a lot of their behavior directly," said study co-lead author Pascal Title of Stony Brook University, who completed his doctorate at U-M in 2018.

The study's 20 authors are from universities and museums in the United States, the United Kingdom, Australia, Brazil and Finland.

Journal information: Science

Provided by University of Michigan

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Zoologist Fun Facts: 10 Captivating Facts for Animal Lovers

An image of a lively rainforest with a mischievous capuchin monkey playfully swinging from a branch, while a curious toucan perches on a nearby tree, as a vigilant jaguar stealthily prowls through the dense foliage

Are you ready to dive into the captivating world of zoology?

Get ready to uncover fascinating fun facts about these incredible scientists and the diverse animals they study.

From uncovering the secret lives of animals to pioneering women in the field, this article will take you on a thrilling journey through the exciting realm of zoology.

So, grab your binoculars and prepare for an adventure that will leave you awe-inspired by the wonders of the animal kingdom .

Let’s explore together!

Key Takeaways

  • Zoologists study a wide range of animals, from tiny insects to massive elephants.
  • Some animals have unique ways of raising their young, such as emperor penguins incubating eggs and male seahorses giving birth.
  • Ethology explores animal behavior and communication, and zoologists play a vital role in wildlife conservation using their knowledge of ethology.
  • Female zoologists, such as Mary Anning, Dian Fossey, Rachel Carson, and Jane Goodall , have made significant contributions to scientific research and have shaped our understanding of the natural world.

The Incredible Diversity of Zoologists

Did you know that zoologists study a wide range of animals, from tiny insects to massive elephants? It’s truly remarkable how these scientists uncover animal behavior through their zoological field studies.

Imagine being able to witness firsthand the intricacies of animal communication and social structures. As a zoologist, you have the opportunity to explore the hidden world of animal behavior and contribute to our understanding of the natural world.

Through your innovative research methods and visionary approach, you can make groundbreaking discoveries that shape our knowledge and conservation efforts. By studying such diverse creatures, you become part of a community that values belonging and collaboration in the pursuit of knowledge.

Uncovering the Secret Lives of Animals

Take a moment to explore the fascinating world of uncovering the secret lives of animals. It’s truly incredible how much we can learn about animal parenting and migration patterns. Did you know that some animals have unique ways of raising their young? For example, tabled below are three amazing examples:

And when it comes to animal migration, prepare to be amazed! Animals like birds, butterflies, and whales travel thousands of miles each year in search of better feeding grounds or breeding sites. They navigate using innate abilities or by following familiar landmarks.

The Fascinating Field of Ethology

The field of ethology is a captivating area of study that explores animal behavior and communication. It delves into the intricate workings of the animal kingdom , uncovering their secrets and shedding light on their fascinating lives.

As a zoologist, you play a vital role in wildlife conservation, using your knowledge of ethology to understand and protect endangered species. Studying animal behavior in captivity provides valuable insights into their natural instincts and helps improve the welfare of animals under human care.

Pioneering Women in Zoology

Get ready to be inspired by the groundbreaking female zoologists who have made significant contributions to scientific research, paving the way for future generations.

These trailblazing women have defied expectations and shattered glass ceilings, leaving an indelible mark on the field of zoology.

Through their innovative work and visionary thinking, they have not only expanded our understanding of the natural world but also empowered countless young women to pursue their dreams in science.

Groundbreaking Female Zoologists

You’ll be amazed by the groundbreaking achievements of these female zoologists. These remarkable women, often overlooked in history, have made significant contributions to the field of zoology and their work continues to have a profound societal impact.

  • Unrecognized Achievements
  • Mary Anning, an English fossil collector and paleontologist, played a crucial role in uncovering important fossils that shaped our understanding of prehistoric life.
  • Dian Fossey dedicated her life to studying mountain gorillas in Rwanda, bringing attention to their conservation needs and raising awareness about the importance of protecting endangered species.
  • Societal Impact
  • Rachel Carson’s book ‘Silent Spring ‘ exposed the harmful effects of pesticides on wildlife and human health, leading to increased environmental consciousness and the modern environmental movement.
  • Jane Goodall’s pioneering research on chimpanzees challenged long-held beliefs about animal intelligence and behavior, inspiring a new era of primatology studies.

These visionary women have left an indelible mark on zoology and paved the way for future generations of female scientists.

Contributions to Scientific Research

Contrary to popular belief, you may be surprised to learn that female scientists have played a pivotal role in advancing scientific research throughout history.

In the field of zoology specifically, women have made significant contributions that have shaped our understanding of the natural world. From groundbreaking zoological fieldwork to pioneering advancements in zoological technology, these brilliant minds have left an indelible mark on the scientific community.

Their innovative approaches and visionary thinking have not only pushed the boundaries of knowledge but also inspired future generations of scientists. By embracing diversity and inclusivity, we can create a sense of belonging in the scientific world where everyone’s ideas and talents are valued.

Together, we can continue building upon their incredible legacies and propel scientific research into uncharted territories.

Inspiring Future Generations

Imagine the impact you can have on future generations by sharing your passion for science and inspiring young minds to pursue careers in scientific research. Your dedication and enthusiasm can shape the next generation of scientists, leading to groundbreaking discoveries and advancements in various fields.

By actively participating in and supporting inspiring educational programs, you can provide opportunities for young individuals to explore the wonders of science and ignite their curiosity. Through these programs, you can foster a sense of belonging within a community that promotes wildlife conservation, creating a ripple effect that extends far beyond your own efforts.

Together, we can inspire a new wave of scientists who will work tirelessly towards understanding our natural world and preserving it for future generations.

Zoological Studies in Conservation

Imagine a world where the intricate web of life is unraveling, species disappearing at an alarming rate, and ecosystems teetering on the brink of collapse.

But what if there was a way to reverse this trend, to restore balance to our planet’s delicate tapestry?

Zoological studies hold the key to unlocking solutions for conservation through research.

Impact of Zoological Studies

You may be surprised by the wide-ranging impact that zoological studies have on our understanding of ecosystems and animal behavior. Zoologists play a vital role in addressing the challenges posed by climate change. Through their research, they provide valuable insights into how wildlife populations are affected by changing environmental conditions. This knowledge is crucial for developing effective conservation strategies to protect vulnerable species.

Additionally, zoologists actively participate in wildlife rehabilitation and rescue efforts. They work tirelessly to rehabilitate injured animals and release them back into their natural habitats. By doing so, they ensure the survival and well-being of countless individual animals, contributing to the overall health of ecosystems.

In this way, zoological studies not only advance our scientific understanding but also have a tangible impact on the preservation of biodiversity.

  • Zoological studies and climate change:
  • Identify how changing environments affect wildlife populations
  • Inform conservation strategies to mitigate climate change impacts
  • The role of zoologists in wildlife rehabilitation and rescue:
  • Rehabilitate injured animals for successful release
  • Contribute to the preservation of biodiversity through individual animal care

Conservation Through Research

To contribute to conservation efforts, you must conduct research on wildlife populations and their habitats.

By employing innovative zoological fieldwork techniques and leveraging the power of conservation genetics, we can make a significant impact on the preservation of our natural world.

Imagine being at the forefront of scientific discovery, unraveling the mysteries of animal behavior and finding solutions to protect endangered species.

Through your influential work, you have the opportunity to inspire others and create a sense of belonging within a community that shares your passion for conservation.

Together, we can build a future where every living creature thrives in harmony with its environment.

The Impact of Zoologists on Wildlife Management

While studying wildlife management, zoologists have made significant contributions to the conservation and protection of diverse species. Their understanding of animal behavior and their ability to analyze it has paved the way for innovative approaches in wildlife conservation. Here are some ways in which zoologists have impacted the field:

  • Zoologists and Wildlife Conservation
  • Developing strategies to preserve endangered species through habitat restoration.
  • Implementing conservation programs that mitigate human-wildlife conflicts.
  • Zoologists and Animal Behavior Analysis
  • Conducting research on animal communication and social structures, providing insights into their needs and behaviors.
  • Using advanced technologies like GPS tracking and remote sensing to study migration patterns, helping create effective conservation plans.

Through their dedication, zoologists are actively shaping the future of wildlife management. Their visionary work not only protects our planet’s biodiversity but also fosters a sense of belonging among all living beings, emphasizing the interconnectedness of our world.

The Surprising Social Lives of Animals

Get ready to dive into the fascinating world of animal social lives.

In this discussion, we will explore the dynamics of animal friendships, uncover unexpected forms of communication between species, and delve into the intriguing rituals animals engage in during mating season.

Brace yourself for a mind-bending exploration that will challenge your preconceptions about how animals interact with each other and navigate their complex social landscapes.

Animal Friendship Dynamics

Animals sometimes form unexpected friendships with members of different species. It’s truly remarkable how animals can bond and form interspecies friendships, demonstrating the power of connection and belonging in the animal kingdom.

These unique friendships showcase the universal need for companionship. A lion cub befriending a dog proves that even the fiercest predators can find comfort in unlikely allies. Similarly, an elephant forming a bond with a sheep highlights the capacity for compassion and empathy in animals.

The phenomenon of interspecies friendships challenges our traditional understanding of social dynamics. It reveals that friendship knows no boundaries or limitations, transcending species barriers. These relationships offer an inspiring glimpse into a world where differences are celebrated rather than feared.

Witnessing these extraordinary bonds between animals reminds us that at our core, we all yearn for connection and acceptance. Just like these diverse animal friends, we too have the potential to break free from societal norms and embrace meaningful relationships across boundaries.

Unexpected Animal Communication

Have you ever wondered how animals communicate with each other in ways that surpass our understanding? It’s truly fascinating to explore the world of animal communication.

Unusual vocalizations and nonverbal cues play a crucial role in animal communication. Imagine standing in the heart of a dense forest, listening to an array of mysterious sounds echoing through the trees. These are the unusual vocalizations of creatures like dolphins, who use clicks, whistles, and even songs to communicate complex messages underwater.

And let’s not forget about nonverbal cues! Elephants, for example, can communicate over long distances using low-frequency rumbles that travel through the ground. They can convey emotions and coordinate group activities effortlessly.

Intriguing Animal Mating Rituals

Intriguing animal mating rituals can be found across the animal kingdom, showcasing unique behaviors and elaborate courtship displays. Witnessing these captivating courtship rituals gives us a glimpse into the fascinating world of animal courtship behaviors and reproductive strategies.

Some animals engage in intricate dances to attract a mate, such as the flamboyant peacock with its vibrant tail feathers.

Others rely on their vocal prowess to woo potential partners, like the melodious songs of birds or the enchanting calls of frogs in search of love.

These diverse reproductive strategies highlight the incredible lengths that animals go to ensure successful reproduction. From extravagant displays of physical beauty to mesmerizing symphonies of sounds, each species has developed its own remarkable method for finding a suitable mate.

Through these captivating rituals, we are reminded that belonging is a fundamental desire shared by all living creatures.

Amazing Adaptations: How Animals Survive in the Wild

Did you know that some animals can camouflage themselves in order to survive in the wild? It’s truly incredible how they adapt and blend seamlessly into their surroundings. These amazing camouflage techniques are essential for their survival strategies, especially in extreme environments where predators lurk and prey is scarce. Take a look at this table below to discover some of the most remarkable camouflaging animals:

Through these adaptations, these animals have mastered the art of blending in with their surroundings. This remarkable ability allows them to remain hidden from predators and increases their chances of finding food. Nature truly has a way of equipping its creatures with extraordinary survival skills!

The Wonders of Animal Communication

Animals use a variety of sounds, gestures, and scents to communicate with each other in their natural habitats. It’s truly fascinating how they convey messages without uttering a single word. Let’s explore the wonders of animal communication together.

  • Animal vocalizations:
  • Birds chirping melodiously to attract mates or warn others about danger.
  • Wolves howling as a way to locate pack members or mark territory.
  • Non-verbal communication:
  • Elephants using their trunks to touch and caress each other, expressing affection and comfort.
  • Bees performing intricate dance moves to communicate the location of nectar-rich flowers.

Imagine being able to understand these complex signals effortlessly, effortlessly blending into their world. By studying animal communication, we unlock the secrets that bond us with nature. It reminds us that even though we may be different species, we are all connected by this universal language of non-verbal connection.

Unusual Animal Behaviors Explored by Zoologists

Step into the world of zoology and prepare to be amazed by the unusual behaviors that animals exhibit.

From their intricate methods of communication to their strange mating rituals and bizarre feeding habits, these creatures never fail to surprise us.

Discover how animals utilize unique communication methods, witness the peculiar ways they attract mates, and delve into their extraordinary feeding habits.

Get ready for a journey that will open your eyes to the wonders of the animal kingdom like never before.

Animal Communication Methods

You’ll be amazed at how animals use various methods to communicate with each other. They have developed intricate ways of conveying messages without using words, relying on animal vocalizations and nonverbal communication instead. Here are some fascinating examples:

  • Animal Vocalizations:
  • Birds sing melodic songs to attract mates and establish territory.
  • Whales produce hauntingly beautiful songs that can travel long distances underwater.
  • Nonverbal Communication:
  • Bees perform complex dances to indicate the location of food sources.
  • Gorillas use different facial expressions and body postures to express emotions within their social groups.

These incredible forms of communication highlight the intelligence and adaptability of animals. By observing and studying these behaviors, zoologists gain a deeper understanding of the rich tapestry of connections that exist in the animal kingdom.

It’s truly remarkable how animals find unique ways to express themselves and interact with their environment, creating a sense of belonging within their own communities.

Strange Mating Rituals

If you’re curious about the fascinating world of animal mating rituals, prepare to be surprised by some truly bizarre behaviors. Animal courtship is a mesmerizing display of nature’s creativity and diversity.

From flamboyant dances to intricate vocalizations, these mating displays are an extraordinary sight to behold. Picture yourself in the heart of the wilderness, witnessing a vibrant spectrum of colors and sounds as animals vie for their chance at love.

In one corner, male peacocks flaunt their iridescent feathers in a stunning visual spectacle. Meanwhile, in another corner, male bowerbirds meticulously construct elaborate nests adorned with vibrant objects to attract potential mates. The animal kingdom’s quest for romance knows no bounds!

It’s a world where beauty and uniqueness intertwine in ways that leave us awestruck and longing for our own place in this extraordinary tapestry of life.

Bizarre Feeding Habits

Now that you’ve learned about the strange mating rituals of animals, let’s dive into another fascinating aspect of their lives: their bizarre feeding habits. You might be surprised to discover just how unique and peculiar these creatures can be when it comes to satisfying their hunger.

Some animals have adapted remarkable techniques for obtaining food. The archerfish, using its specialized mouth, spits jets of water at insects above the surface. Meanwhile, the star-nosed mole possesses a snout with 22 fleshy appendages that help it detect prey in murky water.

Animals also display surprising social lives while feeding. African wild dogs hunt cooperatively, working together in packs to bring down large prey. In contrast, meerkats take turns standing guard while others search for food, ensuring the safety of the group.

These examples remind us that nature is full of extraordinary creatures with astonishing abilities and behaviors. It’s truly captivating to explore the intricate ways they survive and thrive in their environments.

Zoologists and Their Contributions to Evolutionary Biology

Take a moment to appreciate how zoologists have revolutionized the field of evolutionary biology. Through their innovative research and visionary thinking, these scientists have made remarkable contributions that shape our understanding of the natural world.

One area where zoologists have excelled is in DNA analysis. By studying the genetic makeup of different species, they can unravel the intricate web of life and trace its origins back through time. This has allowed us to uncover hidden connections between organisms and discover new insights into evolution.

Additionally, zoologists have delved deep into the study of animal behavior, unlocking secrets about social structures, mating rituals, and survival strategies. Their influential work not only expands our knowledge but also fosters a sense of belonging by helping us comprehend our place in this vast tapestry of life.

The Importance of Zoological Research in Medicine

You can appreciate the significant role zoological research plays in medicine, as it offers valuable insights into the intricate workings of various animal species that can ultimately benefit human health. Through zoological research, scientists are able to uncover new possibilities in drug development and disease prevention.

Here are two ways in which this research is making a difference:

  • Zoological research in drug development:
  • By studying animals’ physiological responses to different substances, researchers can identify potential drugs that may be effective in treating human diseases.
  • Animals also provide models for testing the safety and efficacy of these drugs before they are used on humans, ensuring better outcomes and reducing risks.
  • Zoological research in disease prevention:
  • Understanding how certain animal species naturally resist diseases can inspire new strategies for preventing similar diseases in humans.
  • Studying animal behavior and immune systems helps researchers discover potential mechanisms that could be targeted to prevent or treat infectious diseases.

Zoology and the Study of Animal Intelligence

Explore the fascinating realm of zoology and discover how the study of animal intelligence illuminates the remarkable cognitive abilities of various species.

As you delve into this captivating field, you will be amazed by the depth of animal cognition and their complex thought processes. Animals possess an intricate understanding of their surroundings, solving problems and adapting to changing environments with astonishing ease.

But it’s not just their intellectual capabilities that fascinate; animals also experience a wide range of emotions, from joy and curiosity to fear and sadness. Observing their behaviors and interactions provides insight into their emotional lives, reminding us that we share this planet with sentient beings capable of experiencing a rich tapestry of feelings.

The Intriguing World of Marine Zoology

The ocean is teeming with fascinating creatures, and marine zoology offers a captivating glimpse into their mysterious world. As you dive deeper into the study of marine life, you’ll discover a whole new realm of wonder and excitement. Here are some fun facts to ignite your curiosity:

  • Marine Conservation
  • The field of marine zoology plays a crucial role in conservation efforts, helping to protect fragile ecosystems and endangered species.
  • By studying the behavior and habitats of marine animals, scientists can develop strategies to mitigate human impact on these delicate environments.
  • Deep Sea Exploration
  • Marine zoologists venture into the depths of the ocean using cutting-edge technology to uncover hidden treasures and unravel the secrets of underwater life.
  • These explorations have led to remarkable discoveries like bioluminescent organisms, thermal vents supporting unique ecosystems, and even unidentified species that challenge our understanding of life itself.

Embark on this enthralling journey through marine zoology, where your passion for discovery meets the urgent need for environmental stewardship. Together, we can ensure the preservation of our oceans for generations to come.

Zoology in the Age of Technology

Now that you’ve explored the fascinating world of marine zoology, let’s dive into the exciting realm of zoology in the age of technology.

Brace yourself for a mind-blowing journey where the boundaries between biology and artificial intelligence blur, opening up new frontiers for zoological research.

Imagine a future where robots equipped with advanced sensors venture deep into unexplored ecosystems, providing us with unprecedented insights into the lives of elusive creatures. Artificial intelligence algorithms analyze massive amounts of data, unraveling intricate patterns and behaviors that were once hidden from our view.

This fusion of zoology and artificial intelligence holds immense promise. It allows us to better understand complex ecological systems, predict animal behavior, and even contribute to conservation efforts.

As we embrace this technological revolution, we are not only pushing the boundaries of what is possible but also forging a stronger connection between humans and nature. Together, we are shaping the future of zoological research like never before.

Frequently Asked Questions

How do zoologists contribute to evolutionary biology.

Zoologists, through genetic research, contribute to evolutionary biology by uncovering the secrets of how species adapt and evolve over time. Additionally, their conservation efforts ensure the preservation of biodiversity for future generations.

What Are Some Unusual Animal Behaviors Explored by Zoologists?

Have you ever wondered about the unusual behaviors of animals? Zoologists study animal communication and unique mating rituals, revealing fascinating insights into the natural world. Join us on a journey of discovery!

How Do Zoologists Study Animal Intelligence?

To study animal intelligence, zoologists observe and analyze animal behaviors, communication patterns, problem-solving abilities, and learning capabilities. By conducting experiments and field research, they gain valuable insights into how animals think and adapt to their environments.

What Is the Role of Zoological Research in Medicine?

Zoological research in medicine plays a crucial role by providing insights into animal anatomy, behavior, and genetics. This contribution to evolutionary biology helps scientists understand human diseases, develop new treatments, and discover potential vaccines for future pandemics.

How Has Technology Influenced the Field of Zoology?

Advancements in technology have revolutionized the field of zoology, enhancing research techniques and offering new insights into animal behavior. You can now collect data remotely, track animals with GPS, and study their genetics more efficiently.

Congratulations! You’ve just scratched the surface of the captivating world of zoology. From uncovering the secret lives of animals to pioneering women making their mark in the field, this article has showcased the incredible diversity and importance of zoological research.

As we continue to explore and understand the intricacies of animal intelligence and marine life, zoology remains at the forefront of scientific advancements. So embrace this age of technology and let your curiosity guide you into a future where zoology continues to shape our understanding of the natural world.

Disclaimer Statement: This article was written and edited by authors based on their understanding and opinion. The views and facts expressed in this article are not endorsed or verified by FactNight.com. FactNight does not guarantee the accuracy, completeness, or validity of any views or facts stated here. Readers are advised to use their judgment before relying on the content published here. FactNight disclaims any liability for losses or damages resulting from using this content. The images used in this article are copyrighted by their respective owners. Please use the contact form on our website or the comment section below to report inappropriate content. FactNight does not take responsibility for any errors, omissions, or accuracy of the content.

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In what ways do zoologist help the environment?

what problems do zoologists solve

Table of Contents

  • 1 In what ways do zoologist help the environment?
  • 2 What does zoologist study?
  • 3 Why is being a zoologist important?
  • 4 Why is a zoologist important?
  • 5 What do you need to know about being a zoologist?
  • 6 Why do we need to know more about hydrology?

A zoologist can contribute vital information to the world about the natural surrounding and habitats of various creatures, which is essential to keep the eco system in balance. Zoologists can examine the lifestyle and survival process of animals and make a good atmosphere for their recovery and population growth.

What does zoologist study?

Zoologists and wildlife biologists study animals and other wildlife and how they interact with their ecosystems. They study the physical characteristics of animals, animal behaviors, and the impacts humans have on wildlife and natural habitats.

What is the importance of zoologist?

Zoology makes a huge impact on our world through the scientific study of the evolution, anatomy, physiology, behavior, habitats, and health of animals and humans. It includes diverse approaches such as electron microscopy, molecular genetics, and field ecology.

What is the importance of zoology in agriculture?

Zoologists have contributed to the agricultural industry in many ways, with particularly significant contributions from entomologists enabling development of highly effective insect pest control techniques.

Why is being a zoologist important?

Zoology makes a huge impact on our world through the scientific study of the evolution, anatomy, physiology, behavior, habitats, and health of animals and humans. By studying animals we develop a better understanding of how we, ourselves, function and interact with the world around us.

Why is a zoologist important?

What does it mean to understand zoology?

The word zoology comes from the Greek words zōion, meaning “animal”, and logos, meaning “the study of”. It encompasses all aspects of scientific knowledge about animals, like embryonic development, evolution, behavior, ecological distribution, and classification.

Why is it important to understand the evolution especially in animals?

Knowing the evolutionary relationships among species allows scientists to choose appropriate organisms for the study of diseases, such as HIV. Scientists are even using the principles of natural selection to identify new drugs for detecting and treating diseases such as cancer.

What do you need to know about being a zoologist?

Why do we need to know more about hydrology.

Why are zoologists and wildlife biologists so emotionally demanding?

How are marine biologists and zoologists related to each other?

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How do you solve a problem like a gopher? Fountain Valley is learning through experience

A Jan. 9 photo taken near Fountain Valley's Westmont Park shows evidence of burrowing gophers, a problem in some city parks.

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How do you solve a problem like a gopher? In the city of Fountain Valley, rodents digging networks of subterranean tunnels that compromise the soil integrity of local parklands have been an ongoing challenge for public works employees.

“They burrow all day long, so there are shallow tunnels that can create risks if they do cave in,” said Mark Sprague, a field services manager for the city. “They mostly feed on the roots of plants. They also chew irrigation lines. It’s caused a lot of problems both privately and publicly.”

Visitors to Los Alamos Park, Harper Park and the city’s Sports Park near Mile Square Regional Park — identified by city staff as gopher “hot spots” — may have seen signs of the rodent’s presence in the area, including cones and markers placed near tunnels.

A photo taken by Fountain Valley's Public Works Department shows cones placed near gopher tunnels at Los Alamos Park.

Officials have for years contracted with an area landscaping company to trap and remove the critters. But recently, an observed increase in gopher activity is popping up in residential neighborhoods.

Fountain Valley City Councilman Jim Cunneen said it’s common for residents to air gopher grievances at City Hall, sometimes speaking in public comments at council meetings, or to bring up the subject at local functions.

“It’s not unique to our city, but something has triggered a rise in the population of gophers in our parks,” he said Friday. “A lot of people in our neighborhood are dealing with gophers. You can see it in some of the front lawns of our neighbors.”

Cunneen has lived for the past three decades near the city’s Los Alamos Park on a street named La Marmota Avenue, the Spanish word for groundhog. Although he recalled having issues with the animals in the ’90s, his backyard was pretty calm until the recent population explosion.

“We have at least 30 holes gophers have chewed,” he said. “They take out a 3- to 4-inch diameter patch, and they’re also burrowing so the surface becomes uneven — it’s horrible.”

Gopher Mitigation Update https://t.co/zG5HUgmcwh pic.twitter.com/Njt8PAPLOr — City of Fountain Valley (@fv_cityhall) February 7, 2024

City officials reported last week on social media gopher mitigation efforts are in full swing at local parks. Where a typical month may bring in 15 to 20 animals, last month more than 40 trappings were logged, according to Sprague.

Cunneen said extermination companies tend not to deal with gophers, requiring residents to seek out services that offer to remove the animals by trapping them. It’s unclear, however, what happens once an animal is captured.

Representatives of Merchants Landscape Services, which handles landscaping for Fountain Valley and its more than 150 acres of park space under an $873,000 annual contract, did not immediately respond to a request for that information. But one local wildlife expert offered some advice.

Debbie McGuire, executive director of the nonprofit Wetlands & Wildlife Care Center in Huntington Beach, maintains state laws prohibit the relocation of many small animals and rodent species into different habitats. She said many removal companies end up humanely euthanizing the animals they trap.

One explanation for the rising gopher population may be a decline in the presence of predators who feed on them, such as bobcats and coyotes or birds of prey like barn owls.

A photo taken in Fountain Valley's Courreges Park in November shows a gopher popping up from an underground tunnel.

“Gophers are really important for the ecosystem. They move the soil around and keep roots aerated so plants stay healthy,” McGuire said Friday. “But there are times when there are no predators to keep their population down, and they’ll get out of control.”

She suggested city employees or residents in Fountain Valley might look into installing nesting boxes in public parks and residential neighborhoods to attract animals like the barn owl, which prey on gophers but leave larger animals, like cats and dogs, undisturbed.

A number of organizations and resources can be found online, including the Barn Owl Box Co. , which sells nesting boxes and instructs people how to build their own.

“The best thing is to leave nature alone and let the circle of life take care of things,” McGuire advised.

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what problems do zoologists solve

Sara Cardine covers the city of Costa Mesa for the Daily Pilot. She comes from the La Cañada Valley Sun, where she spent six years as the news reporter covering La Cañada Flintridge and recently received a first-place Public Service Journalism award from the California News Publishers Assn. She’s also worked at the Pasadena Weekly, Stockton Record and Lodi-News Sentinel, which instilled in her a love for community news. (714) 966-4627

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So Apparently We Just Impeach Cabinet Members for Fun Now?

This is Totally Normal Quote of the Day , a feature highlighting a statement from the news that exemplifies just how extremely normal everything has become.

“Who said it was gonna fix the problem?” —Republican Rep. Ralph Norman, when an MSNBC reporter asked him how impeaching DHS Secretary Alejandro Mayorkas would solve the problems at the U.S. southern border

If at first you don’t succeed, try, try again. That’s how House Republicans managed—barely—to impeach Homeland Security Secretary Alejandro Mayorkas on Tuesday night, in their second attempt this month.

In a 214–213 vote, House Republicans made history by impeaching the first sitting Cabinet official in 148 years. (Secretary of War William Belknap was impeached most recently , in 1876.) House Majority Leader Steve Scalise came back to Capitol Hill to vote for impeachment after receiving a round of treatment for blood cancer. Meanwhile, two Democrats—Reps. Lois Frankel and Judy Chu—were absent, and presumably if either one had been present to vote, Mayorkas would not have been impeached.

“Desperate times call for desperate measures,” Speaker Mike Johnson said in a press conference Wednesday morning. “We had to do that.”

Did they really have to, though? As recently as one week ago, House Republicans were not so sure impeachment was necessary, and fell one vote short in impeaching Mayorkas. Shortly before the first vote, Rep. Mike Gallagher, who crossed party lines and voted no, criticized the party’s motivations for pursuing impeachment in a Wall Street Journal op-ed, noting that there were no actual criminal offenses cited, only underenforcement of current immigration policies. “If we are to make underenforcement of the law, even egregious underenforcement, impeachable, almost every cabinet secretary would be subject to impeachment,” wrote Gallagher, who also just announced he’s not seeking reelection .

“Creating a new, lower standard for impeachment, one without any clear limiting principle, wouldn’t secure the border or hold Mr. Biden accountable,” Gallagher added. “It would only pry open the Pandora’s box of perpetual impeachment.”

And in the same week of the first Mayorkas impeachment vote, Republicans blew up their very own immigration bill , legislation that would have beefed up border security and sent more aid to Ukraine. Why? Largely because presumptive Republican presidential nominee Donald Trump declared he needed chaos at the southern border to continue for the sake of his campaign .

Mayorkas’ impeachment is now in the hands of the Senate, which will most likely dismiss the charges against him, allowing the homeland security secretary to resume his regular duties. Then what was all this for? Well, Norman might have just admitted the quiet part out loud.

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Heavy Machinery Meets AI

  • Vijay Govindarajan
  • Venkat Venkatraman

what problems do zoologists solve

Until recently most incumbent industrial companies didn’t use highly advanced software in their products. But now the sector’s leaders have begun applying generative AI and machine learning to all kinds of data—including text, 3D images, video, and sound—to create complex, innovative designs and solve customer problems with unprecedented speed.

Success involves much more than installing computers in products, however. It requires fusion strategies, which join what manufacturers do best—creating physical products—with what digital firms do best: mining giant data sets for critical insights. There are four kinds of fusion strategies: Fusion products, like smart glass, are designed from scratch to collect and leverage information on product use in real time. Fusion services, like Rolls-Royce’s service for increasing the fuel efficiency of aircraft, deliver immediate customized recommendations from AI. Fusion systems, like Honeywell’s for building management, integrate machines from multiple suppliers in ways that enhance them all. And fusion solutions, such as Deere’s for increasing yields for farmers, combine products, services, and systems with partner companies’ innovations in ways that greatly improve customers’ performance.

Combining digital and analog machines will upend industrial companies.

Idea in Brief

The problem.

Until recently most incumbent industrial companies didn’t use the most advanced software in their products. But competitors that can extract complex designs, insights, and trends using generative AI have emerged to challenge them.

The Solution

Industrial companies must develop strategies that fuse what they do best—creating physical products—with what digital companies do best: using data and AI to parse enormous, interconnected data sets and develop innovative insights.

The Changes Required

Companies will have to reimagine analog products and services as digitally enabled offerings, learn to create new value from data generated by the combination of physical and digital assets, and partner with other companies to create ecosystems with an unwavering focus on helping customers solve problems.

For more than 187 years, Deere & Company has simplified farmwork. From the advent of the first self-scouring plow, in 1837, to the launch of its first fully self-driving tractor, in 2022, the company has built advanced industrial technology. The See & Spray is an excellent contemporary example. The automated weed killer features a self-propelled, 120-foot carbon-fiber boom lined with 36 cameras capable of scanning 2,100 square feet per second. Powered by 10 onboard vision-processing units handling almost four gigabytes of data per second, the system uses AI and deep learning to distinguish crops from weeds. Once a weed is identified, a command is sent to spray and kill it. The machine moves through a field at 12 miles per hour without stopping. Manual labor would be more expensive, more time-consuming, and less reliable than the See & Spray. By fusing computer hardware and software with industrial machinery, it has helped farmers decrease their use of herbicide by more than two-thirds and exponentially increase productivity.

  • Vijay Govindarajan is the Coxe Distinguished Professor at Dartmouth College’s Tuck School of Business, an executive fellow at Harvard Business School, and faculty partner at the Silicon Valley incubator Mach 49. He is a New York Times and Wall Street Journal bestselling author. His latest book is Fusion Strategy: How Real-Time Data and AI Will Power the Industrial Future . His Harvard Business Review articles “ Engineering Reverse Innovations ” and “ Stop the Innovation Wars ” won McKinsey Awards for best article published in HBR. His HBR articles “ How GE Is Disrupting Itself ” and “ The CEO’s Role in Business Model Reinvention ” are HBR all-time top-50 bestsellers. Follow him on LinkedIn . vgovindarajan
  • Venkat Venkatraman is the David J. McGrath Professor at Boston University’s Questrom School of Business, where he is a member of both the information systems and strategy and innovation departments. His current research focuses on how companies develop winning digital strategies. His latest book is Fusion Strategy: How Real-Time Data and AI Will Power the Industrial Future.  Follow him on LinkedIn . NVenkatraman

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Gemini 1.5: Our next-generation model, now available for Private Preview in Google AI Studio

February 15, 2024

what problems do zoologists solve

Last week, we released Gemini 1.0 Ultra in Gemini Advanced. You can try it out now by signing up for a Gemini Advanced subscription . The 1.0 Ultra model, accessible via the Gemini API, has seen a lot of interest and continues to roll out to select developers and partners in Google AI Studio .

Today, we’re also excited to introduce our next-generation Gemini 1.5 model , which uses a new Mixture-of-Experts (MoE) approach to improve efficiency. It routes your request to a group of smaller "expert” neural networks so responses are faster and higher quality.

Developers can sign up for our Private Preview of Gemini 1.5 Pro , our mid-sized multimodal model optimized for scaling across a wide-range of tasks. The model features a new, experimental 1 million token context window, and will be available to try out in  Google AI Studio . Google AI Studio is the fastest way to build with Gemini models and enables developers to easily integrate the Gemini API in their applications. It’s available in 38 languages across 180+ countries and territories .

1,000,000 tokens: Unlocking new use cases for developers

Before today, the largest context window in the world for a publicly available large language model was 200,000 tokens. We’ve been able to significantly increase this — running up to 1 million tokens consistently, achieving the longest context window of any large-scale foundation model. Gemini 1.5 Pro will come with a 128,000 token context window by default, but today’s Private Preview will have access to the experimental 1 million token context window.

We’re excited about the new possibilities that larger context windows enable. You can directly upload large PDFs, code repositories, or even lengthy videos as prompts in Google AI Studio. Gemini 1.5 Pro will then reason across modalities and output text.

Upload multiple files and ask questions We’ve added the ability for developers to upload multiple files, like PDFs, and ask questions in Google AI Studio. The larger context window allows the model to take in more information — making the output more consistent, relevant and useful. With this 1 million token context window, we’ve been able to load in over 700,000 words of text in one go. Gemini 1.5 Pro can find and reason from particular quotes across the Apollo 11 PDF transcript. 
[Video sped up for demo purposes]
Query an entire code repository The large context window also enables a deep analysis of an entire codebase, helping Gemini models grasp complex relationships, patterns, and understanding of code. A developer could upload a new codebase directly from their computer or via Google Drive, and use the model to onboard quickly and gain an understanding of the code. Gemini 1.5 Pro can help developers boost productivity when learning a new codebase.  
Add a full length video Gemini 1.5 Pro can also reason across up to 1 hour of video. When you attach a video, Google AI Studio breaks it down into thousands of frames (without audio), and then you can perform highly sophisticated reasoning and problem-solving tasks since the Gemini models are multimodal. Gemini 1.5 Pro can perform reasoning and problem-solving tasks across video and other visual inputs.  

More ways for developers to build with Gemini models

In addition to bringing you the latest model innovations, we’re also making it easier for you to build with Gemini:

Easy tuning. Provide a set of examples, and you can customize Gemini for your specific needs in minutes from inside Google AI Studio. This feature rolls out in the next few days. 
New developer surfaces . Integrate the Gemini API to build new AI-powered features today with new Firebase Extensions , across your development workspace in Project IDX , or with our newly released Google AI Dart SDK . 
Lower pricing for Gemini 1.0 Pro . We’re also updating the 1.0 Pro model, which offers a good balance of cost and performance for many AI tasks. Today’s stable version is priced 50% less for text inputs and 25% less for outputs than previously announced. The upcoming pay-as-you-go plans for AI Studio are coming soon.

Since December, developers of all sizes have been building with Gemini models, and we’re excited to turn cutting edge research into early developer products in Google AI Studio . Expect some latency in this preview version due to the experimental nature of the large context window feature, but we’re excited to start a phased rollout as we continue to fine-tune the model and get your feedback. We hope you enjoy experimenting with it early on, like we have.

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February 23, 2024

Confident, problem-solving Purdue Global grad blazes her own trail

pg-larue-anthem

Samantha LaRue performs “The Star-Spangled Banner” during a Purdue Global commencement ceremony on Feb. 17 at the Pavilion at Toyota Music Factory in Irving, Texas. (Purdue Global photo/Greta Bell)

Meet Samantha LaRue, one of the recent grads who sang the national anthem at Feb. 17 commencement

IRVING, Texas — When Samantha LaRue sang “The Star-Spangled Banner” for her high school graduation, she stood on the same Louisiana stage that hosted performances by her two musical idols, Patsy Cline and Elvis Presley.

Fast-forward nine years, and LaRue found herself on another stage singing “The Star-Spangled Banner” — this time in Irving, Texas, for Purdue Global’s Feb. 17 commencement ceremony .

Additional information

  • Purdue Global celebrates the accomplishments of nearly 1,200 graduates at commencement ceremonies
  • Purdue Global Winter 2024 Commencement Photo Gallery

Not only was LaRue a national anthem singer, but she also earned her Bachelor of Science in industrial/organizational psychology from Purdue Global . She was one of nearly 1,200 students who participated in in-person and virtual commencement ceremonies that day at the Pavilion at Toyota Music Factory.

pg-larue-family

“It was pretty cool. I had fun.” LaRue said of singing at her own commencement ceremony. “I got to see my son’s face seeing me on a big screen. It was cute.”

LaRue said it was great to sing in front of the crowd, especially with her husband, Richard, and son, Rowan, and numerous friends cheering her on.

“It was nice having their support. It was exciting to see my friends here as well,” she said.

Singing has come naturally to LaRue. She changed schools as her family moved around frequently. She was encouraged to join the choir or band. After several years, she was noticed as being a good singer — and thus the assignment to sing the national anthem at her high school graduation.

It was a different process for her at Purdue Global. She saw the posting asking for submissions to be considered to sing the national anthem.

“I made an audition video and submitted it. It was fun to do. I didn’t expect to be selected,” she said.

But what makes a great national anthem rendition?

“Confidence is key,” LaRue said. “I came in with a lot of excitement and confidence.”

It will be nine years from the time she graduated high school to completing her Purdue Global degree. She received a college scholarship following high school but had to drop out to take care of her family, having to then forfeit the scholarship. She attempted to enroll again at another school once she was in Texas, but the application process was difficult.

LaRue decided that Purdue Global — Purdue’s online university for working adults — was where she wanted to be. She was ready to take classes and was enrolled within three hours, starting classes April 2021. Her advisor talked her through her goals and dreams and pointed her to industrial/organizational psychology, which focuses on behaviors in the workplace, helping to train and retain workers. Her goal is to work on leadership development as a civilian contractor for the military.

“It was a natural fit and an incredible process,” LaRue said. “I want to use my degree to make organizations more inclusive and train people to understand other cultures better. I’m a problem solver.”

LaRue finished her classes on Dec. 23, 2023. “It was the day before Christmas Eve, and it was a gift to myself.”

LaRue is the first in her family to graduate from college. She credits her family for continually inspiring her to make her comeback.

“My son inspires me. I didn’t want to quit,” she said. “I wanted to show him what perseverance looks like.”

About Purdue Global

Purdue Global is Purdue’s online university for working adults who have life experience and often some college credits. It offers flexible paths for students to earn an associate, bachelor’s, master’s or doctoral degree, based on their work experience, military service and previous college credits, no matter where they are in their life journey. Purdue Global is a nonprofit, public university accredited by the Higher Learning Commission and backed by Purdue University. For more information, visit https://stories.purdue.edu/purdue-global/ .

Writer/Media contact: Matthew Oates, [email protected] , 765-496-6160, @mo_oates

Source: Samantha LaRue

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IMAGES

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  2. Zoologist

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  6. The Role Of Zoologists In Conservation

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VIDEO

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  2. A Day in the life of a REPTILE ZOOLOGIST

  3. "PROBLEMS FACED BY BIRDS DURING MIGRATION"

COMMENTS

  1. FAQ: What Is a Zoologist?

    Studying the original and development of species Studying the development of animal diseases Monitoring wildlife health and developing recovery plans when necessary Rehabilitating animals so they can go back into the wild What is the required education for zoologists?

  2. Wildlife Scientists Are Solving Big Data Problems to Track Animals

    Wildlife Scientists Are Solving Big Data Problems to Track Animals Around the Globe. Animal movement data from Movebank. Credit: Max Planck Institute for Animal Behavior. Using a transmitter attached to a tiny backpack, zoologist Roland Kays tracked an egret - a large, white, wading bird - from North Carolina as it migrated south.

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    Excellent Typical Employers: Zoologists are most often found working in zoos, aquariums, wildlife centers and parks. They can also work for conservation groups, animal pharmaceutical companies, research firms, governmental agencies or colleges and universities. Suggested Professional Organizations and Associations:

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    On any given day, a zoologist may be designing or conducting research, studying animal behaviors and characteristics, collecting and analyzing biological data and specimens, writing papers, reports, or journal articles, giving lectures, or educating the public on animal welfare and wildlife conservation. Work environment

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    Methods in zoology Because the study of animals may be concentrated on widely different topics, such as ecosystems and their constituent populations, organisms, cells, and chemical reactions, specific techniques are needed for each kind of investigation.

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    Alejandro Couce Anurag Limdi et al. Automated self-optimization, intensification, and scale-up of photocatalysis in flow By Aidan Slattery Zhenghui Wen et al. Receptor-associated kinases control the lipid provisioning program in plant-fungal symbiosis By Sergey Ivanov Maria J. Harrison Table of Contents Science LATEST NEWS News 31 Jan 2024

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    Zoologists and wildlife biologists tackle all these questions. They study the behaviors and habitats of wild animals, while also working to maintain healthy populations, both in the wild and in captivity. Google Classroom Do You Have the Skills and Characteristics of a Zoologist and Wildlife Biologist? Active Listening ? Reading Comprehension ?

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    Problem-solving skills. Zoologists and wildlife biologists try to find the best possible solutions to threats that affect wildlife, such as disease and habitat loss. Pay. The median annual wage for zoologists and wildlife biologists was $64,650 in May 2021. The median wage is the wage at which half the workers in an occupation earned more than ...

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    Zoology is an Exciting Field of Study! Zoology makes a huge impact on our world through the scientific study of the evolution, anatomy, physiology, behavior, habitats, and health of animals and humans. It includes diverse approaches such as electron microscopy, molecular genetics, and field ecology. By studying animals we develop a better ...

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    Problem-solving skills: Zoologists and wildlife biologists may encounter a wide range of challenges in their work, and they need to be able to think critically and creatively to solve problems. Fieldwork skills: Zoologists and wildlife biologists may spend a significant amount of time conducting field research, and they need to be able to work ...

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    Research: Zoologists conduct research to study the behavior, physiology, ecology, and distribution of animal species. They may collect data through fieldwork, laboratory experiments, and statistical analyses to better understand animal behavior, population dynamics, and ecosystem interactions. Conservation: Zoologists play a key role in ...

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    Analyze and collect potential pollutants from animal habitats; solve environmental problems that affect subject animals' health; ... To pursue a career as a Zoologist: The following high school courses are recommended: agricultural education, biology, anatomy, animal science, natural resources, computer courses, and mathematics. ...

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    Zoologists need a knack for applying scientific rules and methods to solve problems. Why do we need to know more about hydrology? Hydrology has evolved as a science in response to the need to understand the complex water system of the earth and help solve water problems.

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    Typical day. On a daily basis, Zoologists and Wildlife Biologists make recommendations on management systems and planning for wildlife populations and habitats, consulting with stakeholders and the public at large to explore options. They perform administrative duties, such as fundraising, public relations, budgeting, and supervision of zoo staff.

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  23. How do you solve a problem like a gopher?

    How do you solve a problem like a gopher? In the city of Fountain Valley, rodents digging networks of subterranean tunnels that compromise the soil integrity of local parklands have been an ...

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    What Do Zoologists Do Daily? As part of their job, zoologists may find themselves organizing studies of animals in their natural habitat , studying specimens under microscope, fun

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  26. Why was Alejandro Mayorkas impeached? Not to solve any problems

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  28. Gemini 1.5: Our next-generation model, now available for Private

    Gemini 1.5 Pro can also reason across up to 1 hour of video. When you attach a video, Google AI Studio breaks it down into thousands of frames (without audio), and then you can perform highly sophisticated reasoning and problem-solving tasks since the Gemini models are multimodal.

  29. Confident, problem-solving Purdue Global grad blazes her own trail

    "It was a natural fit and an incredible process," LaRue said. "I want to use my degree to make organizations more inclusive and train people to understand other cultures better. I'm a problem solver." LaRue finished her classes on Dec. 23, 2023. "It was the day before Christmas Eve, and it was a gift to myself."