Classifying Animals Worksheets Preschool
Classifying Animals Worksheets Preschool are designed to help young children learn to identify different animals. It consists of eighteen printable worksheets, each with a different animal and a corresponding question. For example, the first worksheet asks what animal has a long tail. The second asks which animal has fur. The third asks which animal has two legs. The fourth asks which animal has a beak. The fifth asks which animal has a spinal cord. The sixth asks which animal has a heart. The seventh asks which animal has lungs. The eighth asks which animal has a brain. The ninth asks which animal has a stomach. The tenth asks which animal can swim. The eleventh asks which animal has fur on its belly. The twelve asks which animal has a horn. The thirteen asks which animal has a backbone. The fourteen asks which animal lives in the water. The fifteenth asks which animal has sharp teeth. The sixteenth asks which animal has a long tail. The seventeenth asks which animal eats meat. The eighteenth asks which
More Preschool Worksheets
Writing Practice Worksheets for Preschool12 Free Printable Number Tracing Preschool Worksheets
Clothing Printable Worksheets for Preschoolers
Penguin Preschool Worksheets
Preschool All About Me Worksheets Printables
Classifying Animals Worksheets Preschool
First Day of Preschool Printable Worksheets
Preschool Snow Worksheet
Worksheets Humpty Dumpty Preschool Crafts
Pet Animal Worksheets Preschool
Get familiar with the animal through these Classifying Animals Worksheets Preschool!
Summary: Animal classification means grouping animals according to their characteristics. There are some types of animal classification. There are seven classifications of animals in biology, domain, kingdom, phylum or division, class, order, family, genus, and species. The kingdom classification of animals is also known as Animalia. This grouping will help the scientist to make breakthroughs that will benefit the nature and environment.
What is the Purpose of Animal Classification?
In biology, animal classification means grouping animals according to their features. There are some types of animal classification. There are seven classifications of animals in biology, domain, kingdom, phylum or division, class, order, family, genus, and species. The purpose of animal classification is to help the scientist discover their behaviour and characteristics. This grouping will help the scientist to make breakthroughs that will benefit the nature and environment.
How to Explain Animal Kingdom?
The kingdom classification of animals is also known as Animalia. Animalia is the largest out of five other kingdoms on Planet Earth (Protozoa, Chromista, Plantae, Fungi, and Animalia). It is a classification where the biologist divides the animals into some groups based on their characteristics. Kingdom is in the second highest classification in taxonomy ranks, below the domain. There are billions of animals inside the animal kingdom. There are some sub-categories to define animal groupings, such as division, class, order, family, genus and species. Each category fits similar organisms (physically, anatomically or behaviourally).
A living thing can be considered an animal if it is a eukaryotic multicellular. Animals consume organic material, breathe oxygen, can move, can reproduce sexually, and grow from a hollow sphere of cells (blastula) during embryonic growth. Animalia consists of two classifications, vertebrates (chordates) and invertebrates (non-chordates). It is based on the notochord (flexible rod cartilage). Vertebrates include birds, fish, mammals, reptiles and amphibians. Meanwhile, invertebrates consist of porifera, cnidaria, Annelida, Mollusca, Platyhelminthes, Echinodermata, and Arthropoda (crustacea, Arachnida, insects and Myriapoda).
How to Spot the Differences between Vertebrates and Invertebrates?
Do you know that 97% of animals on Earth are invertebrates? The primary differences between vertebrate and invertebrate animals are the existence of the backbone. Vertebrates have spines, and invertebrate does not. As invertebrates do not have an internal skeletal system, they sometimes have an external skeleton that shields their soft and frail body called an exoskeleton. Invertebrates can reproduce extremely fast, unlike many vertebrates, which take years to develop. Vertebrate animals, on the other hand, have a spine that grows from a notochord they have as an embryo. They also have specified internal systems (complex respiratory structures), a completed circulatory system and sensory organs that make the nervous system. Due to their backbone, many vertebrates have a larger physique than invertebrates. They also tend to move faster because of their spines. Below is the table of differences between vertebrates and invertebrates:
Vertebrate |
Invertebrate |
They have a backbone and internal skeleton. |
Lack of backbone and internal skeleton. |
They lack an exoskeleton. |
They have an exoskeleton. |
Open circulatory system. |
Closed circulatory system. |
Most of them have compound eyes. |
They do not have compound eyes. |
Radial or bilateral body symmetry |
Bilateral body symmetry only. |
There are three nutrition modes (Autotrophic, Parasitic and Heterotropic). |
Only has one mode of nutrition (Heterotrophic) |
Examples of vertebrates: Mammals (cats, dogs, whales), reptiles (snakes, crocodiles, turtles), aves (chicken, duck, owl), and amphibious (frog, toad, newt). |
Examples of invertebrates: are an octopus, sea urchin, worm, sponge, rotifer, spider, nematode, leech, mollusc, annelid, snails, slug, insect, starfish, and sea cucumber. |
What are Endangered Animals?
Endangered animals are a type of creature that is risked by extinction. Species become threatened with complete elimination for two main reasons: habitat loss or genetic divergence. A loss of habitat or place for a living can happen in a natural way, as the dinosaurs went from the Earth 65 million years ago. Human activity can also be the reason for the animal to lose their place. The never-ending growth of housing, industry and agriculture decreases the area for the animals to live. When the animal loses their home, it will have difficulty having a life, which causes extinction. Similar to habitat loss, genetic loss can also happen naturally and is affected by human actions. The natural cause happens when the animal fails to adapt to the new environment. Human action can also direct a loss of genetic variation. Overhunting and overfishing have diminished the inhabitants of numerous animals.
Why is Learning About Animals Important?
Introducing animals to children is essential as it will help them to understand the nature around them. The awareness and interest in animals can guide children to develop empathy at a young age and improve more positive classroom relationships, and social-emotional growth. As children have knowledge of animals, they understand the differences and similarities, and needs and compassion and empathy for the animals can develop. It will also serve as the foundation for their biology and science studies in school.
Have something to tell us about the gallery?