Animal Kingdom Concept Map - An Overview

From small insects to the biggest land animals on Earth, the Animal Kingdom is a vast and varied collection of animals. One may better comprehend the connections between various animal species and how animals are connected by creating a mind map/concept map of the animal kingdom. Additionally, it might help one comprehend the advantages of using a concept map of the Animal Kingdom and discover the traits of various animal species. A map showing the relationships between various animals can be made since this intricate classification of the animal kingdom is challenging to remember. The features are provided depending on the organisation, class, phylum, order, etc. This all-encompassing classification makes animal identification simple for zoologists, students, and others.

What Is the Concept Map Of Animal Kingdom?

A flow chart that graphically arranges the taxonomy or the classification of the animal kingdom is known as an animal kingdom concept map. With smaller nodes spreading out to symbolise each significant taxonomic group within the Kingdom, it often starts with a huge centre node that represents the animal kingdom itself. A brief description of each member of the group, along with a photograph of a representative species, is often included in each node. This concept map relates to a wide variety of organisms and makes it easy to remember various animals with similar and dissimilar characters/features/traits.

Concept Map Of Animal Kingdom And Its Benefits

Concept maps created using the data on animal taxa now accessible are dynamic tools for zoology learning and comprehension. Below is a list of the benefits.

• Find Species Quickly on Classification Maps

The concept map shows how the animal kingdom is divided into categories according to particular traits. Once the animal is classified in terms of its traits, it is simple to follow the guidelines and take into account the requirements for putting this species in the stage of classification. Thus, the platform for locating this species is made the most simple by the mind mapping classification. Their genera and species, as well as the tribes, are easily defined.

• Concentrate on the Map That R. H. Whittaker Proposed

The generic division of multicellular animals is a common subject of curricula. R. H. is the plan for these five kingdoms. Whittaker's idea is presented. He was a renowned ecologist who developed amazing mental maps of the animal kingdom using the superior methodology. Ecologists, students, researchers, mentors, and other experts in the field can use it to locate and describe various animal tribes and classifications. R.H. Whittaker's suggested map focuses on the distribution of various mountain ranges and how they affect the ecosystem. Mountains on the map are shown at various elevations, with the greatest height being indicated by the darkest shade. The map illustrates how different mountain ranges affect the distribution of various plants and animals, and how the isolation of various species brought about by mountains and rivers led to the creation of a new ecosystem.

• Knowledge of each organisational level shown on the map

Each organisational level may be understood using the concept map. Organisational level map is based on a variety of factors, beginning with the ecosystem of molecules, cells, tissues, organs, and organisms. The smallest unit of matter at the molecular level is an atom, and each molecule is made up of its predecessor. The ecosystem is made up of many organisms and their environments as a whole.

• Body symmetry

The term "symmetry" refers to the alignment of various body parts in terms of size, form, and location, whether on either side of the dividing line or along the central axis. Animals can be divided into asymmetrical, radially symmetrical and bilaterally symmetrical according to their body symmetry.

• Germinal layers

Understanding the embryonic layer is made easier by the concept map. A particular set of organs grow from a particular layer of cells during embryonic development. They are referred to as germ/germinal layers. Diploblastic animals are those that contain two layers of cells, endoderm and ectoderm, such as jellyfish, sea anemones, and corals. The three cell layers known as endoderm, mesoderm, and ectoderm are found in organisms such as worms, arthropods, and vertebrates and are responsible for the development of all bodily tissues. Triploblastic organisms is the term for them.

• Coelom

Different animals may or may not have a coelom or body cavity. Mesoderm lines the coelom. Animals are divided into three groups based on this feature. Coelomates are animals having a body cavity. Pseudocoelomates are animals that have a false cavity, also known as a pseudo coelom, which means they lack a true cavity. The cavity is not lined by mesoderm, but they do have patches of mesoderm in them. Acoelomates are animals that lack coelom/body cavity.

• Respiratory system

Composition and intricacy of the respiratory system's structure varies in different animals. They are made up of many organs that use the circulatory system to carry oxygen to every cell in the body. The lungs, accompanying airways, and blood arteries make up the human respiratory system. They aid in the body's elimination of carbon dioxide.

• The Excretory System

Excretion is the process used to remove metabolic waste products from the body. The most significant metabolic wastes that animals emit are nitrogenous wastes like ammonia, urea, and uric acid. Depending on what they produce in the excretory system, organisms can be divided into many classes.

1. Ammonia is excreted by ammonotelics. Examples include fish with bone fins, crocodiles, freshwater and marine invertebrates, etc.

2. Urea is excreted by ureotelics. Turtles, mammals, adult amphibians, etc. are a few examples.

3. Uric acid is expelled by uricotelics. Reptiles, insects, birds, and terrestrial gastropods are a few examples.

4. Guanine is excreted by guanotelics. Spiders and scorpions are examples.