Short essay on Binomial Nomenclature

Generally, name the surrounding objects. These names are local or local and are thus variable.

The name given to the plant in a specific place is different from the name in other places. Therefore it is absolutely necessary to give fixed scientific and technical names to all creatures of the world. The named polynomial system used a series of Latin words before 1750.

These names are long and hard to remember. C Linnaeus, the father of taxonomy, introduced a binary nomenclature system. He discussed this in the tenth edition of "Systema Naturae" published in 1785.

This is a system that provides different scientific names for living beings, consisting of two words, the first word representing the generic name (Genus). The first and second will be combined together to form a specific name (seed). If derived from other languages, the two words are Latin or Latin.

Genus is a common noun beginning with capital letters. It represents the name of the group. For a given name, the second word is like an adjective and begins with a lowercase letter except in the case of a proper noun such as a person's name, place. It can begin with capital letters

The written name should be underlined to indicate the Latin source. In the printed form, they should be italicized

The name of the author who first explained the plant with scientific journals may be added in whole or abbreviated form. For example, the plant name of Mango is Mangifera indica Linn. All three have a binomial nomenclature

Because the species name is variable, the generic name is the name of all species. For example - they represent trees of Fucus bengalensis, Ficus religiosa, Ficus glomerata, eucalyptus, peppers, and fig. They all have a generic name Ficas, but their species names are F. bengalensis, F. religiosa, F.glomerata.

Binomial nomenclature (also called binomial nomenclature or binomial nomenclature) is a formal system for naming species by naming two objects in each object. It can be based on grammatical form, but words in other languages. Such names are called binary names (which can be abbreviated as "binary"), binary names, or scientific names, and more informally also called Latin names. The first part of the name identifies the genus to which the species belongs and the second part identifies the species within that genus. For example, humans belong to the genus of humans and belong to Homo sapiens in their genus.

Every species has a two-part name "binomial". The first part of the binomial is the genus to which the species belongs. The second part is called a specific name or specific addition (in plant nomenclature, sometimes also in animal nomenclature). For example, the Boa constrictor is one of the four types of Boa genus. The seeds are not considered fixed type from the Aristotle era until the 18 th century and can be arranged by rank, that is, a huge chain that exists. In the nineteenth century biologists recognized that species evolved in sufficient time. The book "Origin of Species" published in 1859 by Charles Darwin explains how natural selection produces seeds. Through genetics and population ecology this understanding has made tremendous growth in the 20th century. Genetic variation is caused by mutation and recombination, the organism itself is mobile, leading to geographical separation and genetic drift, selection pressure is different.

The formal introduction of this named species system was by Swedish natural scientist Carl Linnaeus, and in 1753 virtually began with his working species Plantarum. The application of the binomial nomenclature is currently under the control of various internationally agreed regulations, the most important of which are international nomenclature of animals (ICZN) and international nomenclature of plant algae, fungi and plants ( ICN). . The general principles of binomial nomenclature are common to both codes, but there are some differences between the terms they use and their exact rules.