Question

India has more than 50,000 strains of rice. Mention the level of biodiversity it represents.

Answer 1

The biodiversity that represents the 50,000 strains of rice in India is the total number of genetic variables in species. When adapting to changing environments, it plays a very important role.

Complete step by step answer:
India has more than 50,000 strains of rice. The degree of biodiversity is genetic diversity because the genetic composition is variable among individuals within the same species. It can be induced through recombination, spontaneous mating, mutation, and so on. It contributes to better adaptation to changing environments.
The "propensity of genetic characteristics" to vary is determined by this.
Genetic variation is the total number of genetic traits in the genetic composition of a population, it varies widely from the number of species to variations within species and can be related to the period of survival for a species. It is distinct from genetic variability, which defines the propensity to differ between genetic features.
This is a list of cultivars of rice, also called varieties of rice. Several species of grain called rice exist. The most well known and most widely cultivated is Asian rice (Oryza sativa), with two main subspecies (indica and japonica) and over 40,000 varieties. African rice (Oryza glaberrima) and wild rice (genus Zizania) are varieties also included in this list.
It is also possible to calculate genetic diversity. The different ways of measuring genetic diversity recorded include:
The wealth of species is a measure of the number of species.
The abundance of species is a relative measure of species abundance.
The density of species is an assessment of the total number of species per unit area
So, the correct answer is, ‘Genetic biodiversity’.

Note: Genetic biodiversity now plays a part in adaptation, paving the way for evolution and variation as well. Genetic diversity acts as a way of adapting populations to changing environments. With more variation, some individuals in a population are more likely to have variations of alleles that are suitable for the environment. In order to produce offspring carrying the allele, certain people are more likely to survive. Because of the prosperity of these people, the population will continue for more years.