the female parent gives the xy type of chromosome to its offspring.
which type of chromosome does the female parent give to its offspring?
xy
to focus more on the offspring and how it results in the formation of the f1 generation, is an inheritance called sex-linkage, which is a gene which is located on the sex chromosome and patterns of these inheritance differ in both male and female. the explanation that proves the theory of the offspring having genes from both parent generations, is proven through a process called crossing-over, which consists of taking genes from the male chromosomes and genes from the female chromosome, resulting in a process of meiosis occurring, and leading to the splitting of the chromosomes evenly. depending on which genes are dominantly expressed in the gene will result in the sex of the offspring. the female will always give an x chromosome, whereas the male, depending on the situation, will either give an x chromosome or a y chromosome. if a male offspring is produced, the gene will consist of an x and a y chromosome. if two x chromosomes are expressed and produced, it produces a female offspring.
offspring
section::::table of names for hybrids.





























below are some tables showing the many "panthera" hybrids. "panthera" hybrids are typically given a portmanteau name, varying by which species is the sire (male parent) and which is the dam (female parent). for example, a hybrid between a lion and a tigress is a liger, because the lion is the male parent and the tigress is the female parent. 





























below is a chart showing second, third and fourth generation hybrids.





























section::::jaguar and leopard hybrids.
panthera hybrid