TABLE 1: Classification of wheats (Triticum ssp.)

TABLE 2: Number of gametes, genotypes and phenotypes considering one and multifactorial heterozygosity in F1 and F2 generations

TABLE 3: Segregation of recessive nulliplex genotypes from triplex, duplex and simplex genotypes considering selfing, random chromosome distribution and complete dominance

TABLE 4: Expected F2 segregations of trisomic F1 plants from a critical cross of trisomic by disomic, excluding any selection, male transmission of n+1 gametes and abnormal chromosome segregation

TABLE 5: Basic methods of plant breeding

TABLE 6: Genotypic and phenotypic segregation in F2 populations considering two genes and interacting in different manners

TABLE 7: Frequencies and ratios of completely recessive in F2 progeny of doubled haploids, diploids and tetraploids

TABLE 8: Genome relationships between embryo, endosperm and ovary after crossing parents with different ploidy levels

TABLE 9: Genetic segregation patterns depending on the number of genes involved (* when complete dominance)

TABLE 10:  Frequencies of homozygotes and heterozygotes in a progeny of a heterozygous individual  after subsequent self-pollinations

TABLE 11: Examples of seed conditioning in some crop plants

TABLE 12: Taxonomic classification system in plants

TABLE 13: Decimal code for plant growth in cereals

Table 14: Genome relationships of oats (Avena ssp.)

TABLE 15:  The approximate protein composition in some cereals

TABLE 16: Food reserves of some crop plants

TABLE 17: Taxonomic relationships of some tuberous Solanum  ssp.

TABLE 18: Types of flowers in higher plants

TABLE 19:  Segregation of a single gene and/or alleles in subsequent generations

TABLE 20:  Phenotypic relations of homozygotes and heterozygotes depending on different dominance levels in diploids

TABLE 21:  Phenotypic ratios in F2 generation for two unlinked genes depending on the degree of dominance at each locus and epistasis between loci

TABLE 22:  Calculation of recombination frequency between two loci from a cross between AaBb x aaaa

TABLE 23:  Test crosses with monosomics in order to determine the location of a dominant allele

TABLE 24:  Possible planting arrangements for a diallel crossing (six parents, no reciprocal cross, no self-pollination)

TABLE 25:  A randomized complete-block design for 5 entries and 10 replications

TABLE 26:  Lattice design (42 entries, 3 replications, no blocks within the replication, entries are assigned at random to the 42 plots)

TABLE 27:  Recovering of genes from recurrent parent during backcrossing

TABLE 28: Scheme of seed purification and increase

TABLE 29: Types and characteristics of several markers in breeding and genetics

TABLE 30: Typical characters for identification of wheat, barley or wild oat

TABLE 31:  Taxonomy of the genus Helianthus

TABLE 32: About the evolution of Triticeae

TABLE 33: Inheritance and variation  of several breeding characters

TABLE 34: Some examples of heritability of  breeding characters

TABLE 35:  Proposed breeding schemes depending on the crop, reproduction system and basic population features

TABLE 36: The size reduction of populations depending on various numbers of overdominance loci and different selective disadvantages for homozygotes

TABLE 37: Schematic drawing of aneuploid types in wheat

TABLE 38: The genetic code

TABLE 39: Cleaving sites of some restriction enzymes

TABLE 40:  Guidelines for selection a experimental design

TABLE 41: Gross taxonomy of grasses