Linked from
The 72 pages that link to Plant breeding, each with the reason it gives.
Oryza glaberrimaRelated: Breeding draws on African rice traits to address crop performance and resilience.
Sunflower seedNarrower topic: Breeding has shaped sunflower oil content, disease resistance, and crop performance.
VacciniumRelated: Breeding has produced blueberry cultivars with improved fruit quality and adaptation to different climates.
Agricultural scienceRelated: Breeding changes crop traits such as yield, quality, and resistance.
Beta vulgarisRelated: Breeding transformed the species into specialized root, leaf, and sugar crops.
Nikolai VavilovRelated: Vavilov linked knowledge of crop diversity to improving cultivated varieties.
PomologyRelated: Breeding improves fruit quality, disease resistance, harvest timing, and storage potential.
PopcornNarrower topic: Breeding develops popcorn varieties with reliable popping and desirable kernel traits.
Snow peaRelated: Selection for flat, tender pods distinguishes snow peas from seed-focused peas.
Trofim LysenkoNarrower topic: Lysenko presented his methods as a faster route to improved crops.
Cucumis meloRelated: Breeders shape fruit flavor, size, rind, and disease resistance.
Dianthus caryophyllusRelated: Breeding has expanded carnation colors, flower forms, fragrance, and disease resistance.
EinkornNarrower topic: Breeders can use einkorn’s genetic diversity to investigate traits in wheat.
FlorigenRelated: Breeders can modify flowering pathways to fit crops to local seasons.
Pyrus communisNarrower topic: Modern pear improvement uses breeding to develop fruit quality and disease resistance.
Wheat geneticsNarrower topic: Wheat genetics supplies the variation and tools used to improve cultivars.
William FarrerNarrower topic: Farrer’s work was an early, influential application of deliberate crop improvement.
AlstroemeriaRelated: Breeding has produced Alstroemeria cultivars in many colors and growth forms.
Common sunflowerRelated: Breeding has shaped sunflower yield, oil composition, disease resistance, and flower form.
PlantRelated: It changes crop traits such as yield, quality, and disease resistance.
Sweet cornRelated: Breeders combine sweetness, tenderness, yield, and disease resistance in sweet corn varieties.
TriticaleNarrower topic: Triticale is developed by selecting and refining wheat–rye crosses.