Plant Genetics and Biotechnology in Biodiversity

© 2019 by the authors; CC BY license

biogeography; nuclear DNA ITS variation; native versus alien status; Phyla nodiflora; Phyla canescens; phylogeny; ribotype analyses; homeotic mutants; Hordeum vulgare; spike architecture; genomics; Oryza sativa; adaptability; food security; genotype × environment interaction; grain yield; heterosis; hybrid vigor; quality; resilience; sustainability; microsatellite; genetic erosion; local varieties; maize; barley; SSR; biodiversity; Veneto region; plant genetic resources; vegetable crops; horticulture; single nucleotide polymorphisms; genetic diversity; phenotyping; genome-wide association studies; genomic selection; processed pseudogenes; nucleotide substitution; transitions and tranversions; cytosine methylation and deamination; neutral sequence evolution; governance; treaty; farmers’ rights; gene banks; genomics; differentiation; genome-environment association; durum wheat; genetic diversity; grain protein content; glutamine synthetase; glutamate synthase; Triticum; crop wild relatives; alien gene transfer; alien gene pyramiding; chromosome engineering; segregation distortion; new plant breeding techniques; biodiversity; germplasm; genetic resources; International Treaty; conservation; olive tree local cultivars; endocarp characterization; SSR genotyping; on farm conservation; Muchamiel; De la pera; ToMV; TYLCV; TSWV; genetic diversity; agro-biodiversity; landraces; crop; breeding; agriculture