Global ETD Search
Search theses and dissertations gathered from participating repositories worldwide. Every result links back to the library that holds it. No account is needed.
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Showing 1 to 6 of 6 for “"landscape genomics"”.
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Landscape genomics of tropical high altitude plant species
… excess within tropical mountains, I used landscape genomic analyses and ddRAD data to examine two plant species from the alpine grasslands of the Transmexican Volcanic Belt. As a main result, this thesis supports from a population-level perspective that tropical mountains; (1) allow for …
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Rarity, cause or consequence: comparative landscape genomics of six lichenized fungi with contrasting range sizes, life histories, and morphologies
… framework, we examined the population and landscape genetic patterns associated with rarity in related widespread and range-restricted lichenized fungi sampled throughout the Appalachian Mountains of eastern North America. This research produced robust genomic datasets for widespread …
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A landscape genomic approach to investigating growth performance in South African Bonsmara cattle
This study utilized a landscape genomic approach to investigate growth performance in Bonsmara cows from three South African provinces, Eastern Cape, Free State and North-West. Landscape genomics seeks to investigate potential associations between the genotype of an animal and a specific …
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Evaluating the Adaptive Genomic Landscape of Remnant and Backcross American Chestnut Populations to Inform Germplasm Conservation
… gaps in knowledge regarding the population genomics of wild and backcross American chestnut populations. I 1) estimated the genomic diversity, population structure, and demographic history of remnant wild American chestnut populations; 2) revealed the genomic basis of local climate …
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BIODIVERSITY AND ENVIRONMENTAL ADAPTATION IN SMALL RUMINANTS: MAPPING TEMPORAL AND SPATIAL GENOMIC CHANGES IN ITALIAN SHEEP AND GOATS
… rispetto al passato. Grazie a un approccio di landscape genomics, inoltre, si sono individuate regioni genomiche potenzialmente associate all’adattamento ambientale. In particolare, incrociando i risultati di più metodi, sono emersi tre geni—KPNA1, PARP9 e LRP8— coinvolti nel funzionamento del …