Genomics (Other Keyword)

1-3 (3 Records)

Maize Adaptation to Changing Environments (2023)
DOCUMENT Citation Only Miguel Vallebueno-Estrada. Krisztian Nemeth. Bruce Benz. Michael Blake. Kelly Swarts.

This is an abstract from the "Subsistence Crops and Animals as a Proxy for Human Cultural Practice" session, at the 88th annual meeting of the Society for American Archaeology. All organisms must contend with rapidly changing environments in the face of climate change in order to ensure the survival of the population (Hoffmann and Sgrò 2011). Domesticated plants, with a 10,000 year history of adapting to new environments, provide an excellent model for understanding genetic responses to...


Molecular archaeobotany from its early foundations onward: New questions and perspectives for the genomic era (2015)
DOCUMENT Citation Only Logan Kistler.

Following the inception of ancient DNA-based research in the mid 1980’s, researchers began applying the new toolkit of archaeogenetics to a diverse range of questions surrounding human-plant interactions. These early studies laid the groundwork for the field of molecular archaeobotany, exploring aspects of selection and domestication, movement of crop plants alongside humans, and human impacts on ancient ecosystems. Some two decades later, ancient DNA researchers began experimenting with...


Paleo-population genomics as a means to understand the history of dog domestication (2015)
DOCUMENT Citation Only Greger Larson. Keith Dobney. Anna Linderholm. Allowen Evin. Thomas Cucchi.

Dogs were unquestionably the first domestic animal and the only animal domesticated within a hunter-gatherer context prior to the advent of agriculture. Understanding the precise temporal and geographic origins of domestic dogs has proven difficult for several reasons including: the widespread distribution of wolves and the lack of a easily interpretable phylogeographic signatures amongst modern dog populations. More recently, studies making use of high-coverage genomes of dogs and wolves have...