Genomics of rapid adaptation in the lab and in the wild
$706,034R35FY2018GMNIH
Stanford University, Stanford CA
Investigators
Linked publications & trials
Paper 39585785Paper 39554054Paper 39553990Paper 39041198Paper 39024225Paper 38489348Paper 37808827Paper 37237236Paper 36640300Paper 36047771Paper 35425962Paper 35298245Paper 35065882Paper 34788634Paper 34553687Paper 34279216Paper 34155971Paper 33885362Paper 33854239Paper 33827587Paper 33635910Paper 33592092Paper 33444376Paper 33263280Paper 33211096Paper 31915011Paper 31871131Paper 31636085Paper 31611676Paper 31527278Paper 31462443Paper 31061475Paper 30753202Paper 30290142Paper 29610476Paper 29429618Paper 29321302Paper 29233960Paper 29087300Paper 29079675Paper 28957326Paper 28542550Paper 28530655Paper 28213477Paper 28046117Paper 27718537Paper 27594428Paper 27317778Paper 27194750Paper 27187613
Abstract
DESCRIPTION (provided by applicant): Adaptation is the central concept in evolution and biology in general. I aim to build and quantitative and predictive theory of the adaptive process by focusing on interrelated empirical, computational, and theoretical studies of rapid adaptation in a range of systems. The MIRA grant will be supporting three specific umbrella projects that focus on: (i) inference of the dynamics of adaptation from genomic data, (ii) studies of rapid seasonal adaptation in Drosophila, and (iii) high throughput studies of adaptive mutation in experimental evolution studies in yeast.
View original record on NIH RePORTER →