Sangeet Lamichhaney

This study examines gut microbial variation with elevation in three Himalayan redstart species, finding elevation significantly affects community composition and functional potential.

The paper investigates the invasion history of box tree moth in North America using genomic and morphological data, finding multiple introductions and genetic structuring.

The paper presents the first reference genome of the Black Redstart, assembled using PacBio HiFi sequencing and annotated with 18,609 genes, providing a resource for studying high-altitude adaptation in passerines.

This study integrates genomic and ecological data to reveal climate-driven population divergence and adaptation in Tibetan Partridges, highlighting vulnerability differences between western and northeastern populations.

This study uses whole-genome sequencing to analyze genetic diversity and selection in Philornis downsi populations from Galapagos and Ecuador, identifying genomic regions linked to invasion success.

This study uses whole-genome sequencing of museum specimens to reveal genetic distinctions and cryptic diversity in Woolly-necked storks, supporting taxonomic reclassification and highlighting conservation needs.

This study generates a high-quality genome assembly for the avian vampire fly Philornis downsi and identifies gene families associated with insecticide resistance and immune responses.

The paper estimates the mutation rate in Atlantic herring and explains its moderate nucleotide diversity despite large population size.

HaploDistScan detects genomic regions of deep divergence using haplotype distances without prior population information, identifying balancing selection in ruff and Darwin's finch data.