ALLOCHRONY IN ATLANTIC LUMPFISH: GENOMIC AND OTOLITH SHAPE DIVERGENCE BETWEEN...
收藏B2FIND2026-03-19 收录
官方服务：
资源简介：
Whole genome shotgun (WGS) sequencing of Atlantic lumpfish (Cyclopterus lumpus) for population genomics analyses
应用场景：
相关数据集
Mapping and expression of candidate genes for development rate in rainbow trout (Oncorhynchus mykiss)
Development rate has important implications for individual fitness and physiology. In salmonid fishes, development rate correlates with many traits later in life, including life history diversity, gro
DataONE2020-06-24 更新70
Protea repens population genomic raw sequence reads. Protea repens
We sampled nineteen populations across the range of Protea repens and used genotyping by sequencing (GBS) to identify 2066 polymorphic loci in 663 individuals. We used a Bayesian FST-outlier analysis
NIAID Data Ecosystem60
TABLE 2 in Allozyme and cytogenetic analysis in two species of Hypostomus (Siluriformes: Loricariidae) from the Paraguai River basin, Brazil: occurrence of B microchromosome and intrapopulation heterochromatic polymorphism in H. boulengeri
TABLE 2 | Frequency of B microchromosomes in Hypostomus boulengeri. IndividualCells analyzedCells with B microchromosomes1172 (11.76%)240 (0%)3302 (6.7%)4351 (2.86%)5190 (0%)6624 (6.45%)7233 (13.04%)8
Zenodo2025-05-28 更新00
Measuring viability selection from prospective cohort mortality studies: a case study in Maritime pine
By changing the genetic background available for selection at subsequent life stages, stage-specific selection can define adaptive potential across the life cycle. We propose and evaluate here a neutr
NIAID Data Ecosystem70
After being on the brink of extinction in the late 1960s, peninsular Italian wolves rebounded and recolonized most of the peninsula. Despite that, the consequences of the historical bottleneck on their genomic make-up is still lacking. We sequenced whole genomes of thirteen individuals and conducted population genomics analyses, including a comparison with wolves from two highly-inbred wolf populations. Our findings indicate that the peninsular Italian wolf population is still susceptible to bottleneck legacies, which could lead to local inbreeding depression in case of population reduction or fragmentations.
Preserving genetic diversity and adaptive potential while avoiding inbreeding depression is crucial for the long-term conservation of natural populations. Despite demographic increases, traces of past
NIAID Data Ecosystem20
