Two chromosome-scale genomes of wild Aedes aegypti aegypti mosquitoes from North America and South-East Asia [0.03%]
Gen Morinaga,Andrea Gloria-Soria,Kathryn A Hanley et al.
Gen Morinaga et al.
The yellow fever mosquito (Aedes aegypti) is the primary vector for diseases such as chikungunya, dengue fever, yellow fever, and Zika fever. These mosquitoes have been designated as two subspecies: Ae. aegypti formosus (Aaf) and Ae. aegypt...
Francesco Giannelli,Joan Ferrer Obiol,Emiliano Trucchi
Francesco Giannelli
Reconstructing the evolutionary dynamics of natural populations requires an understanding of the geographical distribution of nuclear and mitochondrial genetic diversity. The analysis of these two genetic markers often reveals discordant pa...
Keith M Hernandez,Karen K Martien,Robin W Baird et al.
Keith M Hernandez et al.
High-quality genomic resources are essential tools for conservation and management actions. We present a chromosome-level genome assembly for the false killer whale (Pseudorca crassidens, Owen, 1846), a large globicephaline delphinid found ...
A chromosome-level genome assembly of a vernal pool specialist amphibian, the Western Spadefoot, Spea hammondii [0.03%]
西方虎掌蛙（Spea hammondii）的染色体水平基因组组装：一个春池专业两栖动物
Ben Thompsky,Eric Beraut,Robert D Cooper et al.
Ben Thompsky et al.
We assembled and annotated a chromosome-level genome for the Western Spadefoot, Spea hammondii (Anura, Scaphiopodidae) representing one of only three amphibians included in the California Conservation Genomics Project (CCGP). Spea hammondii...
Polygenic and monogenic adaptation drive evolutionary rescue at different magnitudes of environmental change [0.03%]
多基因和单基因适应以不同的环境变化幅度推动进化救援
Tatiana Bellagio,Moises Exposito-Alonso
Tatiana Bellagio
Understanding the genetic basis of rapid adaptation is key to predicting species' evolutionary responses to environmental change. However, it is still debatable whether many small-effect mutations or a few large-effect mutations underlie ra...
Reference genome assembly of the mandarin rat snake (Euprepiophis mandarinus) [0.03%]
橘红扁wormsnake参考基因组组装
Lianming Du,Lian Wang,Jiahao Chen et al.
Lianming Du et al.
The mandarin rat snake (Euprepiophis mandarinus), a widely distributed and ecologically important species endemic to Asia, serves as an ideal candidate for establishing a reference genome for the genus Euprepiophis. This is due to its wide ...
The origin of the octoploid cloudberry (Rubus chamaemorus) genome is the result of multiple and complex polyploidization events [0.03%]
八倍体蔓越莓（Rubus chamaemorus）基因组的起源是多次复杂的多倍化事件的结果
Marius A Strand,Thu-Hien To,Ole K Tørresen et al.
Marius A Strand et al.
We describe a chromosome-level genome assembly from an individual male plant of the cloudberry (Rubus chamaemorus). The haplotype-resolved assemblies contain one pseudo-haplotype spanning 1198 megabases and one pseudo-haplotype spanning 116...
A genome assembly of the North American golden eagle, Aquila chrysaetos canadensis [0.03%]
北美金雕(Aquila chrysaetos canadensis)基因组组装
Samantha L R Capel,Robert N Fisher,Merly Escalona et al.
Samantha L R Capel et al.
The golden eagle (Aquila chrysaetos) is an apex predator across its holarctic range. Although chromosome-level reference genome assemblies are available for two of the six golden eagle subspecies (European and Japanese), current assemblies ...
Comparative analyses of olfactory receptor repertoires reveal evolutionary dynamics and adaptation of freshwater and seawater gobies based on the chromosome-level genomes [0.03%]
基于染色体水平基因组的嗅觉受体分析揭示海水和淡水鳚的进化动力学及适应性
Huayan Zhao,Minmin Xie,Fang Zhao et al.
Huayan Zhao et al.
The olfactory receptor (OR) genes underpin vertebrates' detection of environmental chemical signals; the expansion, functional differentiation, and genomic diversity of the OR gene family drive niche adaptation. Aquatic OR genes evolve in r...
Environmental Drivers of Genetic Diversity and Connectivity in A Mountain Ungulate Across the European and Dinaric Alps [0.03%]
气候变化下欧洲和迪纳里克阿尔卑斯山脉黇鹿的遗传多样性及交流屏障研究
Julies Roques,Flurin Leugger,Elena Buzan et al.
Julies Roques et al.
Global environmental change is reshaping biodiversity by altering species connectivity, genetic diversity, and long-term viability. A key challenge is to disentangle how historical, environmental, and anthropogenic factors jointly shape con...