(743.2 Mb) <FRESH>

Separately assembled at 17.12 kilobases in length. Why It Matters

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The assembly represents a high-fidelity map of the insect's genetic blueprint. By utilizing Pacific Biosciences HiFi long reads, scientists achieved 31-fold coverage, allowing them to scaffold the majority of the sequence into . This includes the Z sex chromosome, providing a detailed look at the moth's reproductive and evolutionary biological markers. Key Statistics of the Assembly Separately assembled at 17

The technical complexity of the 743.2 Mb genome is highlighted by several core metrics: 743.2 Mb. Scaffolding: Organized into 67 sequence scaffolds. Learn more The assembly represents a high-fidelity map

Apotomis capreana is a member of the Tortricidae family, known for its distinctive marbled wing patterns that provide camouflage on sallow (willow) trees. By documenting this 743.2 MB sequence, researchers are building a foundational database for the Atlantic Archipelago's eukaryotic species. This data is crucial for understanding lepidopteran evolution, supporting conservation efforts, and exploring the genetic basis of adaptation in changing environments.

In a significant contribution to biodiversity genomics, researchers have successfully sequenced and assembled the complete genome of the Sallow Marble moth, Apotomis capreana . The project, part of the larger Darwin Tree of Life initiative, revealed a total genome span of . Architectural Precision

A scaffold N50 of 27.9 Mb, indicating a highly continuous and complete assembly.