A high-quality genome sequence for this versatile insect will likely aid eco-evolutionary research.

A chromosome-scale genome sequence for this infamous agricultural pest could help mitigate its plagues.

Oceanic bacteria form a transient spherical community to conquer large food sources, taking on different roles to break down the bounty more efficiently.

A new study using fairly complete genetic datasets of two phyla of small suspension feeders (Ectoprocta and Entoprocta) reopens the debate on the phylogenetic relationships between them and other animals.

The researchers who constructed the first reference genome for this critically endangered mollusk say it will assist restoration efforts.

The first high-quality genome for a marine isopod may shed light on how this group of crustaceans adapted to the deep, dark depths of the ocean.

These tiny reef fish harbor luminous bacteria, and the chromosome-level assembly of the species’ genome may facilitate the duo’s use as a vertebrate model for symbiosis.

The near-complete genome of a recently extinct rodent elucidates the potential—and difficulties—of resurrecting species.

The genome of the world’s only live-bearing cockroach may shed light on how viviparity evolves in insects.

Whole genome sequences reveal multiple domestications of this agriculturally important tree and may hold the secrets to producing the sweet fruit year round.

The first reference-quality genome for this grass species could aid managers in understanding and eradicating this highly invasive plant.

The first chromosome-level genome assembly for a ctenophore may allow scientists to finally resolve the roots of the animal family tree.

The high-quality genome sequence sheds light on the colorful nature of these popular aquarium fish.

Bettas were likely the first fish welcomed into human homes. Now, scientists are welcoming them into the lab to learn how genes dictate their appearance and behavior.