Linked from

The 19 pages that link to Tidal stripping, each with the reason it gives.

• Globular clusterRelated: A galaxy’s tides can remove stars from a cluster’s outskirts.

• Dwarf galaxyRelated: A massive host can pull stars and dark matter from an orbiting dwarf.

• Stellar streamRelated: A galaxy’s changing gravitational pull removes stars from a cluster or dwarf galaxy.

• Galaxy harassmentRelated: Cluster tides and flybys can strip stars and dark matter from a harassed galaxy.

• Star clusterRelated: A galaxy’s gravity can pull stars from a cluster’s outskirts.

• Intracluster lightRelated: Cluster encounters can pull stars from galaxies and add them to the diffuse light.

• Magellanic StreamRelated: Gravitational encounters between the Clouds and the Milky Way can pull gas into extended streamers.

• Too-big-to-fail problemRelated: Stripping can reduce satellite masses and change comparisons with present-day subhalos.

• Satellite galaxyRelated: The host’s tidal field can peel stars and dark matter from an orbiting satellite.

• Fornax ClusterRelated: Cluster tides can reshape and deplete galaxies passing near massive members.

• Magellanic BridgeRelated: The amount of stripped stellar material remains a key clue to the Bridge’s formation.

• Dwarf elliptical galaxyRelated: A massive host can strip material from a dwarf elliptical and alter its structure.

• IC 1101Related: Cluster interactions can strip stars from galaxies and enlarge diffuse central envelopes.

• cD galaxyRelated: Cluster tides can strip stars from passing galaxies and add them to the cD envelope.

• Intergalactic starRelated: Gravitational encounters can pull stars out of their host galaxies and into intergalactic space.

• Beehive ClusterRelated: The Milky Way's tides gradually remove stars from the Beehive.

• Satellite galaxies of the Milky WayRelated: The Milky Way strips stars and dark matter from satellites during close passages.