AGC 226067: A possible interacting low-mass system
E. A. K. Adams, J. M. Cannon, K. L. Rhode, W. F. Janesh, S., Janowiecki, L. Leisman, R. Giovanelli, M. P. Haynes, T. A. Oosterloo, J. J., Salzer, T. Zaidi

TL;DR
This study investigates the complex, multi-component system AGC 226067 in the Virgo cluster, revealing interactions or accretion processes among dwarf galaxy candidates through multi-wavelength observations.
Contribution
First detailed multi-wavelength analysis of AGC 226067 revealing its multiple components and possible interactions or accretion scenarios.
Findings
AGC 226067 has an HI mass of 1.5 x 10^7 Msun.
The system includes a smaller HI-only component and a second optical component.
Only about 25% of the single-dish HI emission is associated with AGC 226067.
Abstract
We present Arecibo, GBT, VLA and WIYN/pODI observations of the ALFALFA source AGC 226067. Originally identified as an ultra-compact high velocity cloud and candidate Local Group galaxy, AGC 226067 is spatially and kinematically coincident with the Virgo cluster, and the identification by multiple groups of an optical counterpart with no resolved stars supports the interpretation that this systems lies at the Virgo distance (D=17 Mpc). The combined observations reveal that the system consists of multiple components: a central HI source associated with the optical counterpart (AGC 226067), a smaller HI-only component (AGC 229490), a second optical component (AGC 229491), and extended low surface brightness HI. Only ~1/4 of the single-dish HI emission is associated with AGC 226067; as a result, we find M_HI/L_g ~ 6 Msun/Lsun, which is lower than previous work. At D=17 Mpc, AGC 226067 has…
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