  Recent searches for a first-generation leptoquark by the CMS collaboration
have shown around 2.5 sigma deviations from Standard Model predictions in both
the eejj and e nu jj channels. Furthermore, the eejj invariant mass
distribution has another 2.8 sigma excess from the CMS right-handed W plus
heavy neutrino search. We point out that additional leptoquark production from
a heavy coloron decay can provide a good explanation for all three excesses.
The coloron has a mass around 2.1 TeV and the leptoquark mass can vary from 550
GeV to 650 GeV. A key prediction of this model is an edge in the total m_T
distribution of e nu jj events at around 2.1 TeV.
