Arhangelskii and Buzyakova proved that the cardinality of a first countable linearly Lindelxf6;f space does not exceed 2<sup><sub>0sub>sup>. Consequently, a first countable linearly Lindelxf6;f space is Lindelxf6;f if <sub>ωsub>>2<sup><sub>0sub>sup>. They asked whether every linearly Lindelxf6;f first countable space is Lindelxf6;f in ZFC. This question is supported by the fact that all known linearly Lindelxf6;f not Lindelxf6;f spaces are of character at least <sub>ωsub>. We answer this question in the negative by constructing a counterexample from MA+<sub>ωsub><2<sup><sub>0sub>sup>.
A modification of Alsters Michael space that is first countable is presented.