as 420 GeV and sbottom LSP masses as low as 500 GeV.

The rest of this paper is organized as follows. Section \[the.model\] introduces the details of the model as well as specifying the $R$-parity violating sector. The consequences in terms of $R$-parity violation are discussed in Section \[RPV\] and their influence on neutrino masses are illustrated in Section \[sec.nu.mass\]. Section \[stop\] contains the results for both the stops and sbottoms, including lower bounds and the connection between squark decays and the neutrino sector. This connection is explored through a numerical scan, but the results can be understood analytically, an is done in Section \[disc\]. Section \[disc\] also attempts to frame the results in terms of a bigger picture, investigating how this scenario can be distinguished from scenarios with similar signatures. Finally, Section \[out\] summarizes our results. Throughout this work, many references will be made to technical calculations discussed in Appendix \[nu\], making this a potentially important section for the reader. The remaining three Appendices, B, C and D, briefly discuss the chargino sector, the third generation squark sector and the Feynman rules used in the calculations of the squark decays.

The Minimal SUSY B-L and Spontaneous R-parity Violation {#the.model}
