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The magnetic phase diagram of Sr$_{1-x}$Ca$_x$Co$_2$P$_2$ as a function ofhydrostatic pressure and temperature is investigated by means of high pressuremuon spin rotation, relaxation and resonance ($\mu^+$SR). The weak pressuredependence for the $x\neq1$ compounds suggests that the rich phase diagram ofSr$_{1-x}$Ca$_x$Co$_2$P$_2$ as a function of $x$ at ambient pressure may notonly be attributed to solely chemical pressure effects. The $x=1$ compound onthe other hand reveals a high pressure dependence, where the long rangemagnetic order is fully suppressed at $p_{\rm c2}\approx9.8$~kbar, which seemto be a first order transition. In addition, an intermediate phase consistingof dilute ferromagnetic islands (FMI) is formed above $p_{\rm c1}\approx8$~kbarwhere they co-exist with a magnetically disordered state. Moreover, such FMIphase seems to consist of an high- (FMI-\textcircled{\small{1}}) andlow-temperature (FMI-\textcircled{\small{2}}) region, respectively, separatedby a phase boundary at $T_{\rm i}\approx20$~K.

Pressure driven magnetic order in Sr$_{1-x}$Ca$_x$Co$_2$P$_2$