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We report high-pressure skin depth measurements on the heavy fermion materialCeIn3 in magnetic fields up to 64 T using a self-resonant tank circuit based ona tunnel diode oscillator. At ambient pressure, an anomaly in the skin depth isseen at 45 T. The field where this anomaly occurs decreases with appliedpressure until approximately 1.0 GPa, where it begins to increase beforemerging with the antiferromagnetic phase boundary. Possible origins for thistransport anomaly are explored in terms of a Fermi surface reconstruction. Thecritical magnetic field at which the Neel ordered phase is suppressed is alsomapped as a function of pressure and extrapolates to the previous ambientpressure measurements at high magnetic fields and high pressure measurements atzero magnetic field.

Pressure Evolution of a Field Induced Fermi Surface Reconstruction and of the Neel Critical Field in CeIn3