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We investigate split supersymmetry (SUSY) within a supergravity framework,where local SUSY is broken by the F-term of a hidden sector chiral superfieldX. With reasonably general assumptions, we show that the fermionic component ofX will always have mass within a Tev. Though its coupling to the observablesector superfields is highly suppressed in Tev scale SUSY, we show that it canbe enhanced by many orders in split SUSY, leading to its likely participationin accelerator phenomenology.We conclude with a specific example of such ascenario in a string based supergravity model.Comment: 12 Pages, Latex, Title changed, version thoroughly revise

SPLIT SUPERSYMMETRY AND THE ROLE OF A LIGHT FERMION IN A SUPERGRAVITY-BASED SCENARIO