Who Can Sue Over Government Surveillance?
Public Citizen Litigation Group
October 1, 2009
UCLA Law Review, Vol. 57, p. 71, 2009
The nature and scope of new government electronic surveillance programs in the aftermath of September 11 have presented acute constitutional questions about executive authority, the Fourth Amendment, and the separation of powers. But legal challenges to these new surveillance programs have been stymied — and decisions on the merits of core constitutional questions avoided — by court rulings that the challengers lack standing to sue under the Supreme Court’s 1972 decision in Laird v. Tatum. Last year, Congress amended the law governing foreign intelligence surveillance; the law has been challenged in court, and once again the issue of the challengers’ standing is at the heart of the case. In light of the fundamental civil liberties and separation of powers questions that remain unanswered, it is vital to identify who, if anyone, has standing to challenge government surveillance. Unfortunately, the law of standing in the surveillance context remains murky and in important respects appears out of line with the larger body of standing jurisprudence. In some cases, courts impose on surveillance plaintiffs a stricter test for probabilistic injuries than exists in the rest of standing law; in other cases, courts do not recognize as injuries the significant chilling effects a broad and secretive surveillance program can create. This Article argues that the divergent strands of jurisprudence interpreting Laird can be synthesized with general principles of standing law into a coherent and workable doctrine that will open the courthouse doors just wide enough to permit courts to adjudicate the crucial constitutional questions presented by new and emerging regimes of government surveillance.
Keywords: standing, surveillance, NSA, wiretapping, justiciability, constitution
Date posted: November 1, 2009
© 2016 Social Science Electronic Publishing, Inc. All Rights Reserved.
This page was processed by apollobot1 in 0.141 seconds