The Red Dawn of Geoengineering: First Step Toward an Effective Governance for Stratospheric Injections

By: Edward J. Larson A landmark report by the National Academy of Sciences (NAS) issued in 2015 is the latest in a series of scientific studies to assess the feasibility of geoengineering with stratospheric aerosols to offset anthropogenic global warming and to conclude that they offer a possibly viable supplement or back-up alternative to reducing carbon dioxide emissions. The known past effect of major explosive volcanic eruptions temporarily moderating average worldwide temperatures provides evidence in support of this once taboo form of climate intervention. In the most extensive study to date, an elite NAS committee now suggests that such processes for adjusting global temperature, while still uncertain, merit further research and field testing. Every study stresses the need for transparent international governance of stratospheric injections, especially given that the benefits of such interventions are certain to be unevenly distributed and the risks are not fully known. After examining the roadblocks to such governance, this paper explores the statutory and common law frameworks that could provide some stop-gap approaches until the needed regulatory regime emerges. Download Full Article (PDF) Cite: 14 Duke L. & Tech. Rev. 157

Aereo and Internet Television: A Call to Save the Ducks (A La Carte)

By: Pooja Patel If it looks like a duck, swims like a duck, and quacks like a duck, it is probably a duck. The most recent U.S. Supreme Court decision regarding the Copyright Act employed this “duck test” when determining that Aereo, an Internet content-streaming company, violated the Copyright Act by infringing on the copyrights of television broadcast networks. The Supreme Court ruled that Aereo’s Internet streaming services resembled cable television transmissions too closely. Therefore, by streaming copyrighted programming to its subscribers without the cable compulsory license, Aereo violated the Transmit Clause of the 1976 Copyright Act. Subsequently, Aereo used this Supreme Court decision to obtain a compulsory license from the Copyright Office but was denied. Forced back into litigation, Aereo filed for Chapter 11 Bankruptcy This Issue Brief describes Aereo’s technology, the litigation that followed, and the related precedent, and concludes that the district court should have granted Aereo a Section 111 Statutory License in line with the Supreme Court’s “duck test.” It considers the implications of the Court’s preliminary injunction against Aereo’s “a la carte” TV technology, what this means for the future of similar technological innovation, and the effects on consumers and competition. Download Full Article (PDF)

Riley v. California and the Stickiness Principle

By: Steven I. Friedland In Fourth Amendment decisions, different concepts, facts and assumptions about reality are often tethered together by vocabulary and fact, creating a ‘Stickiness Principle.’ In particular, form and function historically were considered indistinguishable, not as separate factors. For example, “containers” carried things, “watches” told time, and “phones” were used to make voice calls. Advancing technology, though, began to fracture this identity and the broader Stickiness Principle. In June 2014, Riley v. California and its companion case, United States v. Wurie, offered the Supreme Court an opportunity to begin untethering form and function and dismantling the Stickiness Principle. Riley presented the question of whether cell phone searches incident to a lawful arrest were constitutional. The Court, which had clung to pre-digital concepts such as physical trespass well into the twenty-first century, appeared ready to explore how technology is reshaping historically understood conceptions of privacy. From a broader perspective, the case offers an initial step in reconciling pre-digital rules based on outdated spatial conceptions of physical things with the changing realities of a technology driven world. Download Full Article (PDF) Cite: 14 Duke L. & Tech. Rev. 121