Which Way to U.S. Climate Cooperation? Issue Linkage versus a U.S.‐Based Agreement

Several scholars have suggested that the United States can be compelled to reengage in the Kyoto process by linking cooperation on climate change to cooperation on trade or technology research and development. We argue that such issue linkage would likely fail and suggest that a more promising road to U.S. cooperation is to develop an alternative climate agreement based on federal U.S. climate policy. However, the question then becomes whether the Kyoto countries might be prepared to abandon the Kyoto process in favor of such a U.S.‐based agreement. We argue that if a U.S.‐based agreement were to be built on President Bush's current climate policy, the Kyoto countries (especially the European Union) would likely be reluctant to go along. However, if a U.S.‐based agreement were to be built on the many Kyoto‐like initiatives now emerging at state and local levels, the Kyoto countries might well be more favorably inclined.     

Fentanyl transdermal patches: Extraction and evaluation of a novel disposal method using NarcX®

Currently, there is no known commercially available product for disposing of used fentanyl transdermal patches. To eliminate the potential for harm and abuse, a proper disposal method is needed–one that neutralizes the dangerous amount of residual fentanyl that remains after therapeutic use of the fentanyl patch. The patent-pending liquid solution of activated carbon, known as NarcX^®, was investigated as a potential fentanyl adsorbing agent. In order to determine the amount of fentanyl remaining after a patch is treated with NarcX^®, here, we utilized hexanes to first dissolve the patch adhesive and then followed with liquid-liquid extraction with methanol to recover the fentanyl. Using liquid chromatography coupled to tandem mass spectrometry (LC/MS-MS), the extracts obtained with this method yielded between 85% and 117% recovery of fentanyl from new and unused patches. Further optimization of this method allowed for a quantitative evaluation of NarcX^®-treated fentanyl patches. 100 µg/h Apotex brand fentanyl patches were exposed to NarcX^® for 1, 24, 48, and 72 h. NarcX^® was shown to adsorb fentanyl from the patches with varying degrees of success, demonstrating an average of 66.98 ± 0.75% fentanyl adsorption after 72 h. These findings suggest that more work is needed to successfully neutralize the fentanyl patches in their entirety using NarcX^®; however, this work does demonstrate proof of concept.     

Weaponization of the Land and Property Rights system in the Syrian civil war: facilitating restitution?

The Syrian civil war has seen the weaponization of its land and property rights system by the primary combatant groups in the country. The government is the most robust in its use of the tenure system to locate, target, destroy, confiscate, cleanse and gain revenue by way of the institutions and attributes comprising the system. Based on fieldwork with Syrian refugees in Lebanon, Jordan and Turkey, this article describes seven ways the Syrian government is currently using the land and property rights system in its military-on-civilian engagements. While the objective of such use is presumably to permanently prevail over opposition civilian constituencies, the article describes how this actually creates evidence usable for effective restitution of lands and properties subsequent to the war.