Forced Migration After Paris COP21: Evaluating the Climate Change Displacement Coordination Facility

Climate change represents, perhaps, the greatest challenge of the twenty-first century. As temperatures and sea levels rise, governments around the world will face massive and unprecedented human displacement that international law currently has no mechanism to address. While estimates vary, the scope of the migration crisis that the world will face in the coming decades is startling. In addition to losing their homes, climate change migrants, under current law, will encounter a refugee system governed by a decades-old Refugee Convention that offers neither protection nor the right to resettle in a more habitable place. Armed with the most recent developments in international climate change law following the December 2015 Paris climate conference (COP21), this Note considers which of the existing bodies in the United Nations is best equipped to address forced migration caused by climate change. Inspired by the negotiations leading up to the Paris Conference, this Note advocates for a Climate Change Displacement Coordination Facility, housed within the United Nations Framework Convention on Climate Change (UNFCCC), to protect the rights of displaced persons. Finally, this Note maps out an institutional architecture and a long-term vision for a Displacement Coordination Facility. As opposed to an amendment of the 1951 Refugee Convention or a new rights-based treaty for climate migration, a Facility housed within the UNFCCC provides the greatest possible flexibility, autonomy, and cultural retention for climate change migrants while still protecting their essential human rights

Climate Change and International Peace and Security: Possible Roles for the U.N. Security Council in Addressing Climate Change

This paper considers what actions the United Nations Security Council has taken with regard to climate change thus far, and what actions the Security Council could legally take going forward. To this point, the U.N. Security Council (“UNSC” or “Council”) has played a very minimal role in addressing climate change. The UNSC has held two debates on the relationship between climate change and security, first in 2007 and then in 2011, the latter producing a formal Presidential Statement on the topic. The U.N. Charter and the literature suggest that the UNSC could theoretically take two possible actions related to climate change: (1) handle discrete, traditional conflicts partially or wholly caused by climate change; (2) find that climate change represents a “threat to international peace and security”, placing the topic within the mandate of the Council, and employ its Chapter VI and VII powers to mitigate or adapt to climate change. This memorandum focuses primarily on the second, more controversial option, which could include the imposition of economic sanctions, the creation of a subsidiary climate change committee, and even the use of force

Residential Water Conservation: Seasonal Rates and Non-Linear Tariffs

With drought conditions and climate change creating an increasingly pressing issue, water conservation has become profoundly important. This work quantifies the effectiveness of residential water conservation programs, namely non-linear tariff functions and seasonal rates, at inducing household water customers to conserve water. The analysis of non-linear tariffs and seasonal rates commences through a clustering study, measuring consumption at certain kink points in pricing. If customers respond to prices by reducing consumption, then one should observe a bunching of customers who consume just below kink points where the marginal price of water increases. I use detailed customer-level data on monthly water consumption from a water utility in Texas to test for the behavioral response to discrete increases in the marginal price of water. This work concludes that consumers in this region do not respond to price changes at the kink points in non-linear tariff functions in a statistically significant way

Forced Migration After Paris COP21: Evaluating the Climate Change Displacement Coordination Facility

Climate change represents, perhaps, the greatest challenge of the twenty-first century. As temperatures and sea levels rise, governments around the world will face massive and unprecedented human displacement that international law currently has no mechanism to address. While estimates vary, the scope of the migration crisis that the world will face in the coming decades is startling. In addition to losing their homes, climate change migrants, under current law, will encounter a refugee system governed by a decades-old Refugee Convention that offers neither protection nor the right to resettle in a more habitable place. Armed with the most recent developments in international climate change law following the December 2015 Paris climate conference (COP21), this Note considers which of the existing bodies in the United Nations is best equipped to address forced migration caused by climate change. Inspired by the negotiations leading up to the Paris Conference, this Note advocates for a Climate Change Displacement Coordination Facility, housed within the United Nations Framework Convention on Climate Change (UNFCCC), to protect the rights of displaced persons. Finally, this Note maps out an institutional architecture and a long-term vision for a Displacement Coordination Facility. As opposed to an amendment of the 1951 Refugee Convention or a new rights-based treaty for climate migration, a Facility housed within the UNFCCC provides the greatest possible flexibility, autonomy, and cultural retention for climate change migrants while still protecting their essential human rights

Open data from the first and second observing runs of Advanced LIGO and Advanced Virgo

Advanced LIGO and Advanced Virgo are monitoring the sky and collecting gravitational-wave strain data with sufficient sensitivity to detect signals routinely. In this paper we describe the data recorded by these instruments during their first and second observing runs. The main data products are gravitational-wave strain time series sampled at 16384 Hz. The datasets that include this strain measurement can be freely accessed through the Gravitational Wave Open Science Center at http://gw-openscience.org, together with data-quality information essential for the analysis of LIGO and Virgo data, documentation, tutorials, and supporting software