Articles

In recent years, a concerted effort has been made to build up and delineate a discipline of applied history. But there has been little discussion about what applied history is, how the discipline navigates a range of epistemological problems, and how applied history is distinct from other disciplines that use historical data and attend to matters of policy—particularly political science. This article considers some of these questions with respect to two common methods of applied history: analogy and genealogy.

We used the US-TIMES energy-system model in conjunction with integrated assessment models for air pollution (AP3, EASIUR, InMAP) to estimate the consequences of local air pollutant (LAP) and carbon dioxide (CO₂) policy on technology-choice, energy-system costs, emissions, and pollution damages in the United States. We report substantial policy spillover: Both LAP and CO₂ taxes cause similar levels of decarbonization. Under LAP taxes, decarbonization was a result of an increase in natural gas generation and a near-complete phaseout of coal generation in the electric sector. Under a CO₂ tax, the majority of simulated decarbonization was a result of increased electric generation from wind and solar. We also found that the timing of the CO₂ and LAP taxes was important. When we simulated a LAP tax beginning in 2015 and waited until 2025 to introduce a CO₂ tax, the electric sector was locked into higher levels of natural gas generation and cumulative 2010–2035 energy system CO₂ emissions were 8.8 billion tons higher than when the taxes were implemented simultaneously. A scenario taxing CO₂ and LAPs simultaneously beginning in 2015 produced the highest net benefits, as opposed to scenarios that target either CO₂ or LAPs, or scenarios that delayed either LAP or CO₂ taxes until 2025. Lastly, we found that net benefits compared to business as usual are higher under a regional versus a national LAP-tax regime, but that efficiency gains under the regional tax are not substantially higher than those under the national LAP-tax policy.

How can electricity sector policymakers in developing countries ensure financial viability of utilities while also extending electricity access and minimizing the environmental impact of electricity supply? This study uses a mixed-method approach to analyze synergies and trade-offs between policies for financial reform of utilities, extending electricity access, and solar PV deployment in the case of Uttar Pradesh in India.

This article examines the trilateral relations between Russia, China, and Iran through their engagement in various issues from domestic, regional, and international levels. It explores the practices and coordination between Russia, China, and Iran in the international order, the Iranian Nuclear Program, the Shanghai Cooperation Organisation, domestic regime security, and economic connectivity. The article concludes that although Russia, China, and Iran have had overlapping interests and approaches in terms of contesting the Western created and dominated international "liberal" order, strengthening domestic regime security, defending authoritarian governance, and supporting de-dollarization, all of which have brought the three sides closer, a Russia–China-Iran axis has not thus far materialized. Rather, due to the lack of regularized and institutionalized mechanisms, the tripartite relationship remains an illusory entente, which is essentially driven by the bilateral ties followed by modest trilateral coordination in ad-hoc situations.

This article examines both the premise and prescription of the argument to integrate renewable electricity in developing countries through elements of the standard model (such as a wholesale spot market, or an independent system operator for dispatch). This is done by highlighting the differences between power sector reform experiences in the developing and developed worlds, and the causal mechanisms underlying these differences.

Trump tied American jobs to endless wars in the Middle East. Biden should link them to renewed diplomacy.

This study provides a whole-systems simulation on how to halve global CO2 emissions by 2050, compared to 2010, with an emphasis on technologies and costs, in order to avoid a dangerous increase in the global mean surface temperature by end the of this century.

Horizontal nuclear proliferation presents what is sometimes referred to as the "Nth country problem," or identifying which state could be next to acquire nuclear weapons. Nuclear fuel cycle technologies can contribute to both nuclear power generation and weapons development. Consequently, observers often view civilian nuclear programs with suspicion even as research on nuclear latency and the technological inputs of proliferation has added nuance to these discussions. To contribute to this debate, the author puts forth a simple theoretical proposition: En route to developing a civilian nuclear infrastructure and mastering the fuel cycle, states pass through a proliferation "danger zone."

In this paper, a quantitative Waste to Energy Recovery Assessment (WERA) framework is used to stochastically analyze the feasibility of waste-to-energy systems in selected cities in Asia.

The 1970 Clean Air Act established the basic architecture of the U.S. air pollution control system: It was the first environmental law to give the federal government a serious regulatory role, and it became a model for many subsequent environmental laws in the United States and abroad. In this article, the authors describe the evolution of air pollution control policy under this legislation with particular attention to the types of policy instruments used.