Environmental Leadership Programs: Toward an Empirical Assessment of their Performance*

Over the past decade, the U.S. Environmental Protection Agency (EPA) and states have developed environmental leadership programs (ELPs), a type of voluntary environmental program designed to recognize facilities with strong environmental performance records and encourage facilities to perform better. Proponents argue that ELPs overcome some of the limitations of traditional environmental regulation by encouraging managers to address the full gamut of environmental problems posed by their facilities, reducing the costs of environmental regulation, easing adversarialism, and fostering positive culture change. Although ELPs have been in place for at least five years at the federal level and in seventeen states, these programs have been subject to little empirical evaluation. In this paper, we chart a course for assessing whether ELPs achieve their goals. Drawing on archival research and interviews with government officials who manage these programs, we provide the first comprehensive analysis of the characteristics of these programs, describing program goals, activities, communication strategies, and data collection practices. We find that EPA and many states have established ELPs to improve the environment and to achieve various social goals such as improving relationships between business and government. When it comes to collecting data that could be used to assess these programs\u27 successes, however, government efforts fall short. Even when agencies collect reliable data, these data usually cannot be aggregated sensibly and are insufficient to draw inferences about the true impact of these programs. They also cannot help answer the question of whether ELPs are actually prompting pollution reductions or improving regulatory relationships. These general data weaknesses are significant, even surprising, given the aspirations for ELPs to facilitate policy learning and advocates\u27 claims that these programs are delivering important environmental benefits

Evaluating the Social Effects of Environmental Leadership Programs

In the past decade, EPA and over 20 states have created voluntary environmental leadership programs designed to recognize and reward businesses that take steps that go beyond compliance with the strictures of environmental law. Environmental leadership programs seek not only to spur direct improvements to environment quality but also to advance broader social goals that may lead indirectly to environmental improvements, such as improving business-government relationships and changing business culture. Measuring progress toward leadership programs’ social goals is a particularly challenging but essential task if researchers and decision makers are to understand the full impacts of these programs. In this paper, Jonathan C. Borck, Cary Coglianese, and Jennifer Nash present strategies for overcoming the three core challenges in evaluating the social effects of leadership programs and any voluntary environmental initiative: (1) defining appropriate measures of social goals, (2) inferring whether programs achieve those goals, and (3) linking social effects to environmental outcomes. Only through careful attention to these three empirical issues will it be possible to rule out alternative explanations and determine whether environmental leadership programs are truly generating their intended positive social effects as well as improvements to the environment

Kondo effect in a few-electron quantum ring

A small quantum ring with less than 10 electrons was studied by transport spectroscopy. For strong coupling to the leads a Kondo effect is observed and used to characterize the spin structure of the system in a wide range of magnetic fields. At small magnetic fields Aharonov-Bohm oscillations influenced by Coulomb interaction appear. They exhibit phase jumps by $\pi$ at the Coulomb-blockade resonances. Inside Coulomb-blockade valleys the Aharonov-Bohm oscillations can also be studied due to the finite conductance caused by the Kondo effect. Astonishingly, the maxima of the oscillations show linear shifts with magnetic field and gate voltage.Comment: 4 pages, 4 figure

Evaluating the Social Effects of Environmental Leadership Programs

In the past decade, EPA and over 20 states have created voluntary environmental leadership programs designed to recognize and reward businesses that take steps that go beyond compliance with the strictures of environmental law. Environmental leadership programs seek not only to spur direct improvements to environment quality but also to advance broader social goals that may lead indirectly to environmental improvements, such as improving business-government relationships and changing business culture. Measuring progress toward leadership programs’ social goals is a particularly challenging but essential task if researchers and decision makers are to understand the full impacts of these programs. In this paper, Jonathan C. Borck, Cary Coglianese, and Jennifer Nash present strategies for overcoming the three core challenges in evaluating the social effects of leadership programs and any voluntary environmental initiative: (1) defining appropriate measures of social goals, (2) inferring whether programs achieve those goals, and (3) linking social effects to environmental outcomes. Only through careful attention to these three empirical issues will it be possible to rule out alternative explanations and determine whether environmental leadership programs are truly generating their intended positive social effects as well as improvements to the environment

“College Material” Structural Care at a New York City Transfer School

Based on ethnographic research at Brooklyn Community High School (BCHS), a transfer high school in New York City I demonstrate that students narrate their educational histories in terms of their experience of care, or lack of care, from teachers. Contributing to research on student-teacher relationships, care, resilience and retention, I develop the concept structural care, arguing that teachers’ ability to demonstrate care for their students, and students’ ability to perceive that care, is enabled or constrained by larger, socio-structural forces such as the national educational policy landscape, widespread cultural beliefs about schools and students, and processes of racialization, criminalization, and marginalization

Aharonov-Bohm oscillations of a tunable quantum ring

With an atomic force microscope a ring geometry with self-aligned in-plane gates was directly written into a GaAs/AlGaAs-heterostructure. Transport measurements in the open regime show only one transmitting mode and Aharonov-Bohm oscillations with more than 50% modulation are observed in the conductance. The tuning via in-plane gates allows to study the Aharonov-Bohm effect in the whole range from the open ring to the Coulomb-blockade regime.Comment: 3 pages, 3 figure

Understanding adhesion at as-deposited interfaces from ab initio thermodynamics of deposition growth: thin-film alumina on titanium carbide

We investigate the chemical composition and adhesion of chemical vapour deposited thin-film alumina on TiC using and extending a recently proposed nonequilibrium method of ab initio thermodynamics of deposition growth (AIT-DG) [Rohrer J and Hyldgaard P 2010 Phys. Rev. B 82 045415]. A previous study of this system [Rohrer J, Ruberto C and Hyldgaard P 2010 J. Phys.: Condens. Matter 22 015004] found that use of equilibrium thermodynamics leads to predictions of a non-binding TiC/alumina interface, despite the industrial use as a wear-resistant coating. This discrepancy between equilibrium theory and experiment is resolved by the AIT-DG method which predicts interfaces with strong adhesion. The AIT-DG method combines density functional theory calculations, rate-equation modelling of the pressure evolution of the deposition environment and thermochemical data. The AIT-DG method was previously used to predict prevalent terminations of growing or as-deposited surfaces of binary materials. Here we extent the method to predict surface and interface compositions of growing or as-deposited thin films on a substrate and find that inclusion of the nonequilibrium deposition environment has important implications for the nature of buried interfaces.Comment: 8 pages, 6 figures, submitted to J. Phys.: Condens. Matte

Archaeology in 2022: Counter‐myths for hopeful futures

Archaeology in 2022 features more calls than ever for a socially and politically engaged, progressive discipline. Archaeologists increasingly respect and integrate decolonizing and Indigenous knowledge in theory and practice. They acknowledge and embrace the fluidity and diversity of sexes and genders, past and present. They document patterns of migration, ancient as well as contemporary, to combat retrograde and racist narratives that remain pervasive in the public sphere. At the same time, the field has a deep‐seated conservative bastion toward which many scholars retreat, arguing for an “objective” past that is free of political implications or interpretive ambiguity. As anarchist archaeologists, we see the myth of the objective past as one of many interconnected myths that have provided the basis for an archaeology that reifies and proliferates the current social order. We deconstruct myths relating to capitalist and colonialist ideologies of “human nature,” the assumed inevitability of the current order, and fatalistic commitment to dystopian or utopian futures. As alternatives, we present counter‐myths that emphasize the contingent and political nature of archaeological praxis, the creative and collaborative foundation of communities, the alternative orders that archaeology uncovers, and the role of a hopeful past for constructing the possibilities of different futures

Testosterone production during puberty in two 46,XY patients with disorders of sex development and novel NR5A1 (SF-1) mutations

BACKGROUND: Steroidogenic factor 1 (SF-1, NR5A1) is a key transcriptional regulator of many genes involved in the hypothalamic–pituitary–gonadal axis and mutations in NR5A1 can result in 46,XY disorders of sex development (DSD). Patients with this condition typically present with ambiguous genitalia, partial gonadal dysgenesis, and absent/rudimentary Müllerian structures. In these cases, testosterone is usually low in early infancy, indicating significantly impaired androgen synthesis. Further, Sertoli cell dysfunction is seen (low inhibin B, anti-Müllerian hormone). However, gonadal function at puberty in patients with NR5A1 mutations is unknown. SUBJECTS AND METHODS: Clinical assessment, endocrine evaluation, and genetic analysis were performed in one female and one male with 46,XY DSD who showed spontaneous virilization during puberty. The female patient presented at adolescence with clitoral hypertrophy, whereas the male patient presented at birth with severe hypospadias and entered puberty spontaneously. Molecular analysis of NR5A1 was performed followed by in vitro functional analysis of the two novel mutations detected. RESULTS: Testosterone levels were normal during puberty in both patients. Analysis of NR5A1 revealed two novel heterozygous missense mutations in the ligand-binding domain of SF-1 (patient 1: p.L376F; patient 2: p.G328V). The mutant proteins showed reduced transactivation of the CYP11A promoter in vitro. CONCLUSION: Patients with 46,XY DSD and NR5A1 mutations can produce sufficient testosterone for spontaneous virilization during puberty. Phenotypic females (46,XY) with NR5A1 mutations can present with clitoromegaly at puberty, a phenotype similar to other partial defects of androgen synthesis or action. Testosterone production in 46,XY males with NR5A1 mutations can be sufficient for virilization at puberty. As progressive gonadal dysgenesis is likely, gonadal function should be monitored in adolescence and adulthood, and early sperm cryopreservation considered in male patients if possible