Resources Repository
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Working PaperPublication 2015Benefit-Cost Analysis and the Cities
This paper provides a short introduction to the use of benefit-cost analysis to assess interventions …
This paper provides a short introduction to the use of benefit-cost analysis to assess interventions undertaken at the city or municipal level. It introduces the concepts that underlie the conduct of benefit-cost analysis, describes the major analytic components, and discusses how to tailor the analysis to the characteristics of the policy and the resources available. It concludes with a list of references for those interested in learning more.
Benefit-Cost Analysis | Decision Analysis | Government/Law | North America | Environmental Health | Preferences/Values | Priority Setting/Ethics | Social Determinants | Policy/Regulation | Climate/Environment | Culture/Society | Economics/Finance | Critical Thinking/Analysis -
GuidelinesPublication 2014EPA Guidelines for Preparing Economic Analyses
The US Environmental Protection Agency (EPA) Guidelines for Preparing Economic Analyses provide a framework for …
The US Environmental Protection Agency (EPA) Guidelines for Preparing Economic Analyses provide a framework for assessing the impacts of environmental regulations and policies that has been extensively peer-reviewed and is widely-applied both within and outside of the agency. The Guidelines discuss: (1) statutory and executive order requirements for conducting economic analyses; (2) identifying the need for policy action; (3) regulatory and non-regulatory approaches to pollution control; (4) baseline definition; (5) discounting future benefits and costs;…
Benefit-Cost Analysis | Decision Analysis | Government/Law | North America | Environmental Health | Preferences/Values | Priority Setting/Ethics | Policy/Regulation | Climate/Environment | Critical Thinking/Analysis -
ReportPublication 2016Modeling to Inform Strategies to Improve Population Health
This workshop report summarizes a workshop convened by the Institute of Medicine to explore the potential …
This workshop report summarizes a workshop convened by the Institute of Medicine to explore the potential uses of simulation and other types of modeling for improving health. Participants worked to identify how modeling could inform population health decision making (selecting and refining potential strategies, ranging from interventions to investments) based on lessons learned from models that have been, or have not been, used successfully, opportunities and barriers to incorporating models into decision making, and data needs and…
Dynamic Simulation | Mathematical Models | Decision Analysis | Government/Law | North America | Environmental Health | State-Transition | Microsimulation | Chronic Disease/Risk | Health Systems | Policy/Regulation | Business/Industry | Climate/Environment | Health/Medicine -
ReviewPublication 2001Modeling for Health Care and Other Policy Decisions: Uses, Roles and Validity
This is a review article of the role of modeling approaches to guide decision making …
This is a review article of the role of modeling approaches to guide decision making in health care and other domains. The role of models to support recommendations on the cost-effective use of medical technologies and pharmaceuticals is controversial. At the heart of the controversy is the degree to which experimental or other empirical evidence should be required prior to model use. The authors argue that the controversy stems in part from a misconception that…
Evidence Synthesis | Mathematical Models | Government/Law | North America | Environmental Health | Priority Setting/Ethics | Technology Assessment | Health Systems | Policy/Regulation | Business/Industry | Climate/Environment | Economics/Finance | Energy/Engineering | Health/Medicine -
Lesson/ModuleWeb Portal, Teaching Resource 2016Scientific Evidence of Factual Causation
This module examines three scientific areas that provide evidence bearing on causation in the “toxic …
This module examines three scientific areas that provide evidence bearing on causation in the “toxic tort” or environmental disease context: epidemiology, toxicology, and genetics. These scientific disciplines are used in civil lawsuits and in regulatory proceedings in which causation or risk is an issue. The module is appropriate for non-scientist law students as well as others interested in learning the science of toxic tort causation, including practicing attorneys, judges, and public policy and public health…
Evidence Synthesis | Risk Analysis | Government/Law | North America | Environmental Health | Child/Nutrition | Chronic Disease/Risk | Policy/Regulation | Climate/Environment | Food/Agriculture | Health/Medicine | Science/Technology | Global | College | Graduate | Doctoral | Professional | Critical Thinking/Analysis | Quantitative Literacy -
Lesson/ModuleWeb Portal, Teaching Resource 2016Educational Module: Models and Practice
This module is an introduction to models and to their role in regulatory decision-making, and …
This module is an introduction to models and to their role in regulatory decision-making, and is intended for non-scientists from a variety of different backgrounds including law, journalism, public policy, and business. The module covers three main themes: (1) Core lessons on using models for policy making; (2) Key questions on the art and science of modeling including how models differ from other scientific techniques; and (3) Key ideas on using models in policy-making including how…
Mathematical Models | Government/Law | North America | Environmental Health | Priority Setting/Ethics | Policy/Regulation | Business/Industry | Climate/Environment | Health/Medicine | Science/Technology | Global | College | Graduate | Doctoral | Critical Thinking/Analysis | Conceptual Mapping | Decision Making/Leadership -
Lesson/ModuleWeb Portal, Teaching Resource 2016Educational Module: Shale Gas Development
This module has been developed around the topic of the extraction of natural gas from …
This module has been developed around the topic of the extraction of natural gas from shale. This practice, commonly referred to as fracking, involves several practices that have complex and uncertain consequences. In the module, three scientific concepts are explored in order to elucidate how science is applied toward addressing real-world problems. The scientific concepts are: (1) correlation is not the same as causation, (2) hazard is not the same as risk, and (3) risk…
Risk Analysis | Government/Law | North America | Environmental Health | Probability/Bayes | Policy/Regulation | Business/Industry | Climate/Environment | Energy/Engineering | Science/Technology | Global | College | Graduate | Doctoral | Critical Thinking/Analysis | Decision Making/Leadership -
Tutorial/PrimerPublication, Teaching Resource 2015White Paper: Retrospective Benefit-Cost Analysis
In this article the authors consider how benefit-cost analysis can be used retrospectively to promote …
In this article the authors consider how benefit-cost analysis can be used retrospectively to promote understanding of the impacts after a policy is implemented. Serving as a brief primer, the authors propose that analysis can be useful for identifying needed reforms as well as in improving the conduct of future prospective analyses. The major challenges relate to estimating what would have occurred in the absence of the policy and separating the effects of the policy…
Benefit-Cost Analysis | Government/Law | North America | Environmental Health | Priority Setting/Ethics | Social Determinants | Policy/Regulation | Culture/Society | Economics/Finance | College | Graduate | Doctoral | Critical Thinking/Analysis | Policy Translation -
ArticlePublication 2024Adopting Electric School Buses in the U.S.: Health & Climate Benefits
This article evaluates the health and climate benefits of replacing diesel school buses with electric …
This article evaluates the health and climate benefits of replacing diesel school buses with electric models in the U.S. Despite the high cost of electric buses, their benefits in reducing mortality and childhood asthma, as well as greenhouse gas emissions, could justify the investment. The study quantifies the benefits of replacing an average diesel bus with an electric bus, estimating $84,200 in total benefits per bus, with $40,400 from climate benefits and $43,800 from health…
Benefit-Cost Analysis | Government/Law | North America | Environmental Health | Health/Medicine