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Improving Deliberative Environmental Management Under Uncertainty, 2009-2010

Version
v1
Resource Type
Dataset : experimental data
Creator
  • Gregory, Robin (Decision Research)
Other Title
  • Version 1 (Subtitle)
Publication Date
2013-08-30
Funding Reference
  • National Science Foundation
Language
English
Free Keywords
decision making; energy production; environmental attitudes; environmental impact; environmental policy; environmental protection; health problems; judgment; natural resources; risk management; wildlife
Description
  • Abstract

    Improving Deliberative Environmental Management Under Uncertainty examined similarities and differences between expert and public understanding of uncertainty. This collection directly compares expert and layperson interpretations and understandings of different expressions of uncertainty, in the context of evaluating the consequences of proposed environmental management actions that influence economic, social, or health concerns. Data were collected via a Web-based survey where respondents were asked a series of questions after they were given four hypothetical scenarios on the following topics: wind farms, vegetation management, superfund site, and salmon. Each scenario described an environmental proposal along with pros and cons then respondents selected a response option with costs and benefits of the proposal in mind. The first scenario focused on a plan to manage forest vegetation in the northeastern United States, using either conventional methods involving aerial spraying of herbicides or more expensive hand spraying methods intended to reduce adverse impacts on local moose populations. The second scenario focused on a proposal to build a new windfarm in a western state, which would lower electricity rates to local communities but could have negative effects on resident songbird populations. The third scenario focused on a plan to clean up hazardous waste at a large industrial Superfund site. The waste was estimated to have caused 200 children to develop serious respiratory illness from exposure to contaminated drinking water; building a decontamination facility would reduce the number of sick children but would be very expensive and would take time to build. The fourth scenario focused on a plan to reduce the declining population of Chinook Salmon. In order to reduce the Chinook Salmon declines in the Seshon River, an advisory committee must find a balance between the protection of salmon and the use of water to generate electricity, which is a cause in salmon reduction. Participants responded to hypothetical but realistic scenarios involving trade-offs between options presented and other objectives, and were asked a series of questions about their comprehension of the uncertainty information, their preferred choice among the alternatives, and the associated difficulty and amount of effort. Respondents were asked general questions which ranged from how they felt about a particular issue to how easy or difficult it was to answer the questions associated with each scenario. Demographic information includes gender, age and education level.
  • Abstract

    Please refer to the Original P.I. Documentation in the ICPSR Codebook for further information on study design.
  • Abstract

    This collection contains 113 variables.
  • Methods

    none
  • Methods

    ICPSR data undergo a confidentiality review and are altered when necessary to limit the risk of disclosure. ICPSR also routinely creates ready-to-go data files along with setups in the major statistical software formats as well as standard codebooks to accompany the data. In addition to these procedures, ICPSR performed the following processing steps for this data collection: Checked for undocumented or out-of-range codes..
  • Methods

    Presence of Common Scales: Two 10-item Numeracy Scales
  • Methods

    Response Rates: The response rate for the public is 95 percent. The response rate for the expert sample is 27 percent. Please refer to the Original P.I. Documentation in the ICPSR Codebook for further information on response rates.
  • Table of Contents

    Datasets:

    • DS1: Dataset
Temporal Coverage
  • 2009 / 2010
    Time period: 2009--2010
  • 2009-12-09 / 2010-01-20
    Collection date: 2009-12-09--2010-01-20
Geographic Coverage
  • United States
Sampled Universe
Decision Research Web-panel participants located throughout the United States.
Sampling
Public Sample: Nationally representative, convienence sample of Decision Research web-panel participants located throughout the United States. Expert Sample: Web site organized by United States Fish and Wildlife Services (USFWS) for employees who have undertaken some previous training in resource management and decision-making. Please refer to Original P.I. Documentation in the ICPSR Codebook for further information on sampling.
Collection Mode
  • web-based survey

    Special collaborators for Improving Deliberative Environmental Management Under Uncertainty, 2009-2010, include Nathan Dieckmann and Ellen Peters.

Note
Funding insitution(s): National Science Foundation (0725025).
Availability
Download
This study is freely available to ICPSR member institutions via web download.
Alternative Identifiers
  • 34809 (Type: ICPSR Study Number)
Publications
  • Gregory, R., Dieckmann, N., Peters, E., Failing, L., Long, G., Tusler, M.. Deliberative disjunction: Expert and public understanding of outcome uncertainty. Risk Analysis.2013.
    • ID: 10.1111/j.1539-6924.2012.01825.x (DOI)
  • Dieckmann, Nathan F., Peters, Ellen, Gregory, Robin, Tusler, Martin. Making sense of uncertainty: Advantages and disadvantages of providing an evaluative structure. Journal of Risk Research.15, (7), 717-735.2012.

Update Metadata: 2015-08-05 | Issue Number: 6 | Registration Date: 2015-06-16

Gregory, Robin (2013): Improving Deliberative Environmental Management Under Uncertainty, 2009-2010. Version 1. Version: v1. ICPSR - Interuniversity Consortium for Political and Social Research. Dataset. https://doi.org/10.3886/ICPSR34809.v1