Environmental Practice (Environ Pract )

Publisher: National Association of Environmental Professionals; Evergreen State College. Graduate Program in Environmental Studies; DePaul University. Dept. of Public Policy Studies, Cambridge University Press

Description

Environmental Practice is the official journal and newsletter of the National Association of Environmental Professionals (NAEP). The central purpose of Environmental Practice is to provide an open forum to NAEP members and other concerned individuals for the discussion and analysis of significant environmental issues. Research articles and commentaries appearing in Environmental Practice are peer-reviewed and aim for the highest standards of professional quality.

Impact factor 0.00

  • 5-year impact
    0.00
  • Cited half-life
    0.00
  • Immediacy index
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  • Eigenfactor
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  • Website
    Environmental Practice website
  • ISSN
    1466-0466
  • OCLC
    42303867
  • Material type
    Periodical, Internet resource
  • Document type
    Journal / Magazine / Newspaper, Internet Resource

Publisher details

Cambridge University Press

  • Pre-print
    • Author can archive a pre-print version
  • Post-print
    • Author can archive a post-print version
  • Conditions
    • Author's Pre-print on author's personal website, departmental website, social media websites, institutional repository, non-commercial subject-based repositories, such as PubMed Central, Europe PMC or arXiv
    • Author's post-print for HSS journals, on author's personal website, departmental website, institutional repository, non-commercial subject-based repositories, such as PubMed Central, Europe PMC or arXiv, on acceptance of publication
    • Author's post-print for STM journals, on author's personal website on acceptance of publication
    • Author's post-print for STM journals, on departmental website, institutional repository, non-commercial subject-based repositories, such as PubMed Central, Europe PMC or arXiv, after a 6 months embargo
    • Publisher's version/PDF cannot be used
    • Published abstract may be deposited
    • Pre-print to record acceptance for publication
    • Publisher copyright and source must be acknowledged with set statement, for deposit of Authors Post-print or Publisher's version/PDF
    • Must link to publisher version
    • Publisher last reviewed on 07/10/2014
  • Classification
    ​ green

Publications in this journal

  • Environmental Practice 12/2014; 15(04):373.
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    ABSTRACT: In response to observed and projected changes in climate, efforts to promote climate change adaptation to key stakeholder groups have been rapidly increasing. To help us understand the perceptions of resource managers in the Great Lakes region, we conducted a Web-based survey. We asked respondents to define climate change adaptation and to provide examples of both feasible and current adaptation actions. Responses from 441 individuals indicate that many did not have a clear, proactive concept of climate change adaptation. Only 74% provided a definition, and, of those, only 43% described adaptation as a proactive process. Nearly one third (30%) gave purely reactive descriptions, and 27% failed to convey the concept of intentionally responding to climate change impacts; half of these described climate change mitigation or evolutionary adaptation. Examples of feasible actions covered a range of current conservation practices and some adaptation-specific ideas (e.g., research on potential species' range shifts, managed relocation of species), along with such actions as updates to infrastructure. In comparison to feasible actions, actions identified as under way were biased toward early stages in adaptation, such as science and planning, increasing awareness, and capacity building. We suggest that targeted outreach can help catalyze movement from early-stage actions toward implementation of change: collaborative work with stakeholders to refine and customize the concept of adaptation and develop visions of successful adaptation is vital to the long-term conservation of the Great Lakes ecosystem.Environmental Practice 15:377–392 (2013)
    Environmental Practice 12/2014; 15(04):377-392.
  • Environmental Practice 12/2014; 15(04):481-482.
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    ABSTRACT: Coastal megadeltas in Asia have emerged rapidly; their megacities are particularly stressed by urbanization and rapid population growth. In the Pearl River Delta, towns in coastal megacities, such as Hong Kong, experience severe land shortage, which has led to the installation of essential infrastructure in flood-prone areas. Floods from the storm surge of two recent storms, Typhoons Hagupit and Koppu in 2008 and 2009, respectively, damaged over 100 properties in the Tai O, Hong Kong. Although projected sea-level rise and frequent storms pose a serious threat for the foreseeable future, flood management is inadequately understood by the various stakeholders in Tai O. Based on interviews of 22 stakeholders related to flood-risk management in Tai O, this article highlights the similarities and differences in the prevailing perceptions of coastal flood management practices. In addition, the report highlights the need for urgent attention so as to establish an integrated coastal flood-risk management strategy that will involve all stakeholders in mitigating the emerging flood vulnerability of the coastal communities.
    Environmental Practice 09/2014; 15(3):201-219.
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    ABSTRACT: Western North Carolina is water rich, with high annual rainfall and historically low population. Therefore, water management has traditionally not been a significant policy issue. Recent droughts and high population growth, however, have stressed many water supply systems. To deal effectively with these stresses, new policies and management practices have been initiated, prompted by both state mandates and local pressure. As pressures are likely to continue, there is a need to understand what motivates policy development and what processes decision makers use when creating water management policies and programs. Previous research finds that decision makers are apt to base decisions on perceptions, personal beliefs and historical practice rather than on relevant water data. In this study, survey results are used to understand how decision-maker perceptions about water availability, growth, and environmental concerns correlate with water allocation and conservation policies. Results indicate that respondents are only moderately concerned about water availability and drought is the primary concern, rather than population growth. Few of these decision makers have implemented water education programs, but many have implemented drought-related conservation programs. Environmental concerns related to water management are quite low among all respondents.Environmental Practice 16: 94–101 (2014)
    Environmental Practice 06/2014; 16(02):94-101.
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    ABSTRACT: In the United States (US), interstate water compacts are used to ensure the equitable division of water resources. It is necessary to understand how interstate water compacts affect intrastate water management so that administrators of water resources can effectively manage state water resources and comply with the agreed-upon allocation schemes. Although interstate compacts are more prevalent in the western US, concerns surrounding changing climate conditions, as well as water scarcity issues, have increased disputes over the management of shared water resources throughout the US. Drawing upon a case study from Colorado, the question this article seeks to answer is, how effectively does Colorado implement compliance of interstate compacts? More specifically, this report assesses implementation at the local level of government: water divisions. Using a modified version of Denise Scheberle’s implementation model, this article examines how Colorado’s Water Division 2 ensures compliance by water users party to the Arkansas River Compact. This research provides useful lessons for both academics interested in implementation studies and practitioners who are responsible for managing state resources such as water effectively, equitably, and in line with state laws and regulations. Findings suggest that compact compliance is contingent upon the effective implementation of rules curtailing water use at the local level and includes water divisions having the capacity to communicate effectively with water users and other entities involved in the maintenance of compact compliance.Environmental Practice 16: 151–161 (2014)
    Environmental Practice 06/2014; 16(02):151-161.
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    ABSTRACT: FracTracker is a participatory geographic information system (PGIS) and website that was designed to address concerns surrounding the process of unconventional natural gas development (UNGD) by enabling registered users to make visual connections by using raw data and mapping technologies. An electronic survey (n = 147) and case studies (n = 3) of registered users were conducted in 2011–12 to better understand FracTracker's usage, outcomes, and barriers. Results indicate that PGISs like FracTracker, while difficult for some users to operate, can effectively provide information about UNGD to engaged nonexperts—or regular users. User contributions via volunteered geographic information or crowdsourcing remain limited on FracTracker, but are a barrier that could be overcome with targeted training, by facilitation of a user intermediary, and by diversifying site features. Future PGIS research should assess individuals' concept of space, investigate the interaction between PGIS and digital discourse, and search for the proper balance between the system's technological capacities and ease of use.
    Environmental Practice 12/2012; 14(4):342-351.
  • Environmental Practice 06/2012; 14(02):165.
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    ABSTRACT: Scientists overwhelmingly agree that the climate is changing and that the changes are largely due to increased levels of carbon emissions into the atmosphere that are caused by human activities. The recommended response from society to climate change involves two sets of activities: mitigation and adaptation. Adaptation includes activities that attempt to adjust or respond to changes to the environment caused by climate change. For wildlife, a consensus is forming around an approach to adaptation planning that would improve the ability of an ecosystem to resist dramatic changes to habitats; build resilience into the ecosystem to recover from extreme weather events and changes in temperature and precipitation that may cause increased floods, wildfires, insect outbreaks, etc.; and lastly build realignment into our ecosystems through wildlife corridors or other connections through matrix landscape types that allow species to shift their ranges and transition into new areas when the need becomes inevitable. This commentary outlines a climate change adaptation strategy for wildlife within an eight-state region (Minnesota, Iowa, Missouri, Wisconsin, Illinois, Michigan, Indiana, and Ohio) of the Midwest United States (US) focused on the design of an interconnected green infrastructure network of natural areas that helps refine future wildlife habitat conservation priorities while also providing other natural and human benefits to residents of the Midwest US. A landscape-scale green infrastructure network will be developed for this area within the next 18–24 months thanks to a grant from the US Fish and Wildlife Service to the eight Midwest states, and the strategy outlined here serves as the foundation for implementing effective wildlife habitat protection projects in response to climate change.
    Environmental Practice 03/2012; 14(1):45.
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    ABSTRACT: Over the past decade, green infrastructure has evolved from a novel buzzword into a recognized planning practice. Definitions of green infrastructure inevitably have been tailored to appeal to diverse constituents with message points that address a particular professional discipline or resource issue. Commonly accepted definitions emphasize the interconnected network concept and are mostly differentiated by the scale at which green infrastructure planning is implemented. This commentary lays out an operational framework for green infrastructure that can be advanced at all scales, from the largest landscape to the smallest site, and illustrates examples of operationalizing the framework at each scale. What is ultimately needed is a seamless quilt of planning and implementation across scales and jurisdictional boundaries that make sense in terms of their benefits but also in terms of their economics, and every one can play a part in making that a reality in their communities.
    Environmental Practice 03/2012; 14(1):1.
  • Environmental Practice 03/2011; 13(01):74-76.
  • Environmental Practice 03/2011; 13(01):74.
  • Environmental Practice 12/2010; 12(04):398.
  • Environmental Practice 12/2007; 4(04).
  • Environmental Practice 06/2005; 7(02).
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    ABSTRACT: The extension of surfactant-based technologies for use in remediation of mercuric ion [Hg(II)]-impacted soils and ground-waters was explored. In concept, a target metal ion can be selectively sequestered and mobilized from the subsurface by a ligand solubilized in surfactant solution. The selected ligand, 1-decyl-2-thiourea (DTU), was used in this study due to its extremely high selectivity for Hg2+ and its compatibility with micellar solubilization. In batch semiequilibrium dialysis studies using a mixture of 0.3 mM DTU and 30 mM cetylpyridinium nitrate (a cationic surfactant), 99.8% of applied Hg(II) (0.1 mM) was retained, thus demonstrating the effectiveness of this ligand-surfactant system for separating the mobile contaminant from the waste stream. Isolation of the target metal ion from the complex is desirable to allow for ligand and surfactant reuse. As a function of the ligand type, this can be achieved by precipitation, pH stripping, or ligand-ligand exchange. In theory, for DTU, Hg(ll) removal can be done at an elevated pH by formation of a soluble mercury-hydroxide complex, which would pass a secondary ultrafiltration stage, allowing retention and reuse of the ligand-surfactant colloid. While only batch studies were conducted for this feasibility study, the possibility of utilizing flow-through ultrafiltration units coupled with contaminant isolation steps in pump-and-treat field applications is discussed.
    Environmental Practice 01/2004; 6(2):157-164.
  • Environmental Practice 05/2001; 3:89-92.