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Journal of Environmental & Engineering Geophysics (JEEG)

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Just-Accepted Articles are peer-reviewed, accepted manuscripts that have been assigned Digital Object Identifiers (DOIs) and undergo the normal publication process (copy editing, page composition, proofing by author, and finalization). A just-accepted article is removed when the final version of the manuscript is ready and assigned to a Journal of Environmental & Engineering Geophysics (JEEG) issue, becoming the official version of the article. The Just Accepted article has the same DOI that appears on the official version of the article; therefore, citations made to an article during the Just-Accepted stage will continue to link to the article's official version.  Click  Members Only and select "Just-Accepted JEEG Articles."

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  • Members can Click here to access the online JEEG issues (current and past issues) and SAGEEP proceedings prior to 2022 available from the EEGS Research Collection (members only - must be signed in to the EEGS web site to access).  To access proceedings, select "Abstracts" from the Research Collection web page menu and select the desired year.  For proceedings after 2021, navigate to EEGS' web site and select  Annual Meeting-SAGEEP.  Scroll down to the tab for the year desired. 
  • JEEG issues are also available through GeoScienceWorld.   

The Journal is offered online through a SEG Digital Library portal.  If you are an EEGS member, be sure to log into the EEGS web site or be ready to enter your EEGS log in name and password.  You will be directed to the EEGS Journal and SAGEEP proceedings sites in the Digital Library.  

Current Issue September, 2024 29.3

Thank you to our Advertisers:

Editors’ Foreword                      Afshin Aghayan
                                                     Aleksandra Varnavina

In this issue, we present two compelling studies that advance our understanding of environmental and engineering geophysics and its practical applications.

The first paper by Nasiri et al. (2024) introduces an method for rapidly and cost-effectively identifying layering structures in construction and demolition (C&D) waste depots. This research highlights a systematic approach to determining the composition of C&D materials and suggests that incorporating laboratory tests can significantly aid in recovering economic value from such waste. The implications of their findings are profound, promising to alleviate environmental concerns and enhance the desirability of C&D waste management practices.

The second paper by Chibane et al. (2024) delves into the complexities of apparent conductivity data acquisition in rural landscapes, specifically examining the influence of metal fences using the EM34-3 instrument. Through a combination of experimental and numerical methods, this study sheds light on the extent of interference caused by such structures—an insight that challenges previous assumptions regarding the spatial influence of metallic obstructions.

These studies contribute valuable knowledge to environmental and engineering geophysics, addressing practical challenges and theoretical understandings. We hope this inspires further research and innovative solutions to today's pressing environmental issues.

We want to thank the authors and reviewers for their significant contributions to this issue. The insights presented in these papers will inspire further research and innovation in environmental and engineering geophysics.

Thank you for your engagement with the Journal of Environmental and Engineering Geophysics.

Application of Geoelectrical Methods to Identify the Subsurface Layering Structure of Construction and Demolition Waste Depot
Asgar Nasiri, Abolfazl Eslami, Ahmad Fahimifar, and Davood Akbarimehr

Distortions of Metallic Objects in EM34 Apparent Conductivity Readings
Pedro Henrique da Silva Chibane, Caroline Urenha Silva, Carlos Alberto Mendonça, and Ulrich Ofterdinger

Author Biographies

https://doi.org/10.32389/1943-2658-29.3.115

 

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