Digital Commons Network^™

Final 2022 Unreclaimed Sites Sampling: Ur-12 Site Evaluation Summary Report, Pioneer Technical Services, Inc.

Silver Bow Creek/Butte Area Superfund Site

No abstract provided.

A Procedural Giant, Scott Dodson

UC Law Journal

No abstract provided.

That's Rick, Edward H. Cooper

UC Law Journal

No abstract provided.

Searching Smarter, Connecting Better, Abby Veiman

University of Nebraska-Lincoln Libraries: White Papers

In Searching Smarter, Connecting Better, Abby Veiman reflects on her experience as a data-driven researcher to reimagine the future of research libraries. Drawing from her work as an Ameritas Research Assistant in Actuarial Science and Risk Management, she highlights how modern research is increasingly digital, analytical, and dependent on technological infrastructure rather than physical materials. Veiman argues that libraries must continue evolving beyond access to databases by strengthening technological capacity, supporting responsible AI integration, and providing clearer guidance on the effective and ethical use of emerging research tools. She emphasizes the need for libraries to serve as trusted institutions …

Winnowing The Wheat From The Chaff: The Continuing Controversy Over Article Iii Standing And The Certification Of Rule 23(B)(3) Damages Classes Containing "Uninjured" Members, William G. Beatty

William & Mary Business Law Review

The controversy surrounding the inclusion of uninjured class members in Rule 23(b)(3) damages classes has deeply divided the federal circuit courts of appeals and continues to do so. This Article explores the constitutional roots of the issue, beginning with the foundational element of Article III standing, and discusses the question of how many uninjured members, if any, Rule 23 permits in a class seeking certification before problems with commonality and predominance arise.

The Article discusses the details of the Laboratory Corp. of America v. Davis case (LabCorp), which, in the spring of 2025, presented the Supreme Court with …

Hsta 316.50: American Civil War Era, Michael J. Larmann

University of Montana Course Syllabi, 2026-2030

No abstract provided.

Comx 428.01: Organizations And Identity, Gregory S. Larson

University of Montana Course Syllabi, 2026-2030

No abstract provided.

Comx 496.01: Health And Family Communication, Heather L. Voorhees

University of Montana Course Syllabi, 2026-2030

No abstract provided.

Phosphorus Adsorption And Desorption Characteristics On Micronutrient Doped Biochar, Moe Kikuchi '27

Annual Student Research Poster Session

The increasing global demand for food necessitates efficient agricultural practices; however, the overuse of phosphorus (P) fertilizers presents a major environmental concern. Advanced materials, including biochar, offer promising strategies for mitigating these effects. Biochar, a carbonaceous material derived from biomass, can be functionalized with micronutrients such as magnesium (Mg) or iron (Fe) to enhance its P adsorption and retention characteristics so that the ion-doped biochar could serve as a sustained nutrient release fertilizer besides improving soil health. This study investigated the adsorption and desorption behavior of dissolved P (200 µM/g and 400 µM/g) in three types of biochars: raw (BC), …

The Feelit System: Application Content-Aware Perspectives And Challenges On Understanding User Likes In Social Network Posts, Konstantinos Theocharidis, Hady W. Lauw, Panagiotis Karras

Research Collection School Of Computing and Information Systems

In a series of our prior works, we study influence and subscription maximization problems in social networks that are based on posts having influential content; as content we consider a set of features where each feature corresponds to a specific social network page, whereas influence and subscription relate to gaining the postlike and subscription-to-brand page of targeted users, respectively; subscription is conceptually achieved as repetitive influence on users. So, both influence and subscription depend on content that gains the likes of users; however, to be realistic, modeling and estimating such likes is a complex problem that has not been adequately …

Cellscout: Visual Analytics For Mining Biomarkers In Cell State Discovery, Rui Sheng, Zelin Zang, Jiachen Wang, Yan Luo, Zixin Chen, Yan Zhou, Shaolun Ruan, Huamin Qu

Research Collection School Of Computing and Information Systems

Cell state discovery is crucial for understanding biological systems and enhancing medical outcomes. A key aspect of this process is identifying distinct biomarkers that define specific cell states. However, difficulties arise from the co-discovery process of cell states and biomarkers: biologists often use dimensionality reduction to visualize cells in a two-dimensional space. Then they usually interpret visually clustered cells as distinct states, from which they seek to identify unique biomarkers. However, this assumption is often this assumption often fails to hold due to internal inconsistencies in a cluster, making the process trial-and-error and highly uncertain. Therefore, biologists urgently need effective …

Power Quality Disturbance Recognition Method Based On Spectrogram And Lightweight 2d-Dscnn, Yongqiang Liu, Ng Jinmei Wa, Xuetao Guan, Feng Li

Journal of Electric Power Science and Technology

In response to difficulties in ac curately classifying and recognizing complex power quality disturbance (PQD) signals, this paper proposes a novel PQD recognition method based on spectrogram and lightweight two-dimensional (2D) depth-separable convolutional neural network (2D-DSCNN). Time-frequency analysis is applied to convert PQD signals into spectrograms, so that complex signal data is presented in the form of images. A lightweight 2D-DSCNN model is constructed by using depth-separable convolution technology, and the spectrograms corresponding to different PQD signals are classified and identified. The feasibility and effectiveness of the proposed method are verified through simulation experiments. The experimental results show that the …

Iowa Waste Reduction Center Newsletter, February 2026, University Of Northern Iowa. Iowa Waste Reduction Center.

Iowa Waste Reduction Center Newsletter

Contents:

--- Cedar Rapids Linn County SWA Wins Award
--- Energy Savings Made Simple: What is An Energy Audit?
--- New IEDA Grant Helps Rural Grocers Power Up
--- Dan Nickey Gets Thermography Certified
--- You’re Invited to UNI Day of Service
--- Minor Source Emission Inventory
--- IStorm 26
--- Industry News

Keynoter, February/March 2026, Boise State University Association Of Office Professionals

Boise State University Association of Office Professionals - Keynoter

President's Message

Get Better Soon

Professional Development Day

Recipes

Enrichment Program

COHS Lunch & Learn

PSP Certification

NAEOP

Readership

General AOP Info

Treasurer's Report

Membership

Calendar

Coe Annual Technical Review 2025, Jianshun Zhang, Bing Dong

SyracuseCoE

No abstract provided.

Forging Alliances: Abortion, Pregnancy Loss, And A Shared Vision For Reproductive Freedom, Greer Donley

Vanderbilt Law Review En Banc

No abstract provided.

Caregivers' Experiences Of Assessment And Treatment For Their Child With Childhood Apraxia Of Speech: An International Questionnaire Study, Donna Claire Thomas, Maryane Gomez, Angela Muis, Nathan Trezise, Eliza Williamson, Julie Case, Elizabeth Murray, Maria Irene Grigos, Jenya Iuzzini-Seigel, Shelley L. Velleman

Speech Pathology and Audiology Faculty Research and Publications

Purpose: The aim of this study was to understand caregivers' preferences and experiences with diagnosis and treatment of childhood apraxia of speech (CAS).

Method: Caregivers of children with CAS completed a 70-item online survey that explored demographics, initial concerns, the CAS diagnostic process, speech therapy goals, and preferred and received speech therapy service delivery (session frequency, length, and context). Quantitative data were analyzed descriptively and with inferential statistics; qualitative data were analyzed using content analysis.

Results: One hundred sixty-one caregivers participated, mostly from the United States, Australia, and Canada. A total of 72% of caregivers had concerns about their child's …

Duration And Properties Of The Embedded Phase Of Star Formation In 37 Nearby Galaxies From Phangs-Jwst, Lise Ramambason, Mélanie Chevance, Jaeyeon Kim, Francesco Belfiore, J. M. Diederik Kruijssen, Andrea Romanelli, Amirnezam Amiri, Médéric Boquien, Ryan Chown, Daniel A. Dale, Simthembile Dlamini, Oleg V. Egorov, Ivan Gerasimov, Simon C.O. Glover, Kathryn Grasha, Hamid Hassani, Hwihyun Kim, Kathryn Kreckel, Hannah Koziol, Adam K. Leroy, José Eduardo Méndez-Delgado, Justus Neumann, Lukas Neumann, Hsi An Pan, Debosmita Pathak, Karin Sandstrom, Sumit K. Sarbadhicary, Eva Schinnerer, Jiayi Sun, Jessica Sutter, David A. Thilker, Leonardo Ubeda

Physics and Astronomy Faculty Publications

Light reprocessed by dust grains emitting in the infrared enables the study of the physics at play in dusty embedded regions, where ultraviolet and optical wavelengths are attenuated. Infrared telescopes such as JWST have made it possible to study the earliest feedback phases, when stars are shielded by cocoons of gas and dust. Comprehending this phase is crucial for unravelling the effects of feedback from young stars that leads to their emergence and the dispersal of their host molecular clouds. Here we show that the transition from the embedded to the exposed phase of star formation is short (< 4 Myr) and sometimes almost absent (< 1 Myr) across a sample of 37 nearby star-forming galaxies covering a wide range of morphologies, from massive barred spirals to irregular dwarfs. The short duration of the dust-clearing timescales suggests a predominant role of pre-supernova feedback mechanisms in revealing newborn stars, confirming previous results on smaller samples and allowing, for the first time, a statistical analysis of their dependencies. We find that the timescales associated with mid-infrared emission at 21 μm, tracing a dust-embedded feedback phase, are controlled by a complex interplay between giant molecular cloud properties (masses and velocity dispersions) and galaxy morphology. We report relatively longer durations of the embedded phase of star formation in barred spiral galaxies, while this phase is significantly reduced in low-mass irregular dwarf galaxies. We discuss tentative trends with gas-phase metallicity, which may favor faster cloud dispersal at low metallicities.

Holographic Duality From Howe Duality, Anatoly Dymarsky, Johan Henriksson, Brian Mcpeak

Physics and Astronomy Faculty Publications

We discuss the holographic correspondence between 3d “Chern-Simons gravity” and an ensemble of 2d Narain code CFTs. Starting from 3d abelian Chern-Simons theory, we construct an ensemble of boundary CFTs defined by gauging all possible maximal subgroups of the bulk one-form symmetry. Each maximal non-anomalous subgroup is isomorphic to a classical even self-dual error-correcting code over ℤ_p × ℤ_p, providing a way to define a boundary “code CFT.” The average over the ensemble of such theories is holographically dual to Chern-Simons gravity, a bulk theory summed over 3d topologies sharing the same boundary. In the case of …

Evaluating Groundwater-Surface Water Interactions At Selected Streams In The Mississippi River Valley Alluvial Aquifer, Usa, And Comparison To Regional Potentiometric Surfaces, Joshua Michael Blackstock, Oladipo S. Obembe, Aaron Shew, Phillip Hays, Phillip R. Owens, Christopher D. Delhom

Geosciences Faculty Publications and Presentations

Field measurements of groundwater-surface water interactions (GWSW) are critical for quantifying stream leakage, but are often limited in availability. In the Mississippi River Valley alluvial aquifer (MRVAA), USA, GWSW interactions are often inferred through interpolated potentiometric surfaces, which can provide information on GWSW changes through time, but are often limited in spatial resolution. Field measurements of GWSW interactions were conducted at several locations and compared with potentiometric surfaces using objectively calculated cell sizes. The potentiometric surfaces showed similar regional-scale groundwater-flow patterns irrespective of grid cell size. Field measurements of GWSW interactions exhibited a broader range of gaining and losing conditions …

Belknap And Carroll Counties 4-H Presents Event Packet 2026, Mikayla Cerney

UNH Cooperative Extension

No abstract provided.

The Role Of Spatial Abilities In Stem Learning And The Influence Of Individual Differences, Styliani Malkogeorgou

Masters

Students’ decisions to pursue education and careers in Science, Technology, Engineering, and Mathematics (STEM) are shaped by an interplay of cognitive, social, and motivational factors. Spatial ability is among the most reliable predictors of STEM success, yet less is known about how it relates to students’ STEM attitudes and aspirations, and whether visuospatial working memory (VSWM) explains this relationship. This study tested the hypotheses that (a) stronger spatial abilities and VSWM would be associated with more positive STEM attitudes and stronger STEM aspirations, and (b) VSWM would mediate the relationship between spatial abilities and STEM attitudes/aspirations, while examining the influence …

“Take A Seat”: Overcoming The Enforceability Challenges Of Crowdsourced Blockchain Arbitration, Anna-Sophie Hochgürtel

Journal of Dispute Resolution

This essay addresses the recent phenomenon of Crowdsourced Blockchain Arbitration (CBA). Within the landscape of new digital dispute resolution tools, I argue that CBA stands out as a cost-effective adjudicative dispute resolution forum for online consumer disputes. I then provide an overview of existing CBA platforms and address the question to what extent CBA constitutes a form of arbitration. Only if it does can CBA arbitration agreements and arbitration awards be enforced domestically and internationally under the New York Convention of 1958. I demonstrate that while CBA proceedings correspond to a conceptual understanding of arbitration, they fall outside the international …

Artificial Neural Network Model For Predicting Fatigue Endurance Limit Of Hot Mix Asphalt Using Uniaxial Tension–Compression Tests, Prashanta Kumar Acharjee, Mayzan Isied, Mena I. Souliman, Sameer Jung Karkl, Tanvir Ahmed, Gokhan Saygili

Civil Engineering Faculty Publications and Presentations

Fatigue is one of the major distresses occurring in asphalt concrete pavement. Repeated traffic loading causes escalated structural damage which results in the formation of cracks. There is a strain level below which the Hot Mix Asphalt goes under fatigue failure, and it is called endurance limit. In this study, a predictive model is developed to predict endurance limit strain values by using artificial neural network. Uniaxial tension-compression fatigue test results conducted under NCHRP Project 9–44 A were utilized in the model development process. An equation is also extracted from the model along which gives the exact values as the …

League Of Women Voters Of The Huntington Area E-Mail Bulletin, February, 2026, League Of Women Voters Of The Huntington Area

League of Women Voters of the Huntington Area Bulletin 2020 - Present

The periodical is published by the League, which is a nonpartisan political organization that encourages the informed and active participation of citizens in government and influences public policy through education and advocacy.

The Banner - V. 161, No. 2 - (February 2026), Christian Reformed Church In North America

The Banner

No abstract provided.

Variation In Food Web Reliance On Green And Brown Energy Pathways Across Ecosystem Gradients, James W. Sturges, W. Ryan James, Ryan J. Rezek, Rolando O. Santos, Mack White, Gina A. Badlowski, Shakira Trabelsi, Jordan Massie, Justin S. Lesser, Joel C. Trexler, James Nelson, Jennifer S. Rehage

Marine Science

Aquatic food webs typically include highly coupled fast, ‘green’ energy pathways driven by algae or phytoplankton and slower, ‘brown’ energy channels driven by detritus and terrestrial plants. Quantifying how much energy biological communities obtain from each of these pathways is essential, particularly across multiple interconnected food webs over large areas, because energy dynamics are known to influence ecosystem structure and function. Despite their importance, few studies track variance in energy channel contributions to food webs across interconnected habitats during distinct hydrologic seasons. In this study, we used tri-isotope Bayesian mixing models to quantify seasonal contributions of energy pathways to consumers …

2026 February - Mary V. Jordan Center Newsletter, Mary V. Jordan Center, East Tennessee State University

Mary V. Jordan Center Newsletters

No abstract provided.

The Exactions Illusion: Sheetz’S Missing Dissent, Lee Anne Fennell, Timothy M. Mulvaney

Faculty Scholarship

In April 2024, the Supreme Court unanimously handed down Sheetz v. County of El Dorado, a land use exactions case billed as narrow, inevitable, constitutionally compelled, and obviously correct.  It was none of those things. Sheetz instead ushered in an open-ended shift of policy control over the built environment from state and local legislatures to courts. By its terms, the holding extended the Court’s stringent “exactions” test—which requires the government to prove nexus and proportionality between development conditions and development impacts—beyond its original context of parcel-specific administrative bargains to reach an unspecified set of legislated property conditions. Yet the decision’s …

Empowering The Energy Transition In Rural Electric Cooperatives, Katrina Smith

North Carolina Law Review

No abstract provided.