Digital Commons Network^™

A Comprehensive Look At Ohio’S Karst Inventory Mapping—Reconnaissance, Ground-Truth, And Beyond, Brittany Parrick, Douglas Aden

Sinkhole Conference 2026

Keywords: Ohio, mapping, karst inventory, karst database, fieldwork, LiDAR, karst, GIS, geomorphology, digital elevation models The present iteration of the karst inventory mapping program at the Ohio Department of Natural Resources, Division of Geological Survey (herein the Survey) has been ongoing since 2009. With documentation of the Survey’s previous karst inventory mapping scattered across several decades-old publications—coupled with the karst community’s demonstrated need for a standardized database—this paper outlines the program’s evolution from its inception to the present. New Digital Elevation Models (DEM) derived from modern Light Detection and Ranging (LiDAR) datasets, along with modern mobile applications, have significantly improved …

Leveraging Collaboratory Community Assessments To Strategically Guide Service-Learning Projects, Judy L. Gregg

International Nursing Research Congress (INRC)

The Association of American Colleges and Universities supports high impact practices including service-learning, global learning, research, and collaborative projects resulting in a university participating in a Collaboratory Community Assessment in order to strengthen an established partnership in a remote indigenous village in Guyana.

While most service learning project goals are established by the host, collaboratory projects can improve service-learning outcomes through a community engagement pedagogy that combines learning goals and community service in ways that enhance both student growth and the public good. Collaboratory projects are high-impact practices where teaching, service, and scholarship overlap.

In Fall 2023, a one credit …

Three-Dimensional Transformable Textiles Woven With Hygromorphic High-Twist Linen Yarn, Kathryn Walters

Textile Intersections Conference Series

Shape-changing textiles woven using high-twist yarns offer the potential of a diverse design space of three-dimensional morphologies without the need to cut the textile or to modify the loom. High-twist linen yarn has moisture-responsive – hygromorphic – properties, with the orientation of the transformation changing with yarn twist direction. Used to weave transformable textiles it offers an alternative to synthetic active yarns or non-textile actuators. The material intelligence of the high-twist linen yarn is non-linear, and S- and Z-twist yarns may be combined to increase the diversity of textile morphologies. Developed through practice-based research, a series of experiments have been …

Bacterial Cellulose As Biofabricated Textile Material: Biotinkering And Trajectories Of Textile Materialisation, Ziqian Yu, Valentina Rognoli

Textile Intersections Conference Series

Bacterial cellulose (BC) is increasingly studied in material design and biodesign as a biofabricated material shaped through cultivation, harvesting, and processing. In fashion contexts, however, BC is often identified as a leather alternative, particularly in sheet form. While this framing has supported its integration into design practices, it constrains BC's textile potential. This paper investigates how BC becomes textile material through multiple materialisation trajectories rather than through a single substitute material form. The study is a comparative analysis of sixteen cases, framed by Material-Driven Design (MDD) approach. Fourteen external design and interdisciplinary cases provide the comparative basis, while two hands-on …

Strain-Sensing Auxetic Knit With Embedded Elastomeric Optical Fibers, Rashmi Mohan, Jeyeon Jo

Textile Intersections Conference Series

This study presents the development and evaluation of a novel strain-sensing electronic textile that integrates elastomeric optical fiber within an auxetic knitted structure. Conventional wearable sensors often suffer from motion artifacts due to the mechanical mismatch between human-joint movements and the positive Poisson's ratio of standard fabrics. To address this, a log cabin knit pattern combining knit and purl stitches was designed to induce an out-of-plane buckling effect, resulting in a negative Poisson's ratio. A stretchable elastomeric optical fiber with a diameter of 1.2 mm was embedded within a 1×1 rib channel to ensure stable electromechanical coupling without hindering the …

Including The Hybrids: The Thread Arrangement As A Lens For Manifesting Textile Designers' Agency, Juri-Apollo Drews

Textile Intersections Conference Series

Current textile classification systems often divide fabrics into mutually exclusive categories such as weaves, knits, and nonwovens. While useful for distinguishing basic structural differences between textiles, such taxonomies frequently fail to account for hybrid structures and may inadvertently discourage research into them. This paper proposes the notion of the "thread arrangement" as a conceptual lens to nuance such rigid classifications and to manifest the creative agency of the textile designer. By synthesising insights from textile design, creativity, and classification theory with potential-focused perspectives from textile archaeology, the term is developed as a meta-category that emphasizes the duality of the textile …

Textile Digital Drape Definition - Td3: Comparing Digital To Physical Design Considerations, Alexandra Kuijpers, Troy Nachtigall, Maarten Van Bommel

Textile Intersections Conference Series

Fashion design is, by nature, a very hands-on activity in which the touch and feel of a textile are considered vital to the design of the garment. Yet when designers work with digital fashion design software, they rely on digital textile definitions that are visual instead of tangible textile swatches. In this research, we created a new Textile Digital Drape Definition (TD3) that is heavily informed by textile drape properties. We compared the TD3 to traditional tangible textile interaction, via an intense workshop examining eleven textile sample swatches. The digital drape of the TD3 follows standardized textile science drape methods, …

The Impact Of Differentiated Post-Consumer Textile Waste Sorting On The Homogeneity Of Recycled Yarns, Magdalena Kohler, Holger Cebulla

Textile Intersections Conference Series

Post-consumer textile waste (PCTW) is increasingly characterized by complex multi-fibre blends, posing significant challenges for fibre-to-fibre recycling. This study investigates the influence of sorting, cutting, and tearing processes on nep formation and the resulting yarn quality during mechanical recycling. A three-stage sorting approach based on fibre composition and stitch density was developed and combined with systematically varied cutting and tearing processes. The results show that both input material characteristics and recycling parameters affect nep formation. In particular, thermally melted cut edges from garments containing polyacrylonitrile were identified as a potential source of neps. The findings highlight the importance of differentiated …

Designing With Evolutive Colors: A Proof Of Concept For Bio-Based Dye Integration In Textile Design Digital Workflow, Clarisse Barbot, Camille Fuzier, Bertrand Loïc, De Visscher Emile, Panayotis Mavros

Textile Intersections Conference Series

Current industrial textile production relies on petrochemical dyes. This dependence has led to growing interest in bio-based alternatives, although their adoption remains constrained by technical and cultural factors. In particular, bio-based dyes do not meet typical industrial standards for stability, diversity of colour choices, and reproducibility. Textiles dyed with bio-based colourants tend to exhibit colour changes under light exposure. Current design software systems were built with the conventional expectation of stability of petrochemical dyes in mind, making them ill-adapted to bio-based dye behaviour and thus hampering their industrial adoption. To address this gap, we propose the prototype of a novel …

Beyond Softness: Examining How Vocabulary Marginalises The Material Narrative Of Native British Wool, Zoë Fletcher, Nicci James

Textile Intersections Conference Series

Softness has become the dominant metric through which wool is evaluated in knitwear design. This paper argues that such language privileges fibres associated with Merino and marginalises native British and regional wools with distinct breed-specific qualities. Drawing on practice-based research, material experiments with native British wool yarns, and literature on wool fibre and supply chains, we examine how existing terminology fails to support design engagement with these materials. In response, we propose a five-part framework, Place, People, Process, Properties and Practice, to support a more nuanced wool literacy. Developing richer vocabulary for native British wool is not simply a matter …

Shaped Circular Knitting For Zero Waste Design: A Material-Driven Approach To Knitted Textile-Forms, Sem Janssen, Holly Mcquillan

Textile Intersections Conference Series

While 3D knitting is proposed as part of a solution to the fashion industry's waste problem, circular knitting is primarily used in wasteful cut-and-sew manufacturing processes and is rarely explored for its shaping potential. Using material-driven design, this research investigates the dimensional and material properties of knit stitch patterns within defined rectangular artworks, enabling the shaping of circular knitted textiles for zero-waste design. To exemplify this approach, we developed a design method that addresses several aspects of the shaping process, highlighting the possibilities for zero-waste shaping and exploring potential applications. Finally, we discuss the implications, limitations, and opportunities of shape-change …

Textile Intersections 2026: Material Intelligence Exhibition Catalogue, Afroditi Psarra, Liza Stark, Sasha De Koninck, Larissa Kunstel-Tabet, Katharina Sand

Textile Intersections Conference Series

Catalogue of the Textile Intersections 2026 exhibition, Material Intelligence, presenting textile design research that explores intelligence through material behaviour, textile structures, more-than-human agency, material cycles, computation, craft and material commons.

Discovering Secondhand Smoke Exposure Impact On Mental Illness: A Systematic Review & Meta-Analysis, Pooja Bhattarai, Bassema Abufarsakh, Chizimuzo T. C. Okoli

International Nursing Research Congress (INRC)

Background: SHSe remains a major global public health concern and contributes to preventable morbidity and mortality across populations (World Health Organization 2021). While SHSe is well recognized as a risk factor for cardiovascular and respiratory illness, emerging evidence suggests an association with MI and Substance use disorders (SUDs) (Carreras et al., 2019; Nadhiroh et al., 2020; U.S. Department of Health and Human Services, 2024; Van der Eijk & Woh 2023, Lee et al., 2025). Addressing SHSe requires acknowledging its impact and transforming new discovery about the complex factors contributing to MI into action that shapes the future of nursing research. …

Loralee Clark, Loralee Clark, Loralee Clark

Virginia Poets Database: A Literary and Educational Resource

No abstract provided.

Can Ai-Generated Music Interventions Improve Health Outcomes? A Systematic Review, Nguyen Thi Khanh, Huu-Thanh Nguyen, Vi Do Pham Nhat, Carmen Wing Han Chan

International Nursing Research Congress (INRC)

Music interventions are effective for physical, psychological, cognitive and social well-being [1-3]. Artificial Intelligence (AI) can generate personalised therapeutic music instantly, creating a novel, accessible intervention. However, the effectiveness of these AI-generated interventions has not been systematically reviewed [4, 5]. This systematic review aimed to evaluate the efficacy of AI-generated music interventions for improving health outcomes.

A systematic search was conducted across eight electronic databases (Cochrane, Medline, APA PsycINFO, PubMed, Scopus, Web of Science, IEEE Xplore, ACM Digital Library) from inception to September 2025. After screening, eight studies (N=1,267 participants) met the inclusion criteria, comprising four randomised controlled trials (RCTs) …

Japanese Public Health Nurses' Culturally Sensitive Disaster Nursing In Islands - Focusing On Soc, Miki Marutani, Sagiri Aoki, Yukiko Anzai, Hiroko Okuda, Mayumi Kako, Susumu Fukita

International Nursing Research Congress (INRC)

Objective: Natural disasters are intensifying due to climate change. Sense of Coherence (SOC) enhances a community's resilience to disasters (Sutton et al., 2020). Public health nurses (PHNs) are required to enhance people's SOC to prevent health crises(Sofyana et al., 2022).Previous studies found that PHNs in islands recognized that while islands are vulnerable to disasters, they also possess a culture regarding disaster preparedness(Marutani et al., 2020) .This study identifies elements within the culture of remote islands, as understood by public health nurses, that align with SOC.

Methods：In 2023–2024, we conducted semi-structured interviews with seven PHNs on five islands regarding disaster-related culture. …

Software Defined Swarms, Nathan Benz, Scott Miller, Jeff Huang, Sonny Hwang, Todd Sarshad, Edmund De La Cruz, Thomas Magesarcher

Small Satellite Conference

The Starling Extended Mission has demonstrated the transformative potential of software-defined architectures in multi-spacecraft swarms. Building on the original Starling mission, which validated autonomous coordination and networking among small satellites, the extended phase focused on adaptability—updating onboard payload software and software-defined radios (SDRs) to enable entirely new experiments without hardware modifications. This capability signals a new approach: spacecraft swarms can evolve post-launch to meet emerging scientific and operational objectives. 

Central to this extension was the deployment of new software enabling two-way ranging and “reverse GPS” source identification using raw radio frequency (RF) signals. Traditionally, ranging and navigation rely on pre-integrated …

Esa Scout Hydrognss Early Mission Results, Martin Unwin, Alex Da Silva Curiel, Ben Stern, Jean-Pascal Lejault, Nazzareno Pierdicca

Small Satellite Conference

The ESA Scout HydroGNSS mission demonstrates a new generation of GNSS reflectometry (GNSS R) capabilities for hydrological climate monitoring from small satellites. HydroGNSS measures soil moisture, freeze–thaw state, inundation, wetlands and above ground biomass by exploiting both traditional incoherent Delay Doppler Maps (DDMs) and several innovative signal types not previously available from spaceborne GNSS R missions. Early in orbit results confirm successful acquisition of signals from Galileo, dual polarisation measurements, coherent complex channel data and reflections at the second GNSS frequency (L5/E5a). These enhanced measurements exhibit stronger than predicted performance and are expected to significantly improve retrievals of climate relevant …

Effects Of Life-Extending Compounds On Body Composition In Long-Lived Growth Hormone Receptor Antagonist Mice, Matthew Kirstein

Student Research and Creative Activity Expo

Early body composition responses to longevity-promoting dietary interventions in long-lived growth hormone receptor antagonist (GHA) mice reveal significant treatment-associated physiological differences, with ongoing studies evaluating their relevance to long-term survival and overall functional aging outcomes.

An Alternative To Human Domination: An Animal Study Of Kate Dicamillo's Because Of Winn-Dixie, 25 Years Later, Brandon Witmer

Student Research and Creative Activity Expo

This is an in-depth analysis of how Kate DiCamillo uses the medium of children's literature with "Because of Winn-Dixie" to advocate for equitable treatment of animals in society.

Ecological Drivers Of Skull Morphological Variation Along Elevational Gradients In Tropical Andean Mice, Nataly Raymon

Student Research and Creative Activity Expo

To advance our understanding of the drivers of phenotypic variation across environmental gradients, we characterize patterns of skull variation across elevational gradients in tropical Andean mice and evaluate three ecomorphological hypotheses—brain-swelling, expensive-tissue, and thermal regulation.

Validation Of A Detour Test To Detect Cognitive Differences Between Male Alternative Reproductive Tactics In Xiphophorus Multilineatus​, Lillian Rees, Ethan Brooks

Student Research and Creative Activity Expo

This experiment put a food incentive behind a see-through barrier and the time taken to reach the food was recorded in order to test X. multilineatus Swordtail Courter versus Sneaker cognitive ability, which may be extrapolated to reproductive strategy.

Effects Of Developmental Temperature On Neuron Density In Key Regions Of The Female Xiphophorus Multilineatus Brain​, Jocelyn Newton, Emma Wanat

Student Research and Creative Activity Expo

To determine whether developmental temperatures shape the neuronal composition underlying mate choice, we quantified neuron density across key brain regions in X. multilineatus females reared in high- and low-temperature environments.

Herding Cubecats: Challenges And Lessons Learned From A Student-Led Cubesat Organization, Matthew Verbryke, Samuel Kohls, Nathan Nguyen, Michael Carovillano, Donghoon Kim

Small Satellite Conference

1. What is CubeCats?

CubeCats is a student-led technical engineering organization founded in 2015 at the University of Cincinnati (UC) with the mission of providing its members with hands-on, educational experience in space systems engineering, primarily through the design, development, testing, launch, and operation of flight-worthy CubeSats and High Altitude Balloons.

CubeCats’ operating model differs significantly from many university-based satellite programs:

• The organization is entirely managed and run by students, the majority of whom are undergraduates (UC faculty and staff serve primarily in an advisory role)
• The organization is entirely volunteer-based, with no direct integration into coursework or on-campus research …

The Effects Of Space On Pharmacology And Traditional Medicine: A Review Of Current Literature And Its Potential Impacts On Space Therapeutics, Pratyush Majumdar

Small Satellite Conference

Astronauts in space commonly take medicine for sleep disorders, muscle aches, and other miscellaneous conditions. These medications are taken under the assumption that they will work in space comparable to their effect on Earth, but mounting evidence is emerging to demonstrate that this is not the case. Using the principles of pharmacokinetics and pharmacodynamics, there are many physiological changes that alter how a drug is processed, changing their therapeutic effect. As mission times get longer, there is a heavier need to understand these changes and compensate for them in order to keep astronauts safe.

Mechanical Design Of A 100-Chipsat Suborbital Deployer For The Descent Mission, Richard Zheng, Ocean Saric, Will Kully, Henry Wolf, Peter Nguyen, Sarah Cooper, Christopher Draikiwicz, Adam Yonas, Joshua Umansky-Castro, Mark Lohatepanont, H. Todd Smith

Small Satellite Conference

DeSCENT (Demonstration of Suborbital ChipSats Ejected from New Shepard Test Flight) aims to deploy 100 ChipSats –gram-scale spacecraft– from Blue Origin’s New Shepard launch vehicle. Led by students of the Cornell University Space Systems Design Studio in collaboration with JHU-APL, the experiment characterizes ChipSat dispersion and free-fall kinematics from the K´arm´an line while exploring their potential for distributed sensing for atmospheric science. This paper outlines the design, integration, and test of the ChipSat deployer to be mounted on the New Shepard propulsion module in coordination with the JHU-APL JANUS payload. Details are shared on the overall mechanical design, driven by …

Illuminating Instances Of Punitive Approaches To Care In Perinatal Settings In Canada, Amy L. Wright, Jen Rinaldi, Idil Abdillahi, Yann Zoldan, Julia Smith, Emilie Hudon, Lauren Munro

International Nursing Research Congress (INRC)

Carceral perinatal care is the provision of coercive or punishing care by clinicians during the perinatal period (1). Whether intentional or driven by licensure/policy demands, clinicians have been implicated in the provision of punitive care for pregnant and parenting patients (1-4).

Purpose: The Do No Harm project aims to thoroughly understand carceral instances of clinical practices across the perinatal continuum of care to develop abolitionist solutions that are equitable, person-centred, and trauma-responsive. Abolitionist solutions reimagine prevention, intervention and healing ways of accountability that do not cause further harm (5).

Methods: Informed by the Reproductive Justice Framework (6) and Abolitionist Feminism …

Alterations In Intracellular Pathways By Structured Acoustics Across Mammalian Model Systems, Mary B. Holahan, A'Niya Jackson, Jose Rumbaut-Clark, Elaina Schuler, Arnav Chavda, Thanh Mai Nguyen, Junaina Nazneen, Ana Beatriz-Melgar, Sarah Hedenstad, Emily Hernandez

OneUSF Summer Undergraduate Research Symposium

Music can be defined as structured sound that serves as a “universal language” capable of influencing emotion, cognition, and social connectivity in humans. Its formal application into the medical profession began in the 20th century, following World War I and II.  Human subject research involving music therapy has since reported a myriad of health benefits such as those on emotional (e.g., anxiety, depression, and stress), neurological (e.g., cognitive impairment, sleep issues, and dementia), and physical well-being (e.g., pain, multiple sclerosis, fibromyalgia). However, the impact of such structured acoustics on biological processes at the cellular and molecular level remains unclear. Towards …

System And Method For Detecting Subsurface Voids Using Controlled Heat Addition, Chase Nilsson

Discovery Day - Daytona Beach

This study evaluates controlled heat addition in a confined space to estimate enclosed volumes for irregularly shaped spaces. The intent is to detect hidden voids in cave environments. Conventional methods for identifying such voids are often costly, logistically difficult, and limited in accuracy. Preliminary experiments were conducted with a controlled heat source, a temporary thermal barrier to isolate the test chamber, and simple temperature sensors. Temperatures were recorded for the pre-test baseline, the heating interval, followed by a cooling period. The thermal response showed clear engineering trends that warrant further exploration and modeling. Preliminary results indicate that transient temperature changes …

Tardigrade Bio-Exploration Reproduction Research Payload, Natalie Brattain, Chloe Nissen, Kylie Nager, Peter Ulrich, Enoch Tonkine

Discovery Day - Daytona Beach

The Tardigrade Bio-ExplorAtion Reproduction Research Payload (tBEARR) is an external International Space Station (ISS) standardized laboratory payload module mission under development by the Embry-Riddle Orbital Research Association (ERORA), an undergraduate research organization at Embry-Riddle Aeronautical University (ERAU) in Daytona Beach, Florida. As a club-driven mission, tBEARR provides undergraduate students with hands-on experience across all phases of space research, including payload design, biological experimentation, systems integration, and mission operations. The mission is supported by a biology research team focused on stress-response biology, experimental design, and biological validation throughout ground testing, high-altitude balloon flights, and orbital operations.   The primary objective of tBEARR …