Ginny L. Adams
Affiliation confirmed via AI analysis of OpenAlex, ORCID, and web sources.
Researcher
Also affiliated: Southern Illinois University Carbondale (2001–2006); Southern Illinois University System (2001); United States Army (2003); H-Net: Humanities & Social Sciences Online (2017); Telesis Corporation (United States) (2013); Conway School of Landscape Design (2010–2025); U.S. Army Corp of Engineers Waterways Experiment Station (2003); U.S. Army Engineer Research and Development Center (2003)
Faculty Researcher
Research Areas
Biomedical Subjects
Links
Biography and Research Information
OverviewAI-generated summary
Ginny L. Adams' research focuses on the ecological dynamics of Ozark rivers, particularly examining fish and macroinvertebrate assemblages in relation to environmental changes. Her work investigates long-term shifts in species composition and community structure, often influenced by land use practices such as pasture maintenance and forest regeneration. Adams has published on topics including the environmental correlates of fish assemblage change, biotic homogenization across decades, and the associations between stream macroinvertebrates and water chemistry in low-gradient basins. She also documented the rediscovery of the Pallid Shiner in the Black River System of Arkansas and Missouri. Adams' scholarship metrics include an h-index of 12, with 36 total publications and over 500 citations. She has collaborated with several faculty members at the University of Central Arkansas.
Metrics
- h-index: 12
- Publications: 36
- Citations: 506
Selected Publications
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Stream macroinvertebrate associations with water chemistry and habitat in low-gradient basins with minimal anthropogenic land use (2025)
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Taxonomic and functional homogenization of fish assemblages in an Ozark river associated with pasture land use and constructed water bodies (2024)
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Environmental correlates with fish assemblage change and biotic homogenization across 40 years in an Ozark, <scp>Gravel‐Bed</scp> river basin (2024)
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Fish assemblage shifts in an Ozark river over 80 years amidst a mosaic of forest regeneration and persistent pasture (2022)
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A Tale of Two Sylamores: Understanding Relationships Among Land Use, Nutrients, and Aquatic Communities Across a Subsidy-Stress Gradient (2019)
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Stream Size and Network Position Affect Fish Assemblage Diversity Differently in Headwater Streams of the Interior Highlands, USA (2019)
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Temporal and spatial dynamics of fish community structure during watershed alteration in two Ouachita River systems (2019)
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Population demographics of American eels <i>Anguilla rostrata</i> in two Arkansas, U.S.A., catchments that drain into the Gulf of Mexico (2016)
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Two Catastrophic Floods: Similarities and Differences in Effects on an Ozark Stream Fish Community (2014)
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Population genetics of grotto sculpin (Cottus specus), a new cave-adapted fish species (2014)
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Ecological factors influencing movement of creek chub in an intermittent stream of the <scp>O</scp>zark <scp>M</scp>ountains, <scp>A</scp>rkansas (2014)
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Population ecology and seasonal demography of the endangered grotto sculpin (<i>Cottus specus</i>) (2014)
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Ecology of the redfin darter and a potential emerging threat to its habitat (2014)
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Effects of pool isolation on trophic ecology of fishes in a highland stream (2014)
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Cottus specus, a new troglomorphic species of sculpin (Cottidae) from southeastern Missouri. (2013)
Collaboration Network
Top Collaborators
- Fish assemblage shifts in an Ozark river over 80 years amidst a mosaic of forest regeneration and persistent pasture
- Taxonomic and functional homogenization of fish assemblages in an Ozark river associated with pasture land use and constructed water bodies
- Fish assemblage shifts in an Ozark river over 80 years amidst a mosaic of forest regeneration and persistent pasture
- Environmental correlates with fish assemblage change and biotic homogenization across 40 years in an Ozark, <scp>Gravel‐Bed</scp> river basin
- Fish assemblage shifts in an Ozark river over 80 years amidst a mosaic of forest regeneration and persistent pasture
- Taxonomic and functional homogenization of fish assemblages in an Ozark river associated with pasture land use and constructed water bodies
- Environmental correlates with fish assemblage change and biotic homogenization across 40 years in an Ozark, <scp>Gravel‐Bed</scp> river basin
- Stream macroinvertebrate associations with water chemistry and habitat in low-gradient basins with minimal anthropogenic land use
- Environmental correlates with fish assemblage change and biotic homogenization across 40 years in an Ozark, <scp>Gravel‐Bed</scp> river basin
- Taxonomic and functional homogenization of fish assemblages in an Ozark river associated with pasture land use and constructed water bodies
- Taxonomic and functional homogenization of fish assemblages in an Ozark river associated with pasture land use and constructed water bodies
- Stream macroinvertebrate associations with water chemistry and habitat in low-gradient basins with minimal anthropogenic land use
- Stream macroinvertebrate associations with water chemistry and habitat in low-gradient basins with minimal anthropogenic land use
- Stream macroinvertebrate associations with water chemistry and habitat in low-gradient basins with minimal anthropogenic land use
- Stream macroinvertebrate associations with water chemistry and habitat in low-gradient basins with minimal anthropogenic land use
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