Jonathan D. Richwine
Affiliation confirmed via AI analysis of OpenAlex, ORCID, and web sources.
Assistant Professor
Also affiliated: Department of Forestry (2021–2024); University of Tennessee at Knoxville (2021–2024); Mississippi State University (2018)
Faculty Researcher
Research Areas
Biomedical Subjects
Links
Biography and Research Information
OverviewAI-generated summary
Jonathan D. Richwine investigates the impact of nitrogen fertilization and grass species on soil microbial communities within native C4 grasslands. His work focuses on how these factors alter the abundance, activity, and diversity of soil diazotrophic and ammonia-oxidizing bacterial communities. Richwine's research also explores the role of urea fertilization in modifying microbial nitrogen cycling capacity and activity in these grassland ecosystems. Additionally, he examines the use of browntop millet as a companion crop to support the establishment of native grasses and studies the persistence and characteristics of native forbs interseeded into native grass pastures under grazing conditions.
Metrics
- h-index: 5
- Publications: 11
- Citations: 168
Selected Publications
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Interseeded Native Forbs Resilient Under Variable Grazing Regimen (2025)
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Native Warm-Season Grasses Show Limited Response to Phosphorus and Potassium (2025)
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Native Forbs Provide Pollinator Resources and Improve Forage Nutrient Composition, Animal Performance, and Pasture Productivity (2024)
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Native Warm-Season Grass Response to Nitrogen Fertilization (2024)
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Blooming and Forage Characteristics of Twelve Native Forbs Subjected to Repeated Defoliation (2023)
Collaboration Network
Top Collaborators
- Native Warm-Season Grass Response to Nitrogen Fertilization
- Native Forbs Provide Pollinator Resources and Improve Forage Nutrient Composition, Animal Performance, and Pasture Productivity
- Blooming and Forage Characteristics of Twelve Native Forbs Subjected to Repeated Defoliation
- Native Warm-Season Grasses Show Limited Response to Phosphorus and Potassium
- Interseeded Native Forbs Resilient Under Variable Grazing Regimen
- Native Warm-Season Grass Response to Nitrogen Fertilization
- Native Forbs Provide Pollinator Resources and Improve Forage Nutrient Composition, Animal Performance, and Pasture Productivity
- Blooming and Forage Characteristics of Twelve Native Forbs Subjected to Repeated Defoliation
- Native Warm-Season Grasses Show Limited Response to Phosphorus and Potassium
- Interseeded Native Forbs Resilient Under Variable Grazing Regimen
- Native Forbs Provide Pollinator Resources and Improve Forage Nutrient Composition, Animal Performance, and Pasture Productivity
- Blooming and Forage Characteristics of Twelve Native Forbs Subjected to Repeated Defoliation
- Interseeded Native Forbs Resilient Under Variable Grazing Regimen
- Native Warm-Season Grass Response to Nitrogen Fertilization
- Native Warm-Season Grasses Show Limited Response to Phosphorus and Potassium
- Native Warm-Season Grass Response to Nitrogen Fertilization
- Native Warm-Season Grasses Show Limited Response to Phosphorus and Potassium
- Blooming and Forage Characteristics of Twelve Native Forbs Subjected to Repeated Defoliation
- Native Forbs Provide Pollinator Resources and Improve Forage Nutrient Composition, Animal Performance, and Pasture Productivity
- Native Forbs Provide Pollinator Resources and Improve Forage Nutrient Composition, Animal Performance, and Pasture Productivity
- Native Warm-Season Grasses Show Limited Response to Phosphorus and Potassium
- Native Warm-Season Grasses Show Limited Response to Phosphorus and Potassium
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