Jennifer A. Mortensen Data-verified
Affiliation confirmed via AI analysis of OpenAlex, ORCID, and web sources.
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Biography and Research Information
OverviewAI-generated summary
Jennifer A. Mortensen's research interests span multiple disciplines, as evidenced by her diverse publication record. She has investigated topics related to wildlife ecology and conservation, including the assessment of conservation needs for Caribbean bird species and the study of roosting behavior in Northern Saw-whet Owls. Her work also extends to human behavior and development, with publications examining peer communication regarding antisocial activities in adolescents and the impact of pandemic life on families with young children. Additionally, Mortensen has contributed to molecular biology, with research focused on developing protein-protein interaction inhibitors through deep alanine scanning.
Her scholarship metrics include an h-index of 14, with a total of 64 publications and 890 citations. She has collaborated with other researchers at the University of Arkansas at Fayetteville, including Jennifer L. Mortensen and Mitchell L. Pruitt. Mortensen's recent activity indicates ongoing engagement in research, with her most recent publication in 2025.
Metrics
- h-index: 14
- Publications: 64
- Citations: 897
Selected Publications
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Predicting Steroid Concern through TikTok Use and Self-Esteem (2025)
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An assessment of priority issues and capacity for conservation action of Caribbean endemic and threatened bird species (2024)
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Winter occurrence and roosting behavior of the secretive Northern Saw-whet Owl ( <i>Aegolius acadicus</i> ) at the southern edge of its range (2024)
Collaboration Network
Top Collaborators
- Deep Alanine Scanning Reveals Potent Multi-alanine-substituted Protein–protein Interaction Inhibitors
- Deep Alanine Scanning Reveals Potent Multi-alanine-substituted Protein–protein Interaction Inhibitors
- Deep Alanine Scanning Reveals Potent Multi-alanine-substituted Protein–protein Interaction Inhibitors
- Deep Alanine Scanning Reveals Potent Multi-alanine-substituted Protein–protein Interaction Inhibitors
- Deep Alanine Scanning Reveals Potent Multi-alanine-substituted Protein–protein Interaction Inhibitors
- Deep Alanine Scanning Reveals Potent Multi-alanine-substituted Protein–protein Interaction Inhibitors
- Deep Alanine Scanning Reveals Potent Multi-alanine-substituted Protein–protein Interaction Inhibitors
- Deep Alanine Scanning Reveals Potent Multi-alanine-substituted Protein–protein Interaction Inhibitors
- Deep Alanine Scanning Reveals Potent Multi-alanine-substituted Protein–protein Interaction Inhibitors
- Deep Alanine Scanning Reveals Potent Multi-alanine-substituted Protein–protein Interaction Inhibitors
- Deep Alanine Scanning Reveals Potent Multi-alanine-substituted Protein–protein Interaction Inhibitors
- Deep Alanine Scanning Reveals Potent Multi-alanine-substituted Protein–protein Interaction Inhibitors
- Deep Alanine Scanning Reveals Potent Multi-alanine-substituted Protein–protein Interaction Inhibitors
- Deep Alanine Scanning Reveals Potent Multi-alanine-substituted Protein–protein Interaction Inhibitors
- Peer Communication about Antisocial Activities as a Mediator of Interparental Conflict in Mid-Adolescence and Externalizing Problems in Late Adolescence
- Peer Communication about Antisocial Activities as a Mediator of Interparental Conflict in Mid-Adolescence and Externalizing Problems in Late Adolescence
- Peer Communication about Antisocial Activities as a Mediator of Interparental Conflict in Mid-Adolescence and Externalizing Problems in Late Adolescence
- Peer Communication about Antisocial Activities as a Mediator of Interparental Conflict in Mid-Adolescence and Externalizing Problems in Late Adolescence
- Profiles of Mother-Infant risk in a nationally representative sample
- The Burden of Pandemic Life for Families With Young Children
- The Burden of Pandemic Life for Families With Young Children
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