Opeyemi Adedoja
This is a likely match — the affiliation was inferred from OpenAlex, ORCID, and web sources but has not been fully confirmed. Treat with appropriate caution.
Researcher
Also affiliated: Cape Peninsula University of Technology (2020–2022); University of Freiburg (2019); Stellenbosch University (2018–2021); University of Florida (2022–2026); Conway School of Landscape Design (2023–2025); Obafemi Awolowo University (2018–2019)
Faculty Researcher
Research Areas
Biomedical Subjects
Links
Biography and Research Information
OverviewAI-generated summary
Opeyemi Adedoja's research investigates the impacts of human activities and invasive species on ecological systems, with a particular focus on pollinators and biodiversity. His work has examined how land-use intensity influences local pollinator biodiversity and has explored the effectiveness of trait matching in designing pollinator-friendly urban green spaces. Adedoja has also studied the effects of invasive alien species, such as Proteaceae, on native plant richness and vegetation structure, including their influence on bird pollinators. His research also considers the role of environmental management practices, like prescribed burns, in affecting flower density and pollinator activity within savanna ecosystems. Adedoja has further contributed to understanding pollinator diversity in both protected and unprotected areas within tropical biodiversity hotspots. His publication record includes work on assessing public awareness of biodiversity conservation targets.
Metrics
- h-index: 11
- Publications: 26
- Citations: 613
Selected Publications
-
Functional traits mediate pollinator community responses to urban development in Central Arkansas (2026)
-
Severe inbreeding depression in an ecologically important grass is revealed by examining germination, not seed production (2026)
-
Genetic contamination by farming indigenous crops in the native range: Pollen flow between cultivated and wild Cyclopia (honeybush) (2025)
-
Landscape context mediates the effect of pollinator garden enhancements on pollinator visitation and plant-pollinator interactions (2025)
-
Socioecological benefits of academic greenspace for human health, plant, and pollinator diversity: A mixed-method study protocol (2025)
-
Socioecological benefits of academic greenspace for human health, plant, and pollinator diversity: a mixed-method study protocol (2024)
-
Moving with your mutualist: Predicted climate‐induced mismatch between Proteaceae species and their avian pollinators (2024)
-
Can trait matching inform the design of pollinator‐friendly urban green spaces? A review and synthesis of the literature (2024)
-
The importance of wild pollinators for indigenous crop pollination: The case of Cyclopia (honeybush) (2023)
Collaboration Network
Top Collaborators
- The importance of wild pollinators for indigenous crop pollination: The case of Cyclopia (honeybush)
- Moving with your mutualist: Predicted climate‐induced mismatch between Proteaceae species and their avian pollinators
- Genetic contamination by farming indigenous crops in the native range: Pollen flow between cultivated and wild Cyclopia (honeybush)
- The importance of wild pollinators for indigenous crop pollination: The case of Cyclopia (honeybush)
- Genetic contamination by farming indigenous crops in the native range: Pollen flow between cultivated and wild Cyclopia (honeybush)
- The importance of wild pollinators for indigenous crop pollination: The case of Cyclopia (honeybush)
- Genetic contamination by farming indigenous crops in the native range: Pollen flow between cultivated and wild Cyclopia (honeybush)
- The importance of wild pollinators for indigenous crop pollination: The case of Cyclopia (honeybush)
- Genetic contamination by farming indigenous crops in the native range: Pollen flow between cultivated and wild Cyclopia (honeybush)
- Can trait matching inform the design of pollinator‐friendly urban green spaces? A review and synthesis of the literature
- Landscape context mediates the effect of pollinator garden enhancements on pollinator visitation and plant-pollinator interactions
- Moving with your mutualist: Predicted climate‐induced mismatch between Proteaceae species and their avian pollinators
- Moving with your mutualist: Predicted climate‐induced mismatch between Proteaceae species and their avian pollinators
- Socioecological benefits of academic greenspace for human health, plant, and pollinator diversity: a mixed-method study protocol
- Socioecological benefits of academic greenspace for human health, plant, and pollinator diversity: a mixed-method study protocol
- Socioecological benefits of academic greenspace for human health, plant, and pollinator diversity: a mixed-method study protocol
- Socioecological benefits of academic greenspace for human health, plant, and pollinator diversity: a mixed-method study protocol
- Socioecological benefits of academic greenspace for human health, plant, and pollinator diversity: a mixed-method study protocol
- Socioecological benefits of academic greenspace for human health, plant, and pollinator diversity: a mixed-method study protocol
- Socioecological benefits of academic greenspace for human health, plant, and pollinator diversity: a mixed-method study protocol
- Severe inbreeding depression in an ecologically important grass is revealed by examining germination, not seed production
Similar Researchers
Based on overlapping research topics