Luse Belanganayi Basile is a Congolese scholar and educator specializing in tropical forestry, wood anatomy, forest ecology, and environmental geochemistry. Based in the Democratic Republic of Congo, he serves as a researcher and lecturer at the Université Officielle de Ruwenzori. His work combines advanced techniques in dendrochronology, GIS, remote sensing, and analytical chemistry to study forest dynamics in Central Africa. Known for his multidisciplinary expertise, he contributes to national and international research collaborations. His academic journey and field-based projects reflect a strong commitment to understanding tropical ecosystems and fostering sustainable forest management strategies through science and education.
Education
Basile earned his PhD in Agronomic Sciences and Biological Engineering with a specialization in tropical forestry from the University of Liège. His thesis focused on unraveling secondary growth periodicity in Congo Basin trees. He holds a Master’s degree in biodiversity management and sustainable forestry from the University of Kisangani, where he studied the use of drone imaging in wildlife monitoring. His academic background also includes a Licentiate in chemical sciences with a focus on geochemistry and a bachelor’s equivalent in analytical chemistry. His education spans several scientific domains, equipping him with interdisciplinary tools to address environmental and ecological challenges.
Professional Experience
Luse Basile has served in various academic and research positions. He is currently a senior lecturer (Chef des travaux) at the Université Officielle de Ruwenzori, where he previously held the role of assistant. He also managed the chemistry laboratory at Université Mapon and worked in industrial settings as a chemical analyst. He has held consultant roles in quality assurance and contributed to local NGOs on environmental and technical projects. His work encompasses academic teaching, research supervision, laboratory management, and administrative functions, supporting both theoretical and practical education in biology, geology, chemistry, and sustainable resource management.
Awards and Recognition
Luse Basile has received multiple certificates and recognitions for his participation in international training and conferences in wood anatomy, dendrochronology, and ecological research. His oral and poster presentations at global forums, including IUFRO and GAPSYM, were well received. He has been acknowledged by scientific institutions such as the Royal Museum for Central Africa and CIFOR for his research contributions. His efforts in advancing forest ecology, climate impact assessment, and wildlife monitoring using drone technology have brought him academic respect in Central Africa and beyond. His interdisciplinary work continues to earn accolades across education, environmental science, and research dissemination platforms.
Research Skill
Basile’s research skills encompass tropical forestry, tree-ring ecology, wood biology, analytical chemistry, GIS, drone-based remote sensing, and phytochemistry. He applies these tools to study forest growth cycles, climate interactions, biodiversity monitoring, and forest carbon dynamics. He is proficient in data collection, field instrumentation, chemical analysis, and interpreting wood anatomical features to reveal environmental history. His projects often bridge ecology and technology, using UAV imagery, biogeochemistry, and geospatial tools. His work addresses forest sustainability, growth periodicity, and ecological forecasting in tropical environments, making him a valuable contributor to Central African forestry research and international collaborative studies.
Publications
Belanganayi, B.L., Delvaux, C., Kearsley, E., Lievens, K., Rousseau, M., Mbungu Phaka, C., Djiofack, B.Y., Laurent, F., Bourland, N., Hubau, W., De Mil, T., Beeckman, H. (2024). “Growth periodicity in semi‑deciduous tropical tree species from the Congo Basin” in Plant‑Environment Interactions (Cited by 2)
Djiofack, B.Y., Beeckman, H., Bourland, N., Belanganayi, B.L., Laurent, F., Ilondea, B.A., Nsenga, L., Huart, A., Longwwango, M.M., Deklerck, V., et al. (2024). “Natural forest regeneration through fire protection is a less imminent threat for truly stable savannas than afforestation” in Global Change Biology (Cited by 4)
Djiofack, B.Y., Beeckman, H., Bourland, N., Belanganayi, B.L., Laurent, F., Ilondea, B.A., Nsenga, L., Huart, A., Longwwango, M.M., Deklerck, V., et al. (2024). “Protecting an artificial savanna as a nature‐based solution to restore carbon and biodiversity in the Democratic Republic of the Congo” in Global Change Biology (Cited by 5)
Belanganayi, B.L. (2019). “Geochemical Analysis of Lilida geothermal spring” in Bulletin de la Société Royale des Sciences de Liège
Belanganayi, B.L. (2018). “UAS imagery reveals new survey opportunities for counting hippos” in PLOS ONE
Conclusion
Luse Belanganayi Basile exemplifies interdisciplinary expertise applied to ecological sustainability in Central Africa. With a strong academic foundation and practical experience across tropical forestry, chemistry, and remote sensing, he has become a prominent researcher and educator. His work on forest growth dynamics, biodiversity monitoring, and environmental geochemistry contributes to sustainable resource use and informed policy-making. As a lecturer, laboratory head, and scientific communicator, he nurtures the next generation of scientists. Through publications, field studies, and global collaborations, he advances both academic knowledge and practical conservation. His dedication continues to support the preservation and sustainable development of African tropical forests.