Aims and Scope:

The Open Access Journal of Forestry Research and Engineering (OAJFRE) stands as a reputable and peer-reviewed publication dedicated to advancing the multidimensional realm of forestry research and engineering. As an open-access journal, it provides unrestricted access to cutting-edge knowledge, making significant contributions to the sustainable management of forest ecosystems and the development of innovative engineering solutions.

OAJFRE embraces a comprehensive approach, encompassing various aspects of forestry research and engineering. Forest ecology studies investigate the intricate relationships between flora, fauna, and their environment, shedding light on the dynamic processes that shape forest ecosystems. Forest management research explores strategies and practices for sustainable forest utilization, emphasizing the conservation of biodiversity, ecosystem services, and the socio-economic well-being of local communities. Moreover, forest products research delves into the utilization and optimization of forest resources, encompassing topics such as timber production, non-timber forest products, and value-added processing.

The realm of forest engineering represents a vital facet within the journal’s purview. Forest engineering investigates innovative techniques, technologies, and methodologies that enhance forest operations, including harvesting, transportation, and reforestation. It encompasses advancements in machinery, automation, GIS applications, remote sensing, and precision forestry, aimed at improving efficiency, minimizing environmental impact, and promoting sustainable practices.

OAJFRE is committed to fostering scientific inquiry and dissemination of knowledge. It welcomes original research, review articles, and perspectives that provide novel insights into forestry research and engineering. By showcasing groundbreaking research, the journal facilitates knowledge exchange, ignites scholarly discussions, and promotes advancements in the field. Through the peer-review process, OAJFRE ensures the rigor, accuracy, and reliability of published articles, maintaining high standards of scientific excellence.

The journal also recognizes the significance of collaboration among researchers, forest managers, and industry professionals. OAJFRE serves as a platform for sharing the latest findings, experiences, and advancements, promoting dialogue and collaboration among diverse stakeholders. By bridging the gap between academia and practice, the journal facilitates the implementation of evidence-based approaches and promotes the adoption of sustainable forest management practices and engineering solutions.

Furthermore, OAJFRE embraces a global perspective, acknowledging the importance of addressing regional and international challenges in forestry research and engineering. The journal invites contributions from researchers, practitioners, and policymakers worldwide, fostering a diverse and inclusive community of forest professionals. This global collaboration enables the exchange of ideas, experiences, and best practices across different geographical contexts, enriching the collective understanding of forestry issues and facilitating the development of context-specific solutions.

In conclusion, the Open Access Journal of Forestry Research and Engineering (OAJFRE) serves as a reputable and peer-reviewed platform for advancing the fields of forestry research and engineering. By publishing high-quality original research, review articles, and perspectives, the journal contributes to the knowledge base, fostering sustainable forest management practices and innovative engineering solutions. OAJFRE encourages interdisciplinary collaboration, facilitates knowledge exchange, and nurtures a global community of forest professionals committed to the stewardship of forest ecosystems.

Classification:

1. Forest Ecosystem
2. Forest management
3. Global forest Monitoring
4. Agroforestry
5. Tropical forestry
6. Wild animal forestry
7. Forest Bioenergy
8. Forest soils
9. Forest harvesting
10. Silviculture of Indigenous Forests
11. Timber and Forest products
12. Climate change
13. Podocarp forests
14. Urban forestry
15. Deforestation effects
16. Timber drying
17. Wood science & technology
18. Forest carbon offsets
19. Forest conservation
20. Tree biotechnology
21. Wildfire management
22. Biomass and plant biofuels
23. Forest mensuration
24. Forest modeling and forecasting
25. Wood land biodiversity
26. Transgenic forestry
27. Forest ecosystem
28. Fire ecology
29. ecology