Forest Management is a scientific field within Forestry that focuses on the management of forest resources for sustainable economic, social, and environmental purposes. This study encompasses an understanding of technical and economic aspects of forest management, including forest planning, monitoring, and appropriate harvesting methods. Examples of applications of this scientific field include forest production management, forest conservation, restoration of former mining lands, forest fire management, and social forestry development. The main objective of this scientific field is to develop more effective and sustainable forest management techniques and practices and to promote a balance between economic, social, and environmental interests in forest resource management. Forest Management plays a critical role in global efforts to reduce deforestation, increase carbon reserves, and promote the well-being of forest-dependent communities.

Silviculture is a scientific field within Forestry that focuses on techniques and practices for cultivating forest plants for the purpose of producing wood and non-wood products. The study includes understanding methods and technologies used for breeding, propagation, planting, and maintenance of forest plants, as well as the economic and social aspects of forest cultivation. Examples of applications of this scientific field include tropical forest cultivation, mixed garden development, agroforestry, and forest restoration. The main objective of this scientific field is to develop more productive and sustainable forest cultivation techniques while promoting balance between wood and non-wood production with environmental conservation and social interests. Forest Cultivation plays an important role in global efforts to increase the sustainability of wood and non-wood production and reduce pressure on dwindling natural forests.

Forest Product Technology is a scientific field in Forestry that focuses on processing and utilizing forest products for wood and non-wood products. This study includes understanding the technology and methods for processing, preservation, and manufacturing forest products, as well as waste management and alternative energy production from processing residues. Examples of applications of this scientific field include wood processing for furniture and paper production, processing of biomass fuels, and development of non-wood products such as essential oils and medicines. The main goal of this scientific field is to develop more effective and sustainable technologies in the processing and utilization of forest products, as well as to promote effective waste management and the use of alternative energy to reduce environmental impacts. Forest Product Technology plays a critical role in global efforts to increase the value-added of forest products, enhance the competitiveness of wood and non-wood products, and reduce pressure on diminishing natural forests.

Forest Resource Conservation is a scientific field in Forestry that focuses on preserving biodiversity and the quality of forest environments. The studies in this field cover understanding ecological, biological, and social aspects of forests, as well as sustainable forest management techniques and practices. Examples of applications from this scientific field include research and development of biodiversity measurement methods, monitoring water and air quality in forests, ecosystem management, and restoration of degraded natural forests. The main goal of this scientific field is to promote sustainable forest resource conservation and environmental conservation, as well as to develop forest management strategies that balance economic, social, and environmental interests. Forest Resource Conservation plays an important role in global efforts to reduce deforestation, increase carbon reserves, and promote the welfare of communities living around forests.