This article presents an analysis of the potential forest damage that occurred due to the COVID-19 pandemic in rural communities on the Forest Management Unit (FMUs). It focused on forest utilization and deforestation before and during the epidemic. Base on The data on online surveys using Google form instruments, Zoom meetings, and in-depth telephone interviews with the informants. The data of the research were analyzed descriptively using the mind mapping method. The data analysis shows that social and economic impacts potentially enhance the threat of forest resource utilization-increasing pressure on the forest due to the increase in forest product demand. Even though the government made efforts to minimize forest degradation and prevent illegal logging, the communities didn't follow the policy because there were no alternative solutions. The timber logging is carried out into a threat to forest degradation when it's not immediately prevented. The FMU needs to improve access to rural living near the forest to increase their forest income. These solutions are crucial for reducing illegal logging activities and forest degradation in the pandemic.

This paper examines the Forest Management Unit's (FMU) role in enhancing access to forest area utilization, especially in production and protected community-based forests, to suppress the rate of deforestation. We research five FMU in central Sulawesi. The analysis method is qualitative based on emic information from FMU, community, academic, local government, and direct field observations. This paper explains that public access in forest resource utilization is a deciding factor in helping the community face the impact of economic crises. To make it happen, the primary role of FMU is necessary. FMU Should be increasing public access to the state-owned forest by optimizing the facilitating functions. Providing investment opportunities for forest management based on the community in partnership schemes can realize a broad impact and national issues on empowering forest communities. FMU can also prioritize the partnership cooperation programs by implementing social forestry programs, instantly absorbing significant community participation.

This paper describes how the information of the key indicators for

The erosion is a very complex problem that can damage environmental ecosystems and land productivity. The main objective of this study is to predict soil erosion in Watutela watershed after the earthquake using GIS combination with the USLE method. The results showed that the erosion hazard index in the Watutela watershed was between the low to high criteria. The danger of high erosion was found in empty land about 427.93 tons/ha/year. While on the other hand, low criteria occurred in the shrubs 26.07 tons/ha/year. The results obtained allow determining as the Palu City development zone and to minimize the erosion hazard index, soil, and water conservation needs to be done through reforestation, rehabilitation utilization of tree architecture models that function in controlling erosion and climate, especially in high erosion hazard class.

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