The Impact on Ecosystem Services and the Satisfaction Therewith of Community Forest Management in Northern Thailand

Abstract

Forest ecosystems provide myriad services that are beneficial to local livelihoods. Successful community forest management (CFM) enhances the provision, overall benefit, and effectiveness of the regulation of ecosystem services and contributes to forest conservation efforts. The study area was a deciduous forest in the Ban Mae Chiang Rai Lum Community Forest, which is located in Pa Mae Phrik National Forest Reserve in Thailand’s northern province of Lampang. A systematic sampling of the forest area was conducted, and survey plots were established. A field survey documented 197 plant species from 62 families. A questionnaire that focused on CFM engagement behavior and ecosystem service satisfaction levels was used to interview household representatives. The study found that levels of engagement and the effectiveness of forest management were directly related; increased CFM effectiveness leads to improved ecosystem services. Participation in CFM can improve ecosystem services and enhance livelihoods. Specifically, participation in decision making, forest fire management, check dam construction, benefit sharing, and in forming effective forest regulations positively impacted ecosystem services. In contrast, employing forest patrols adversely affected those services. This knowledge is useful for identifying policies and practices that can maximize ecosystem services to enhance livelihoods and safeguard the forest’s vitality.

Changes in Ecosystem Service Values in Response to the Planting of Eucalyptus and Acacia Species in the Gilgel Abay Watershed, Northwest Ethiopia

“…Therefore, more attention should be paid to preventing deforestation of natural forests and shrubs to enhance the value of ecosystem services. Effective community management of natural forests is needed to enhance the value of ecosystem services, as the total value of ecosystem services of natural forests is higher than that of plantations (Bremer& Farley, 2010; Chazdon, 2008; Paudyal et al, 2020; Thammanu et al, 2021). The mosaic agricultural landscape consisting of plantations, natural forests, agroforestry, and heterogeneous agro-systems must be scaled up to maximize the multiple values of ecosystem services.…”

Variations in the Diversity and Biomass of Soil Bacteria and Fungi under Different Fire Disturbances in the Taiga Forests of Northeastern China

“…To some degree, the occurrence of forest fires can play a certain role in forest ecosystem "cleaning"; this is because a past fire results in plant seeds and seedlings having easier access to the soil and the circulation of nutrients is accelerated [3], promoting plant seed germination and growth [4]. Thus, forest fires can be conducive to the growth and development of forests, their recovery, and succession [5][6][7]. However, forest fires can negatively affect the aboveground vegetation, wildlife, ecosystems, soil characteristics, and the atmospheric environment [8].…”

The impacts of land use/cover changes on values of ecosystem service in Tul watershed, Northwest Ethiopia

“…More emphasis should be placed on attempting to prevent the loss of natural forests and shrubs to enhance the value of ecosystem services. Because natural forests provide more ecosystem services than plantations (Paudyal et al, 2020;Thammanu et al, 2021), effective community management of these areas is required to increase their value. To enhance the many advantages of ecosystem services, a mosaic agricultural space composed of plantations, natural forests, agroforestry, and wetlands must be developed (Debie & Anteneh, 2022).…”