Calibrating Nepal's scientific forest management practices in the measure of forest restoration

Calibrating Nepal's scientific forest management practices in the measure of forest restoration

Various restoration programs have been implemented worldwide to recover degraded ecosystems. Nepal implemented a signature policy— Scientific Forest Management (SciFM)—with the aim of restoring and enhancing forest conditions, as well as increasing employment, timber production and economic growth in the last decade. While SciFM might achieve these objectives, it may conflict with Nepal’s own biodiversity and emission reduction policies. So far, various aspects of SciFM, such as stakeholders' opinion, policy issues, and financial analysis have been conducted. However, the effect of SciFM in achieving various restoration objectives remains unexplored. Taking a case of Sal (Shorea robusta) dominated forest which resembles productive forests in the lowlands of Nepal, we evaluated land productivity, carbon, and biodiversity outcomes of SciFM. Employing the methods of policy review (n = 6), literature review (n = 35), expert consultations (n = 15), and forest and soil inventory, we found that SciFM has been beneficial for establishing regeneration of Sal. However, in the short-run, SciFM was found to be counterproductive to achieve national objectives of REDD+ (reducing carbon emissions from forestry sector), biodiversity conservation, and land productivity enhancement. Based on our analysis, we have discussed some learning areas from SciFM practices to align with the restoration objectives at a national and global scale. Implications of the findings in the other parts of the world, who are also implementing intensive forest management programs, are highlighted.

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