Authors
Kazuya Nishina, Lulie Melling, Sakae Toyoda, Masayuki Itoh, Kotaro Terajima, Joseph WB Waili, Guan X Wong, Frankie Kiew, Edward B Aeries, Ryuichi Hirata, Yoshiyuki Takahashi, Takashi Onodera
Publication date
2023/5/10
Journal
Science of The Total Environment
Volume
872
Pages
162062
Publisher
Elsevier
Description
Oil palm plantations in Southeast Asia are the largest supplier of palm oil products and have been rapidly expanding in the last three decades even in peat-swamp areas. Oil palm plantations on peat ecosystems have a unique water management system that lowers the water table and, thus, may yield indirect N2O emissions from the peat drainage system. We conducted two seasons of spatial monitoring for the dissolved N2O concentrations in the drainage and adjacent rivers of palm oil plantations on peat swamps in Sarawak, Malaysia, to evaluate the magnitude of indirect N2O emissions from this ecosystem. In both the dry and wet seasons, the mean and median dissolved N2O concentrations exhibited over-saturation in the drainage water, i.e., the oil palm plantation drainage may be a source of N2O to the atmosphere. In the wet season, the spatial distribution of dissolved N2O showed bimodal peaks in both the …
Total citations
Scholar articles
K Nishina, L Melling, S Toyoda, M Itoh, K Terajima… - Science of The Total Environment, 2023