西巴布亚博塔克湾沿岸海草的生物量和碳积累

F. Runtuboi, J. Nugroho, Yahya Rahakratat
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引用次数: 3

摘要

海草是一种高层次的开花植物,完全适应沿海的生活,能够储存海洋碳含量的10%。在Gunung Botak Bay Coastal South Manokwari reggency进行的研究,目的是研究估计海草密度和估计海草的碳积累速率。研究的一些阶段所做的是密度样本,时间长至2015年4月和5月至9月和10月。其他采样收集海草,以估计碳储存的部分,如黎明,根茎根和基质。结果表明,海草在地上、地下的平均碳积累量为根茎部分,1号站(13.16±3.8)、3号站(5.4±2.9)和5号站(6.2±1.1)的碳积累量较高,或3个站的平均碳积累量为8.24 kg。未来,沉积物中碳的累积量为1664,2在深度0-20 cm和20-60 cm。海草碳储存能力将有助于减轻印度尼西亚,特别是西巴布亚气候变化影响的缓解努力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
BIOMASSA AND ACCUMULATION CARBON ON SEAGRASS Enhalus acroides IN GUNUNG BOTAK BAY COASTAL, WEST PAPUA
Seagrass is a high level and a flowering plant that is fully adapted to life in the coastal and has ability to store carbon by 10% of the carbon content in the oceans. The research doing at Gunung Botak Bay Coastal South Manokwari Regency with objective of research to estimate seagrass density and to estimate rate accumulation of carbon from Enhalus acroides. Some the stages of the research done is density sample as long to period 2015 (April and Mei) into (September and Ocktober). Other sampling to collecting seagrass to estimate carbon storage in part like daun, rhizome root and substrat. Result to showing average carbon accumulation of seagrass in above below ground is rhizome part and higher in Statiun1 (13.16±3.8),stasiun 3 (5.4±2.9) dan stasiun 5 (6.2±1.1) or the generally accumulation carbon in the three is 8.24 kg from Enhalus acroides. Future more, accumulation carbon in sediment as a 1664,2 in dept 0-20 cm and 20-60 cm. Seagrass carbon storage capabilities will assist in mitigation efforts to reduce the impact of climate change in Indonesia, especially in West Papua.
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