Decomposition rate of two tea types in two different forestry niches

J. Fyda, Patrycja Żelazo
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Abstract

Organic matter decomposition is one of the most important processes associated with flow of energy and recirculation of organic matter in natural environments. Using commercially sold tea bags of Lipton Sencha green tea (SGT) and Lipton Ceylon black tea (CBT) their decomposition was studied in mixed and coniferous forest. At both stations 25 bags of each tea were buried for a period of 3 months. After elapsed time, the bags were dug up, dried, and the mean weight loss of organic material for each tea type and ecosystem was calculated. In the mixed forest the average weight loss of tea bags was 46.8% for Sencha and 32.1% for Ceylon tea and respectively 44.6% and 30.6%, in the coniferous forest. Statistical analysis test (ANOVA) revealed a statistically significant difference (p < 0.05) in rate of decomposition between tea types, however the differences between the decomposition of the same type of tea on both type of forest were insignificant.
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两种茶叶在两种不同林业生态位中的分解率
有机质分解是自然环境中与能量流动和有机质再循环有关的重要过程之一。使用商业销售的立顿的茶包Sencha绿茶(SGT)和立顿锡兰红茶(CBT)他们在混合和针叶林分解进行了研究。在两个站点,每种茶叶各埋25袋,为期3个月。经过一段时间后,袋子被挖出来,晾干,并计算每种茶类型和生态系统的有机物质的平均重量损失。在混交林中,煎茶和锡兰茶的茶包平均失重率分别为46.8%和32.1%,针叶林中分别为44.6%和30.6%。统计分析检验(ANOVA)显示,不同茶叶类型的分解率差异有统计学意义(p < 0.05),而同一种茶叶在两种森林类型上的分解率差异不显著。
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