亚马逊地区的凋落物储量、凋落物和养分:从过去40年的科学研究中定义模式

Julia Isabella De Matos Rodrigues, W. B. R. Martins, V. P. Oliveira, Myriam Suelen da Silva Wanzerley, Hiago Felipe Cardoso Pacheco, Felipe Cardoso de Menezes, F. Oliveira
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摘要

由凋落物分解保证的养分循环是维持亚马逊生态系统的重要过程。对土壤表面凋落物层的研究是必不可少的,主要是因为它们有助于提供有关生态系统功能和结构方面的信息。因此,为了确定与亚马逊地区凋落物和营养物质的储存和生产相关的参数,我们对过去40年(1980- 2019)亚马逊地区学术出版物中的文章进行了定性和定量分析。我们确定了83篇文章,其中大多数(85.39%)来自巴西。67%的研究与凋落物收集方法相关,只有11.24%的研究与凋落物和凋落物两种收集方法相关。农林复合系统(AFS)和混交林(MIP)凋落物蓄积量分别为4.94±2.07 ~ 11.05±4.67 Mg ha-1。草地生态系统(PAS)和AFS凋落物在2.09±1.14 Mg ha-1 -1 ~ 9.01±6.09 Mg ha-1 -1之间。亚马逊地区凋落物养分的递减顺序为N>Ca>K>Mg>P。我们的研究结果表明,需要加大对亚马逊森林研究的重视和投入,以便开展更多关于该主题的研究,特别是关注生态恢复的研究。
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Litter stock, litterfall and nutrients in the Amazonia: defining patterns from last 40 years of scientific research
Nutrient cycling, guaranteed by the decomposition of litter, stands out as an essential process for maintaining Amazonian ecosystems. Studies on the litter layer on the soil surface are indispensable, primarily because they help provide information about functional and structural aspects of the ecosystem. Therefore, to define parameters related to the storage and production of litter and nutrients in Amazonia, we conducted a qualitative and quantitative analysis of articles in academic publications developed in Amazonia in the last 40 years (1980- 2019). We identified 83 articles, with the majority (85.39%) developed in Brazil. We found that 67% of these studies were related to the litterfall method and only 11.24% were related to both collection methods (litter stock and litterfall). The litter stock ranged from 4.94 ± 2.07 Mg ha-1 to 11.05 ± 4.67 Mg ha-1 for Agroforestry Systems (AFS) and Mixed Plantation (MIP), respectively. While litterfall ranged from 2.09 ± 1.14 Mg ha-1 year-1 to 9.01 ± 6.09 Mg ha-1 year-1 for pasture ecosystems (PAS) and AFS. The litter nutrients in Amazonia follow the following decreasing order: N>Ca>K>Mg>P. Our results indicate the need for more attention and investment in Amazonian forest research, so that more studies on the subject may be developed, especially those focusing on ecological restoration.
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