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亚马逊阿萨伊棕榈(棕榈科)知识现状的系统评价

Systematic Review of the State of Knowledge About Açaí-Do-Amazonas ( Mart., Arecaceae).

作者信息

Rocha Sabrina Yasmin Nunes da, Ferreira Maria Julia, Clement Charles R, Lopes Ricardo

机构信息

Post-Graduate Program in Botany at the National Institute for Amazonian Research, Av. André Araújo, 2936-Petrópolis, Manaus 69067-375, AM, Brazil.

Juruá Institute, Rua Ajuricaba, 359-Aleixo, Manaus 69083-020, AM, Brazil.

出版信息

Plants (Basel). 2025 Aug 6;14(15):2439. doi: 10.3390/plants14152439.

Abstract

Mart. is an increasingly important palm for subsistence and income generation in central and western Amazonia with growing demand for its fruit pulp, which is an alternative source of açaí juice for domestic and international markets. This study synthesizes current knowledge on its systematics, ecology, fruit production in natural populations, fruit quality, uses, population management, and related areas, identifying critical research gaps. A systematic literature survey was conducted across databases including Web of Science, Scopus, Scielo, CAPES, and Embrapa. Of 1568 studies referencing , 273 focused on , with 90 addressing priority themes. Genetic diversity studies suggest the may represent a complex of species. Its population abundance varies across habitats: the highest variability occurs in , followed by and . exhibit greater productivity potential, with more bunches per plant and higher fruit weight than ; no production data exist for . Additionally, has higher anthocyanin content than , the primary commercial açaí species. Management of natural populations and cultivation practices are essential for sustainable production; however, studies in these fields are still limited. The information is crucial to inform strategies aiming to promote the sustainable production of the species.

摘要

玛氏榈在亚马孙中部和西部对于维持生计和创收而言正变得愈发重要,其果肉的需求不断增长,它是国内外市场上阿萨伊果汁的替代来源。本研究综合了当前关于其系统分类学、生态学、自然种群中的果实产量、果实品质、用途、种群管理及相关领域的知识,找出了关键的研究空白。在包括科学网、Scopus、SciELO、巴西高等教育人员素质提升协调办公室和巴西农牧业研究公司在内的数据库中开展了系统的文献调查。在1568篇引用了[相关内容]的研究中,273篇聚焦于[相关内容],其中90篇涉及优先主题。遗传多样性研究表明[相关物种]可能代表一个物种复合体。其种群丰度在不同生境中有所不同:最高变异性出现在[具体生境1],其次是[具体生境2]和[具体生境3]。[某品种]展现出更大的生产力潜力,每株植物的果穗更多且果实重量更高,相比之下[另一品种]则不然;[某品种]没有产量数据。此外,[某品种]的花青素含量高于主要商业化阿萨伊品种[具体品种]。自然种群的管理和栽培实践对于可持续生产至关重要;然而,这些领域的研究仍然有限。这些信息对于为旨在促进该物种可持续生产的策略提供依据至关重要。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/86d4/12349038/7cd754108643/plants-14-02439-g0A1.jpg

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