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巴西马拉尼昂低地一个基隆博社区植物物种的使用选择标准和保护优先级

Selection criteria for use and conservation priorities for plant species in a Quilombola community in Baixada Maranhense, Brazil.

作者信息

Rabelo Thauana Oliveira, do Nascimento André Luiz Borba, de Almeida Eduardo Bezerra

机构信息

Programa de Pós-Graduação em Biodiversidade e Conservação (PPGBC), Universidade Federal do Maranhão (UFMA), São Luís, Maranhão, Brazil.

出版信息

J Ethnobiol Ethnomed. 2025 Sep 26;21(1):62. doi: 10.1186/s13002-025-00798-w.

Abstract

BACKGROUND

The Amazonian biome is home to a vast diversity of plant species that are of fundamental importance to traditional communities such as the Quilombolas. These communities use different criteria to select and prioritize species for use. This study focused on the perceptions of these communities regarding the availability of medicinal, food, and timber plant species, with the aim of identifying priority resources for conservation and assessing the risks associated with the collection of these resources in the Queluz Quilombo, Anajatuba, Maranhão State. To this end, the following hypotheses were tested: Useful plants perceived by informants as more abundant locally will be more multifunctional; (II) more versatile; (III) more frequently recalled by informants; and (IV) there is a difference in collection sites depending on the use category.

METHODS

Between March 2022 and December 2023, 75 out of 105 families residing in the visited communities agreed to participate in the study and were interviewed using semi-structured questionnaires that included socioeconomic questions and free lists. Plants were assessed based on their perceived abundance in the area. Generalized Linear Models were used to examine the relationship between perceived abundance, species versatility, and their salience by category. In addition, percentages were calculated for collection sites and the structure of the most affected plants within each category.

RESULTS

Multifunctionality and versatility food did not significantly affect the perceived abundance of useful plants; however, versatility in medicinal and timber use was found to be significant (p-value: 0.012* e p-value: 0.011*, respectively). Proximity of resources to homes was a key indicator of abundance for food plants, while effectiveness and quality were the primary factors for medicinal and timber species. Timber species such as Paparaúba (Simarouba spp.), Sabiá (Mimosa caesalpiniaefolia Benth.), Pau D'arco (Handroanthus albus (Cham.) Matto), Cedar (Cedrela spp.), and Jenipapo (Genipa americana L.) were identified as being under greater use pressure. However, local factors have mitigated the risks associated with collecting these resources. The study found that medicinal and food plants are mainly collected in backyards (87.07%), while timber plants are more commonly gathered from the forest (74.14%). The parts of plants most affected differ by category, with leaves (97.14%) and fruits (77.73%) being primarily collected from medicinal and food plants, respectively, and stems (100%) from timber plants.

CONCLUSIONS

These findings provide valuable insights for the development of conservation strategies and the sustainable management of plant resources within local communities. The results emphasize the need to consider both biodiversity and the socioeconomic and cultural dimensions involved in the use of these natural resources.

摘要

背景

亚马逊生物群落是众多植物物种的家园,这些植物对基隆波拉等传统社区至关重要。这些社区使用不同标准来选择物种并确定其使用优先级。本研究聚焦于这些社区对药用、食用和木材植物物种可用性的认知,旨在确定保护的优先资源,并评估在马拉尼昂州阿纳哈图巴的凯卢斯基隆波采集这些资源所带来的风险。为此,检验了以下假设:被受访者认为在当地更为丰富的有用植物将具有更多功能;(二)用途更广泛;(三)被受访者更频繁提及;以及(四)根据使用类别,采集地点存在差异。

方法

在2022年3月至2023年12月期间,受访社区的105个家庭中有75个家庭同意参与研究,并使用包含社会经济问题和自由列举法的半结构化问卷进行访谈。根据植物在该地区的感知丰富度进行评估。使用广义线性模型来检验感知丰富度、物种用途广泛性及其按类别划分的显著程度之间的关系。此外,计算了采集地点的百分比以及各类别中受影响最大的植物结构。

结果

多功能性和食用用途的广泛性并未显著影响有用植物的感知丰富度;然而,药用和木材用途的广泛性具有显著影响(p值分别为0.012和0.011)。资源与家庭的距离是食用植物丰富度的关键指标,而有效性和质量是药用和木材物种的主要因素。帕帕劳巴(香肉果属植物)、萨比亚(含羞草)、弓果苏木(白掌花)、雪松(洋椿属植物)和美洲木鳖果(美洲木鳖果)等木材物种被确定面临更大的使用压力。然而,当地因素减轻了采集这些资源所带来的风险。研究发现,药用和食用植物主要在自家后院采集(87.07%),而木材植物更常从森林中采集(74.14%)。各类别中受影响最大的植物部位有所不同,药用和食用植物分别主要采集叶子(97.14%)和果实(77.73%),木材植物则主要采集茎干(100%)。

结论

这些发现为制定保护策略和当地社区植物资源的可持续管理提供了宝贵见解。结果强调需要兼顾生物多样性以及这些自然资源利用中涉及的社会经济和文化层面。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/fcc3/12465610/5cc8fe2a6a56/13002_2025_798_Fig1_HTML.jpg

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