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1998 年东北 Mata Atlântica 淡水生态区的 Helicopsyche (Feropsyche) Johanson(毛翅目):分类学与生态位模型的整合。

Helicopsyche (Feropsyche) Johanson, 1998 (Trichoptera) from Northeastern Mata Atlântica Freshwater ecoregion: integrating taxonomy and niche modeling.

机构信息

Universidade Federal da Bahia, Instituto de Biologia, PPG Biodiversidade e Evolução, Laboratório de Entomologia Aquática (LEAq), Rua Barão de Jeremoabo, 143, Campus Ondina, 40130-115 Salvador, BA, Brazil.

出版信息

An Acad Bras Cienc. 2024 Apr 22;96(1):e20230369. doi: 10.1590/0001-3765202420230369. eCollection 2024.

Abstract

The Northeastern Mata Atlântica Freshwater ecoregion (NMAF) is part of the 25 worlds biodiversity hotspots. It comprises the Central Atlantic Forest Ecological Corridor and Chapada Diamantina Complex (in part), including high rates of endemism in coastal freshwater ecosystems. However, estimates indicate a high population decline in Freshwater ecosystems. Trichoptera are the most affected insect order, with average extinction rates of ~9% and many unknown species (e.g., estimates are around 50% in Brazil and Ecuador). This crisis can be aggravated by gaps in the knowledge of species (Linnean shortfall) and their distribution (Wallacean shortfall), caused mainly by a lack of investment in extensive fauna inventories and human resources related to systematics. Thus, to face these shortfalls in NMAF, we describe four new species of. H. (Feropsyche) and provide new distribution records. In addition, we perform niche modeling based on the species distributions of the group to identify areas with high environmental suitability to direct biodiversity research efforts on NMAF, a highly endemic and underexplored ecoregion. We increased the number of known species of NMAF from seven to 16 species. The niche modeling pointed to two areas as priorities to guide the strategies to reduce shortfalls in the NMAF.

摘要

东北大西洋淡水生态区(Northeastern Mata Atlântica Freshwater ecoregion,NMAF)是世界 25 个生物多样性热点地区之一。它包括中大西洋森林生态走廊和钻石高原复合体(部分地区),拥有高比例的沿海淡水生态系统特有种。然而,估计表明淡水生态系统的人口数量正在大量减少。蜉蝣目是受影响最严重的昆虫目,平均灭绝率约为 9%,还有许多未知物种(例如,在巴西和厄瓜多尔,估计约有 50%的物种未知)。物种知识(林奈氏空缺)和分布(华莱士氏空缺)方面的差距可能会加剧这种危机,主要是由于缺乏对广泛动物群清查和与系统学相关的人力资源的投资所致。因此,为了应对 NMAF 中的这些空缺,我们描述了四种新的。H.(Feropsyche)物种,并提供了新的分布记录。此外,我们还基于该组的物种分布进行了生态位建模,以确定具有高环境适宜性的区域,以便直接在 NMAF 开展生物多样性研究工作,这是一个高度特有和探索不足的生态区。我们将 NMAF 已知物种的数量从 7 种增加到了 16 种。生态位建模指出了两个优先领域,以指导减少 NMAF 空缺的策略。

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