Lis Barbara, Zielińska Anna, Lis Jerzy A
Institute of Biology, University of Opole, Oleska 22, 45-052 Opole, Poland.
Insects. 2022 Jun 19;13(6):558. doi: 10.3390/insects13060558.
The systematic position and actual distribution of , for a long time one of the most enigmatic lace bug genus and species, is very obscure because only the type specimen and three other individuals from India are known to date. In the present paper, we report the first records of from the Palaearctic region (Iran) and tropical Africa (Ghana). Based on the occurrence localities and climatic variables, we predict potentially useful ecological niches for this species using Maxent software. The areas with the best environmental conditions for indicated in our studies suggest its possible Palaeotropical distribution. Moreover, we regard these results as a good starting point for further searches for specimens of this species. This might help verify the hypothesis of the broad Palaeotropical distribution of and its oligo- or polyphagy. In addition, the lace bug genus , based on the diagnostic characteristics provided for the tribe Acalyptaini, and the structure of is transferred from the tribe Ypsotingini to the Acalyptaini. A key to all genera currently included in the latter tribe is also provided.
长期以来,作为最神秘的网蝽属和物种之一,其系统位置和实际分布非常模糊,因为迄今为止仅知其模式标本和来自印度的另外三个个体。在本文中,我们报道了该物种在古北区(伊朗)和热带非洲(加纳)的首次记录。基于出现地点和气候变量,我们使用Maxent软件预测了该物种潜在有用的生态位。我们研究中显示的该物种环境条件最佳的区域表明了其可能的古热带分布。此外,我们将这些结果视为进一步搜寻该物种标本的良好起点。这可能有助于验证该物种广泛的古热带分布及其寡食性或多食性的假说。另外,基于为Acalyptaini族提供的诊断特征以及该物种的结构,该网蝽属从Ypsotingini族转移到了Acalyptaini族。还提供了目前包含在后者族中的所有属的检索表。