Clò Eleonora, Mercuri Anna Maria, Zappa Jessica, Ricucci Cristina, Braga Lorenzo, Florenzano Assunta
Laboratorio di Palinologia e Paleobotanica, Dipartimento Scienze della Vita, Università degli Studi di Modena e Reggio Emilia, 41125 Modena, Italy.
Plants (Basel). 2025 Apr 30;14(9):1367. doi: 10.3390/plants14091367.
Palynology is an invaluable tool for reconstructing past biodiversity in agrarian and cultural landscapes and for understanding present-day environmental assets. By analysing past evidence, rooted in botanical knowledge, we can foresee future environmental trends. Italy, at the centre of the Mediterranean, is one of the richest countries in terms of pollen analyses from archaeological sites and therefore is particularly suited to reconstructing human-environment relationships and anthropogenic impacts on flora over time. We selected data filled in the database BRAIN. This paper presents new elaboration on pollen data from 14 published and unpublished archaeological sites, showing past plant diversity and land management in prehistorical and historical contexts of southern Italy. Overall, the research demonstrates that the floristic palaeodiversity, as revealed through the group-equalised indicator species analysis, supports and validates the palynological data on the flora of Campania, Basilicata, and Sicily. The study highlights the presence of ubiquitous pollen taxa in anthropogenic environments and explores the connection between past and present plant diversity.
孢粉学是重建农业和文化景观中过去生物多样性以及理解当今环境资产的宝贵工具。通过分析基于植物学知识的过去证据,我们可以预见未来的环境趋势。意大利位于地中海中心,就考古遗址的花粉分析而言,是最丰富的国家之一,因此特别适合重建人类与环境的关系以及随着时间推移人类活动对植物群的影响。我们选择了填入数据库BRAIN中的数据。本文展示了对来自14个已发表和未发表考古遗址的花粉数据的新阐述,呈现了意大利南部史前和历史背景下过去的植物多样性和土地管理情况。总体而言,该研究表明,通过群组均衡指示物种分析揭示的植物区系古多样性,支持并验证了坎帕尼亚、巴西利卡塔和西西里植物群的孢粉学数据。该研究突出了人为环境中普遍存在的花粉分类群,并探讨了过去和现在植物多样性之间的联系。