SupplementaryData1.xlsx

This dataset compiles records of modern biogenic structures (<i>lebensspuren</i>) associated with stamping behavior in flamingos (family Phoenicopteridae) across a wide range of environmental settings. The data span from the 18th to the 21st century and were gathered from both peer-reviewed scientific literature and video records available through citizen science collaborative platforms. Each entry documents behavioral categories such as stamping, rotating stamping, dislocating stampamg, false stamping and standing stamping, classified by flamingo species and contextualized with environmental, hydrological, and sedimentological descriptors (e.g., sediment type, salinity, pH, and Köppen climate classification). Geographic locality and full references are also provided, when available. The dataset was developed to support comparative analyses of behavioral-environmental patterns across different flamingo species and to offer a synthetic overview of the family Phoenicopteridae in terms of behavioral trace formation and associated environmental variables. Additionally, it was designed to facilitate direct comparison with the distribution of the flamingo ichnological fossil record, enabling evaluations of inferred paleoenvironmental associations based on trace fossil occurrences. This resource is particularly useful for researchers interested in:The analysis of modern biogenic structures and their preservation potential in various sedimentary contexts;Behavioral studies of flamingos and their interactions with diverse environments;Applications in comparative ichnology and paleoenvironmental reconstructions.

该数据集汇编了广泛环境背景下与火烈鸟科（Phoenicopteridae）踩踏行为相关的现代生物成因构造（<i>lebensspuren</i>）记录。数据时间跨度从18世纪至21世纪，来源包括同行评审的科学文献以及通过公民科学协作平台获取的视频记录。每条条目记录了踩踏、旋转踩踏、错位踩踏（dislocating stamping）、假踩踏和站立踩踏等行为类别，按火烈鸟物种分类，并结合环境、水文及沉积学描述符（如沉积物类型、盐度、pH值和柯本气候分类）进行情境化分析。若信息可用，条目还包含地理定位及完整参考文献。该数据集旨在支持不同火烈鸟物种间行为-环境模式的比较分析，并从行为痕迹形成及相关环境变量角度，提供火烈鸟科的综合概述。此外，其设计目的还包括促进与火烈鸟遗迹化石记录分布的直接对比，从而能够基于痕迹化石的出现情况评估推断的古环境关联。该资源对以下领域的研究者尤其有用：现代生物成因构造及其在不同沉积环境中的保存潜力分析；火烈鸟行为研究及其与多样环境的相互作用；比较遗迹学及古环境重建中的应用。