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1
Florivory of Early Cretaceous flowers by functionally diverse insects: implications for early angiosperm pollination.早白垩世花朵的 Florivory 由功能多样的昆虫完成:对早期被子植物传粉的启示。
Proc Biol Sci. 2021 Jun 30;288(1953):20210320. doi: 10.1098/rspb.2021.0320. Epub 2021 Jun 16.
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Insect herbivory fluctuations through geological time.地质时间内昆虫食草波动。
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Floral Assemblages and Patterns of Insect Herbivory during the Permian to Triassic of Northeastern Italy.意大利东北部二叠纪至三叠纪期间的花卉组合与昆虫食草模式
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被子植物多样化初期节肢动物和真菌食草作用的数据、指标及方法:美国内布拉斯加州的玫瑰溪植物群落

Data, metrics, and methods for arthropod and fungal herbivory at the dawn of angiosperm diversification: The Rose Creek plant assemblage of Nebraska, U.S.A.

作者信息

Xiao Lifang, Labandeira Conrad C, Dilcher David L, Ren Dong

机构信息

College of Life Sciences and Academy for Multidisciplinary Studies, Capital Normal University, Beijing 100048, China.

Department of Paleobiology, National Museum of Natural History, Smithsonian Institution, Washington, DC 20013, USA.

出版信息

Data Brief. 2022 Apr 14;42:108170. doi: 10.1016/j.dib.2022.108170. eCollection 2022 Jun.

DOI:10.1016/j.dib.2022.108170
PMID:35510258
原文链接:https://pmc.ncbi.nlm.nih.gov/articles/PMC9058965/
Abstract

The data presented in this article are related to the research article titled "Arthropod and fungal herbivory at the dawn of angiosperm diversification: The Rose Creek plant assemblage of Nebraska, U.S.A." (Xiao et al., 2021). These data correspond to an examination of arthropod and fungal herbivory on 2084 plant specimens from the Early Cretaceous (late Albian) Rose Creek locality of southeastern Nebraska, USA. Ten datasets have been assembled to describe and contextualize the diversity and intensity of herbivory at Rose Creek, as documented in Appendices of the online supplementary material. Appendices S4 and S5 provide a list and the frequency distributions by major clade and species/morphotype of all plant taxa examined. Appendix S6 outlines general procedures for documenting herbivory on plants and how the data was acquired. Appendix S9a and S9b provide rarefaction analyses for plant taxa to demonstrate sampling sufficiency, which is paralleled by rarefaction analyses of Appendix S9c and S9d that indicate sampling of damage types are robust. The comprehensive dataset of Appendix S12 lists plant taxa horizontally by major clade/group and species/morphotype versus vertically listed feeding classes, functional feeding groups (FFGs) and damage types (DTs). The basic metrics of DTs, feeding event occurrences, DT host-plant specialization, and number of matrix cells are displayed, with data subtotals and totals. This data matrix serves as the central source of data for the study, and records the six metrics of DT richness, DT frequency, DT host-plant specialization, percent of area herbivorized, and feeding event occurrences. Three of these metrics are used for establishing component community structure of the three most herbivorized taxa (Figs 8-10), and the relationships among plant hosts and FFGs in the non-metric multidimensional scaling analysis (Fig. 11) (Xiao et al., 2021). Appendix S15 is a list DTs, with their assigned host-plant specialization of 1 for generalized, 2 for intermediate specificity, and 3 for specialized. Appendix S16 is a table that provides plant surface areas (cm) and their percentages that have been removed due to herbivory. Appendix S18 provides descriptions and ancillary data for 14 new DTs described from Rose Creek. A listing of the herbivory index (herbivorized surface area divided by total surface area) of plant assemblages and individual plant species in Appendix S19 provides comparisons among Rose Creek, other fossil, and modern plant assemblages. Lastly, Appendix S23 lists from the literature of arthropod species forming the well-documented herbivore component communities of five modern plant species to the three most herbivorized taxa at Rose Creek shown in Fig. 12. Some of the metrics used to quantitatively measure the diversity and intensity of herbivory are recent, such as feeding event occurrences, whereas others such as herbivorized surface area and host-plant specialization values have had a longer use in plant-arthropod studies.

摘要

本文所呈现的数据与题为《被子植物多样化初期的节肢动物和真菌食草作用:美国内布拉斯加州的玫瑰溪植物群落》(Xiao等人,2021年)的研究论文相关。这些数据对应于对来自美国内布拉斯加州东南部早白垩世(阿尔比阶晚期)玫瑰溪地区的2084个植物标本上的节肢动物和真菌食草作用的研究。已汇编了十个数据集,以描述和说明玫瑰溪地区食草作用的多样性和强度,如在线补充材料附录中所记录。附录S4和S5提供了所有被检查植物类群按主要类群以及物种/形态类型的列表和频率分布。附录S6概述了记录植物上食草作用的一般程序以及数据的获取方式。附录S9a和S9b提供了植物类群的稀疏分析,以证明采样的充分性,附录S9c和S9d的稀疏分析表明损伤类型的采样是可靠的。附录S12的综合数据集按主要类群/组和物种/形态类型水平列出植物类群,同时按垂直列出的取食类、功能取食组(FFG)和损伤类型(DT)列出。展示了DT的基本指标、取食事件发生次数、DT寄主植物专一性以及基质细胞数量,并带有数据小计和总计。这个数据矩阵是该研究的核心数据来源,记录了DT丰富度、DT频率、DT寄主植物专一性、被食草植物面积百分比以及取食事件发生次数这六个指标。其中三个指标用于建立三个被食草作用最强的类群的组成群落结构(图8 - 10),以及在非度量多维尺度分析中植物寄主与FFG之间的关系(图11)(Xiao等人,2021年)。附录S15是一份DT列表,其指定的寄主植物专一性为:一般化的为1,中等专一性的为2,专一性的为3。附录S16是一个表格,提供了植物表面积(平方厘米)及其因食草作用而被去除的百分比。附录S18提供了从玫瑰溪描述的14种新DT的描述和辅助数据。附录S19中植物群落和单个植物物种的食草作用指数(被食草植物表面积除以总表面积)列表提供了玫瑰溪、其他化石植物群落和现代植物群落之间的比较。最后,附录S23列出了文献中形成五个现代植物物种以及图12所示玫瑰溪三个被食草作用最强类群的有充分记录的食草动物组成群落的节肢动物物种。一些用于定量测量食草作用多样性和强度的指标是最近才有的,如取食事件发生次数,而其他指标,如被食草植物表面积和寄主植物专一性值在植物 - 节肢动物研究中使用的时间则更长。