ForCenS, a curated database of planktonic foraminifera census counts in marine surface sediment samples
ForCenS, a curated database of planktonic foraminifera census counts in marine surface sediment samples
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ForCenS，海洋表面沉积物样本中浮游有孔虫普查计数的精选数据库
作者：
M. Siccha;M. Kučera
表层沉积物中海洋微体化石的普查计数是古海洋学和宏观生态过程研究的宝贵资源。这种应用的一个先决条件是为个别微体化石群提供数据综合。具体到这样的综合是必要的分类协调的组成数据集，再加上去复制以前的汇编。这两个方面都需要专业知识，但随着越来越多的记录涉及这样的综合，通过人工策展的专业知识的应用是不可行的。在这里，我们提出了一个合成的浮游有孔虫普查计数在表面沉积物样品，这是分类协调，去重复和处理的数值和其他不一致。数据处理是作为一个客观的和基本上自动化的管道来实施的，使我们能够将最初的6，984条记录减少到4，205条，这些记录来自独特的站点和信息丰富的技术或真实复制。我们提供的最终产品和文件的程序，这可以很容易地采用其他微体化石数据合成。设计类型观测设计·数据集成目标·生物多样性评估目标测量类型化石技术类型期刊文章数据项提取因子类型地理位置样本特征有孔虫·阿拉伯海·大西洋·地球·东印度洋·地中海·西北大西洋·太平洋·红海·智利东南太平洋沿海沃茨·西欧盆地·西苏门答腊省·海洋沉积物设计类型观测设计·数据集成目标·生物多样性评估目标测量类型化石技术类型期刊文章数据项提取因子类型地理位置样本特征有孔虫类·阿拉伯海·大西洋·地球·东印度洋·地中海·西北大西洋·太平洋·红海·东南太平洋智利沿海沃茨·西欧盆地·西苏门答腊省·海洋沉积物描述报告数据的机器可访问元数据文件（ISA-Tab格式）
Census counts of marine microfossils in surface sediments represent an invaluable resource for paleoceanography and for the investigation of macroecological processes. A prerequisite for such applications is the provision of data syntheses for individual microfossil groups. Specific to such syntheses is the necessity of taxonomical harmonisation across the constituent datasets, coupled with dereplication of previous compilations. Both of these aspects require expert knowledge, but with increasing number of records involved in such syntheses, the application of expert knowledge via manual curation is not feasible. Here we present a synthesis of planktonic foraminifera census counts in surface sediment samples, which is taxonomically harmonised, dereplicated and treated for numerical and other inconsistencies. The data treatment is implemented as an objective and largely automated pipeline, allowing us to reduce the initial 6,984 records to 4,205 counts from unique sites and informative technical or true replicates. We provide the final product and document the procedure, which can be easily adopted for other microfossil data syntheses. Design Type(s) observation design • data integration objective • biodiversity assessment objective Measurement Type(s) fossil Technology Type(s) data item extraction from journal article Factor Type(s) geographic location Sample Characteristic(s) Foraminifera • Arabian Sea • Atlantic Ocean • Earth • Eastern Indian Ocean • Mediterranean Sea • Northwest Atlantic Ocean • Pacific Ocean • Red Sea • Southeast Pacific Ocean coastal waters of Chile • West Europe Basin • West Sumatra Province • marine sediment Design Type(s) observation design • data integration objective • biodiversity assessment objective Measurement Type(s) fossil Technology Type(s) data item extraction from journal article Factor Type(s) geographic location Sample Characteristic(s) Foraminifera • Arabian Sea • Atlantic Ocean • Earth • Eastern Indian Ocean • Mediterranean Sea • Northwest Atlantic Ocean • Pacific Ocean • Red Sea • Southeast Pacific Ocean coastal waters of Chile • West Europe Basin • West Sumatra Province • marine sediment Machine-accessible metadata file describing the reported data (ISA-Tab format)
Globigerinella calida形态型平行进化的遗传和形态测量证据
影响因子：
1.9
作者：
Weiner AKM;Weinkauf MFG;Kurasawa A;Darling KF;Kucera M
通讯作者：
Kucera M