EarthCube Science-Enabling Data Capabilities: Collaborative Proposal: Extending Ocean Drilling Pursuits [eODP]: Microfossils and Stratigraphy

扩展海洋钻探活动（eODP）将建立一个统一的科学的海洋钻井数据库系统，以地层学或沉积沉积的年龄和环境为基础。该项目将通过连接元地层数据建立一个可访问的地层学和微化石数据储存库。eODP将连接并增强三个现有的数据库结构：开放核心数据（OCD）、古生物数据库和宏观地层数据库，以促进大型微化石和海洋地层数据集的管理、访问和可视化。eODP数据将提供给移动应用程序Flyover Country，以解释重要地点的重要性。搜索功能将搜索时间间隔、岩性、分类单元或化石保存，允许用户快速找到有用的部分，在此基础上构建地球化学记录。该项目还将扩大女性和代表性不足的少数民族学生对科学的参与。参加自然科学学院（WINS）项目的少数族裔高中女生将参加地质学和古生物学领域的课程，最终目标是增加攻读地球科学大学学位和职业的少数族裔女性的数量。在过去50年里恢复的沉积物岩心提供了深海微化石组合及其演化的记录，并记录了来自世界各地的沉积变化。将这些微化石类群纳入PBDB将允许生物多样性研究，例如，在可靠的物种水平记录上。在数百万年的时间尺度上，稳定和连续的沉积环境使我们能够研究地球上最大的生物群落是如何在环境变化中生存下来的，这对理解人类面临的挑战至关重要。大型地层学项目将能够研究海洋沉积的控制因素，并将其与数百万年来的气候、构造和初级生产趋势联系起来。eODP将增强现有的Macrostrat模式，以允许额外的年龄诊断标准，并将船上海洋钻井岩石地层学和OCD的年龄模型填充Macrostrat。PBDB将由船上OCD的微化石分布填充，该项目将为PBDB和Macrostrat开发用户界面，以实现所有eODP数据的数据输入和下载。该奖项反映了美国国家科学基金会的法定使命，并通过使用基金会的知识价值和更广泛的影响审查标准进行评估，被认为值得支持。

Extending Ocean Drilling Pursuits (eODP) will build a unified scientific ocean drilling database system based on stratigraphy, or the age and environment of sedimentary deposition. The project will establish an accessible repository of stratigraphic and microfossil data by linking the meta-stratigraphic data. eODP will link and enhance three existing database structures: Open Core Data (OCD), the Paleobiology Database, and Macrostrat to facilitate curation, access, and visualization of large microfossil and marine stratigraphic datasets. eODP data will be served to the mobile app Flyover Country, to explain the importance of significant sites. A search function will search for time interval, lithology, taxon, or fossil preservation, allowing users to quickly find useful sections upon which to construct geochemical records. The project will also broaden participation of female and underrepresented minority students in science. Minority high school girls in Academy's Women In Natural Sciences (WINS) program will attend a geology and paleontology field course, with the ultimate goal of increasing the number of minority women who pursue college degrees and careers in the geosciences.Sediment cores recovered over the past 50 years have provided a record of deep sea microfossil assemblages and their evolution and has documented changes in sedimentation from around the world. Entering these microfossil groups into the PBDB will allow biodiversity studies, for example, on robust species-level records. Depositional environments that are stable and continuous on million-year timescales permit investigations into how the largest biome on the planet survives through environmental shifts, vital to understanding the challenges ahead of humanity. Large-scale stratigraphic projects will be able to study controls on oceanic sedimentation and relate this to climate, tectonics, and primary production trends over several million years. eODP will augment existing Macrostrat schema to allow for additional age-diagnostic criteria and populate Macrostrat with shipboard ocean drilling lithostratigraphy and age models from OCD. PBDB will be populated with shipboard microfossil occurrences from OCD and the project will develop user interfaces for PBDB and Macrostrat to enable data entry and download of all eODP data.This award reflects NSF's statutory mission and has been deemed worthy of support through evaluation using the Foundation's intellectual merit and broader impacts review criteria.