Stewardship of SAMOS data and metadata from UNOLS vessels

佛罗里达州立大学提议建立一项新的协议，将正在进行的气象和近地表海洋数据(以及相关的元数据)从联合国后勤基地房车传输到佛罗里达州立大学的萨莫斯数据组装中心(DAC)。这项新的议定书将利用国家科学基金会资助的滚装甲板到储存库(R2R)试点项目(http://www.rvdata.us/overview)，)，该项目提议让联合国难民事务高级专员办事处的所有船只将其在航数据转移到一个共同的岸边储存库。该提案将与R2R项目和联合国后勤基地的船只运营者合作，确定定期收集的在航气象和近水面海洋数据的一个子集，这些数据可从船只近乎实时地传输到岸边储存库。他们设想，传输的数据将具有尽可能接近船上仪器采样率的时间采样分辨率(根据仪器的不同，从每分钟10至60个样本不等)。数据将以最好地服务于接近实时的用户社区的方式进行打包。传输将利用HiSeasNet，这是一个为房车提供连续互联网连接的卫星通信网络。Samos DAC随后将从存储库中提取数据。

Florida State University proposes to establish a new protocol whereby underway meteorological and near-surface oceanographic data (and related metadata) are transmitted from UNOLS RVs to the SAMOS data assembly center (DAC) at the Florida State University. This new protocol would take advantage of the NSF funded Rolling Deck to Repository (R2R) pilot project (http://www.rvdata.us/overview), which proposes to have all UNOLS vessels transfer their underway data to a common shore side repository. The proposal, in collaboration with the R2R project and the UNOLS vessel operators, would identify a subset of routinely collected underway meteorological and near-surface ocean data that could be transmitted from the vessels in near real-time to a shore side repository. They envision that the transmitted data will have temporal sampling resolution as near as possible to sampling rate of the instruments on the vessel (ranging from 10 to 60 samples per minute depending upon the instrument). The data will be packaged in a manner that best serves near real-time user communities. Transmissions will utilize HiSeasNet, a satellite communications network that provides continuous Internet connectivity for RVs. The SAMOS DAC will subsequently extract data from the repository.