随着采集技术的更新,生态水文数据采集系统不断向网络化、微型化和智能化的方向发展。近年来,在水文监测领域的推广下,SDI-12总线(Serial Digital Interface with 1200 band)作为一种新型串行数据通讯接口协议,是为采集环境数据的传感...随着采集技术的更新,生态水文数据采集系统不断向网络化、微型化和智能化的方向发展。近年来,在水文监测领域的推广下,SDI-12总线(Serial Digital Interface with 1200 band)作为一种新型串行数据通讯接口协议,是为采集环境数据的传感器所设计的标准总线。它在对比了传统监测手段与现代化自动监测手段的基础上,设计了一种基于SDI-12总线的地下水监测系统,将传感器技术、数据通信技术和计算机技术相结合,完成了实验室的初步设计,实现对水位、水温及p H值等参数的实时采集、无线传输以及远程管理。展开更多
Major advances in computational power,as well as community modelling workflows and an improvement in data availability,has revolutionized Earth sciences over the last decade.Geological data has been synthesized into f...Major advances in computational power,as well as community modelling workflows and an improvement in data availability,has revolutionized Earth sciences over the last decade.Geological data has been synthesized into flexible and open access plate tectonic and paleogeographic reconstructions using the open-source and cross-platform GPlates(www.gplates.org)software since 2008(Muller et al.,2018;Muller et al.,2008).展开更多
文摘随着采集技术的更新,生态水文数据采集系统不断向网络化、微型化和智能化的方向发展。近年来,在水文监测领域的推广下,SDI-12总线(Serial Digital Interface with 1200 band)作为一种新型串行数据通讯接口协议,是为采集环境数据的传感器所设计的标准总线。它在对比了传统监测手段与现代化自动监测手段的基础上,设计了一种基于SDI-12总线的地下水监测系统,将传感器技术、数据通信技术和计算机技术相结合,完成了实验室的初步设计,实现对水位、水温及p H值等参数的实时采集、无线传输以及远程管理。
基金supported by the Australian Research Council(Grant No.IH130200012)Alfred P Sloan Foundation(Grant Nos.G-2017-9997 and G-2018-11296)through the Deep Carbon Observatory.
文摘Major advances in computational power,as well as community modelling workflows and an improvement in data availability,has revolutionized Earth sciences over the last decade.Geological data has been synthesized into flexible and open access plate tectonic and paleogeographic reconstructions using the open-source and cross-platform GPlates(www.gplates.org)software since 2008(Muller et al.,2018;Muller et al.,2008).
