1.Objective To measure marine primary productivity as precisely as possible and solve the issues existed in current devices, a new design based on the classical oxygen light-dark bottle methodology (Staehr PA et al., ...1.Objective To measure marine primary productivity as precisely as possible and solve the issues existed in current devices, a new design based on the classical oxygen light-dark bottle methodology (Staehr PA et al., 2010) and integrated with new compact models of ‘simulated’ in situ (SIS) incubations was developed in this study, and it worked well in efficiently supporting our geological survey.展开更多
基金jointly funded by National Natural Science Foundation of China (Grant No. 41306175)Science and Technology Development Project in Shinan District (2013-15-007-JY)+1 种基金Funding of Scientific and Technological Activities for Scholars from Abroad,and International Science&Technology Cooperation Projects of China (Grant No. 2016YFE0109600)China Geological Survey (Grant Nos. DD20189503 and DD20160144).
文摘1.Objective To measure marine primary productivity as precisely as possible and solve the issues existed in current devices, a new design based on the classical oxygen light-dark bottle methodology (Staehr PA et al., 2010) and integrated with new compact models of ‘simulated’ in situ (SIS) incubations was developed in this study, and it worked well in efficiently supporting our geological survey.
