碳生产力

南海南部中上新世以来沉积有机碳与古生产力变化

Changes of organic carbon and paleoproductivity in the southern South China Sea since Middle Pliocene

浮游植物释放的溶解有机碳对初级生产力测定的低估偏差研究

Study on the Underestimation of the Determination of Primary Productivity Deduced from DOC Released by Phytoplankton

城市环境具有复杂多样性，使得在计算植物固碳能力或年生产力时不得不考虑各种相关环境压力因子对植物生长的影响。

Urban environment with a complex diversity makes the calculation of plant carbon sequestration capacity or annual productivity has to consider all relevant environmental stress factors on plant growth .

研究农田土壤有机碳库动态特征及其过程机制，不仅可降低人类对未来气候预测的不确定性，而且可为农田土壤固碳和生产力保育的技术选择和政策制定提供理论依据。

Understanding of soil organic carbon dynamics and its mechanisms in farmland will not only reduce the uncertainty of global climatic prediction , but also provide the theoretical references for technology selection and incentive policy making for farmland productivity conservation and carbon sequestration in soil .