As an important part of gas hydrates, light hydrocarbons （LHs）, especially C5 to C7 hydrocarbons with various monomer compounds, provide a wide variety of geological and geochemical information, which have received ...As an important part of gas hydrates, light hydrocarbons （LHs）, especially C5 to C7 hydrocarbons with various monomer compounds, provide a wide variety of geological and geochemical information, which have received much attention from organic geochemists and petroleum geologists.展开更多
Large-scale Ulva-caused green tides has posed various environmental and ecological problems as well as economic consequences.It is important to identify them accurately and quickly.The current universal markers based ...Large-scale Ulva-caused green tides has posed various environmental and ecological problems as well as economic consequences.It is important to identify them accurately and quickly.The current universal markers based on ITS,rbc L,and 5S spacer sequences were defective to distinct closely related species in the genus of Ulva.In this study,by investigating the intergenic regions of chloroplast(cp)genome,a novel marker of c15(based on ycf 3-rps 7)were reliable for discrimination of Ulva species.Notably,the resolution of c15 was suitable for resolve the closely related species of U.linza and U.prolifera,which may provide tools for deciphering the blooming mechanisms of green tides.展开更多
基金financially supported by the National Natural Science Foundation of China(grant No.41273066)
文摘As an important part of gas hydrates, light hydrocarbons （LHs）, especially C5 to C7 hydrocarbons with various monomer compounds, provide a wide variety of geological and geochemical information, which have received much attention from organic geochemists and petroleum geologists.
基金Supported by the Marine S&T Fund of Shandong Province for Pilot National Laboratory for Marine Science and Technology(Qingdao)(No.2018SDKJ0504)the Strategic Priority Research Program of the Chinese Academy of Sciences(No.XDA23050304)。
文摘Large-scale Ulva-caused green tides has posed various environmental and ecological problems as well as economic consequences.It is important to identify them accurately and quickly.The current universal markers based on ITS,rbc L,and 5S spacer sequences were defective to distinct closely related species in the genus of Ulva.In this study,by investigating the intergenic regions of chloroplast(cp)genome,a novel marker of c15(based on ycf 3-rps 7)were reliable for discrimination of Ulva species.Notably,the resolution of c15 was suitable for resolve the closely related species of U.linza and U.prolifera,which may provide tools for deciphering the blooming mechanisms of green tides.
