Two new species of the genus Tinocladia Kylin (1940) T. eudesmoides Ding et Lu sp.nov. and Tinocladia zhangii Ding et Lu sp.nov., are described. T. eudesmoides is mainly characterized by its longitudinally and transve...Two new species of the genus Tinocladia Kylin (1940) T. eudesmoides Ding et Lu sp.nov. and Tinocladia zhangii Ding et Lu sp.nov., are described. T. eudesmoides is mainly characterized by its longitudinally and transversely produced sub-cortical filaments from the medulla, its short uniseriate assimilating filaments, usually composed of 6-10 cells with slightly swollen and narrow ultimate cells, and its unilocular sporangia (60-115)×55-70μm, variable in size. T. zhangii is mainly characterized by its very solid frond, not rip apart by hands, its evident longer primary branches, its short and slender secondary branches, with very evident sub-cortical layer, and filaments divided repeatedly, and its large and small unilocular sporangia, with the latter borne on an evidently swollen pedicel.展开更多
Two new species of the genus Tinocladia Kylin, T. gracilis sp.nov. and T. microsporangii sp.nov., are described. T. gracilis is characterized by its slender frond, variable size, infrequently branched medullary filame...Two new species of the genus Tinocladia Kylin, T. gracilis sp.nov. and T. microsporangii sp.nov., are described. T. gracilis is characterized by its slender frond, variable size, infrequently branched medullary filaments, and short assimilating filaments with 2-7 cells. T. microsporangii is characterized by its medullary cells which are slightly larger than sub-cortical ones; narrow sub-cortical layer, usually consisting of 4-6 cells and very small unilocular sporangia. The holotypes are deposited at the Herbarium of the Institute of Oceanology, Chinese Academy of Sciences, Qingdao, China.展开更多
文摘Two new species of the genus Tinocladia Kylin (1940) T. eudesmoides Ding et Lu sp.nov. and Tinocladia zhangii Ding et Lu sp.nov., are described. T. eudesmoides is mainly characterized by its longitudinally and transversely produced sub-cortical filaments from the medulla, its short uniseriate assimilating filaments, usually composed of 6-10 cells with slightly swollen and narrow ultimate cells, and its unilocular sporangia (60-115)×55-70μm, variable in size. T. zhangii is mainly characterized by its very solid frond, not rip apart by hands, its evident longer primary branches, its short and slender secondary branches, with very evident sub-cortical layer, and filaments divided repeatedly, and its large and small unilocular sporangia, with the latter borne on an evidently swollen pedicel.
文摘Two new species of the genus Tinocladia Kylin, T. gracilis sp.nov. and T. microsporangii sp.nov., are described. T. gracilis is characterized by its slender frond, variable size, infrequently branched medullary filaments, and short assimilating filaments with 2-7 cells. T. microsporangii is characterized by its medullary cells which are slightly larger than sub-cortical ones; narrow sub-cortical layer, usually consisting of 4-6 cells and very small unilocular sporangia. The holotypes are deposited at the Herbarium of the Institute of Oceanology, Chinese Academy of Sciences, Qingdao, China.
