[1]K C H尼尔森.(李大庆、殷继成译)铁的微生物氧化作用和还原作用.地学进展,1991,19,38-60 [2]叶连俊,李任伟,王东安. 生物成矿作用研究展望——沉积矿床学的新阶段[J]. 地球科学进展. 1990(03) [3]E弗吕格尔主编.(曹瑞骥等泽〕化石藻类.科学出版社,1984 [4]吴望始,钱文龙.广西来宾、合山二叠系的古生态.黔桂地区二叠系综合研究,科学出版社,1990,36-57 [5]苍树溪,赵松令,张宏才,黄庆福. 渤海湾西岸中更新世以来古生态、古气候、古地理[J]. 古生物学报. 1979,18(6) :579-591 [6]郑明华,杨燮.论生物在沉积—层控矿床形成中的控制作用.地学进展,1991, 19, 13-24 [7] 杨敬之. 某些苔藓虫的超微构造和矿化作用[J]. 微体古生物学报. 1991,8(3) :347-350 [8]杨敬之,钱文龙. 论苔藓虫生态[J]. 微体古生物学报. 1987,4(3) :329-334 [9]杨敬之,钱文龙. 苔藓动物的研究动态[J]. 微体古生物学报. 1990,7(3) :275-294 [10]杨藩,孙镇城.柴达木盆地第三纪介形类动物群.南京大学出版社,1988,22-31 [11]A W哈尼.〔龙静宜等译)植物与生命.科学出版社,1984 [12]温春齐,殷继成.生物与矿物.地学进展,1991, 19,32-37 [13]Byers C W. Biofacies patterns in Euxinic Basin:A general model deep-water carbonate environments. Soc Econ Palaeont Min Spec Publication,1977,25,5-17 [14]D J Robert and R J Stanton Jr. Palaeocology concept arid applications. Copyright by john, wiley, Inc. 1981 [15]Fluger E. Microfacies analysis of limestones. Berlin-hiedelberg, 1982 [16]Newell N D,Imbrie J,Purdy E G and Thuiber D L.Organism communities and bottom facies,Great Bahama bank.Bull Am Museum Nat.Hist.1955,117(4):177-228 |