The International Commission on the History of Geological Sciences （INHIGEO） Symposium on the historical relationship between geology and religion

The 32nd INHIGEO Symposium was held between 28 July and 5 August 2007 in Eichstatt, northeast Bavaria. This part of Bavaria is celebrated for many things, not least its diverse Jurassic fossils. Amongst the latter, the most famous is one of the great ＂missing links＂ in paleontology, the feathered Archaeopteryx with its reptilian teeth. Equally renowned is the lithographic limestone from Solnhofen that was used to produce the early illustrations of Archaeopteryx along with other countless maps and figures in publications well known to historians of geology. It was fitting that the symposium theme was ＂The Historical Relationship of Geology and Religion＂.     

渤海南部S3孔晚第四纪海相地层的划分及环境演变

根据微体化石、粒度、孢粉、粘土矿物和碳酸钙含量等多项分析资料，以及古地磁、14C和ESR等项测年资料，划分出7个海相地层，它们是中更新世中、晚期的H     

The Calabrian Stage redefined

The name Calabrian was introduced in the geological literature by the French stratigrapher Maurice Gignoux in 1910, and later described in his important monograph （633 pages） ＂Les formations marines pliocknes et quaternaires de l＇ltalie du sud et de la Sicile ＂published in 1913. Detailed data were provided on several sections （Santa Maria di Catanzaro, Caraffa, Monasterace, Palermo） and on their fossil content. The Calabrian Stage has commonly been used for over fifty years as the oldest subdivision of the Qua- ternary, notably in the time scales of Berggren ＆ van Cou- vering （1974） and Haq ＆ Eysinga （1987）. However, after the GSSP for the Pliocene/Pleistocene boundary （P/P） was approved by INQUA in 1982 and ratified by lUGS in 1984 at the Vrica section of Calabria, there was a decline in the usage of the stage name, and an increasing tendency by many Quaternary workers to question the boundary stratotype. This was because there was increasing evidence that it did not correspond to the beginning of the ＂ice age＂. In doing so, they were not complying with the recommendations presented at the 18th International Geological Congress （IGC） in London, 1948 （Oakley, 1950）.     

雄奇壮美的黑龙江兴安大峡谷地质公园

科学性、典型性、稀有性 公同中分布的地层剖面、岩浆侵入体、峡谷及水体景观等重要地质遗迹，是我省乃至全国地质科学研究领域的宝贵财富；是区内地层划分、岩浆岩、变质岩研究，地质构造分级的重要依据，对于研究区域地质发展史、进行全国性对比有着重要意义。[第一段]     

西藏南部聂拉木-岗巴地区奥陶纪-老第三纪沉积地层稀土元素地球化学

藏南特提斯喜马拉雅沉积岩带，从奥陶纪到老第三纪，发育了一套层序连续完整的海相沉积地层，很少有缺失，沉积总厚度达万米以上，是研究古生代以来地壳化学演化的理想剖面。剖面岩石主要由灰岩、砂岩，粉砂岩和页岩组成。按剖面厚度计算，灰岩、砂岩、     

徐老九沟铅锌矿床的成因探讨

矿床的成矿物质一是来自地层，即下二迭统玉泉组大理岩；二是来自于华力西晚期似斑状黑云母斜长花岗岩有关的岩浆岩。主要依据如下：     

福建省晚泥盆世——中侏罗世沉积体系分析

本文应用沉积体系的研究方法，恢复了福建省晚泥盆世－中侏罗世地层的古沉积面貌。上泥盆统发育河流体系、三角洲体系和碎屑滨岸体系；石炭系发育冲积扇体系、河流体系、碎屑滨岸体系和陆架体系；二叠系发育河流体系、湖泊体系、三角洲体系、碎屑滨岸体系和陆架体系；下三叠发育碎屑滨岸体系、陆架体系、陆坡体系和盆地体系；晚三叠世之后主要发育冲积扇体系、河流体系、湖泊体系和滨岸体系。     

四川盆地西南缘金坷村剖面五峰组-龙马溪组生物地层划分及区域对比

为了探究上扬子海盆在奥陶纪-志留纪之交的沉积环境、明确四川盆地西南缘金坷村筠连地区有机质页岩沉积层位，通过对金坷村剖面五峰组-龙马溪组岩石地层及生物地层的研究，识别出自晚奥陶世凯迪阶WF2带至早志留世埃隆阶LM6带的9个连续生物带及组合.认为金坷村地区是上扬子海盆最早进入前陆期的地区，时间为鲁丹阶LM1期.金坷村剖面与其北部的新地2井、宁211井、威202井生物地层对比发现，自南向北黑色页岩笔石带上限自LM6延伸至LM9，呈逐渐增高的趋势.金坷村剖面富有机质页岩层位于WF2-LM4带，厚度20.6 m，为该地区页岩气勘探开发提供了一定的基础资料.     

南四湖周边地区第四纪地层划分的初步研究

依据南四湖周边地区数十眼钻孔的数据资料,以岩性地层分析对比研究为基础,通过利用14C、热释光等年代测定和孢粉分析技术方法,对该地区第四纪地层的划分提出了初步认识.经研究认为,该区中南部的南四湖、北五湖的湖相沉积大约形成于全新世中晚期之后.根据区内松散岩层的沉积物岩性和岩层的组合特征可以划分出5个岩组段.