地质通报
地質通報
지질통보
GEOLOGICAL BULLETIN OF CHINA
2010年
2期
195-204
,共10页
林树基%肖加飞%卢定彪%刘爱民%牟世勇%陈仁%易成兴%王兴理
林樹基%肖加飛%盧定彪%劉愛民%牟世勇%陳仁%易成興%王興理
림수기%초가비%로정표%류애민%모세용%진인%역성흥%왕흥리
南华系%富禄组%富禄间冰期%再划分%湘黔桂交界区
南華繫%富祿組%富祿間冰期%再劃分%湘黔桂交界區
남화계%부록조%부록간빙기%재화분%상검계교계구
Nanhua System%Fulu Formation%Fulu interglacial epoch%redivide%Hunan—Guizhou—Guangxi border region
在中国南华系层型剖面优选区之一--湘黔桂交界区,富禄闻冰期可再分为3个相对较暖热的气候阶段(间冰段)和2个相对寒冷的气候阶段(冰段),即(自老而新):三江间冰段、龙家冰段、烂阳闻冰段、两界河冰段、大塘坡间冰段.相应地,富禄间冰期沉积地层--富禄组可分5个段,即:三江段、龙家段、烂阳段、两界河段、大塘坡段.另外.对古城组和铁丝坳组层型的湖北长阳古城剖面、贵州松桃大塘坡剖面和相关资料的再研究揭示,"古城组"和"铁丝坳组"都是富禄间冰期晚冰段(即两界河冰段)的沉积,均不宜替代长安组作为南华纪早冰期沉积的代表.
在中國南華繫層型剖麵優選區之一--湘黔桂交界區,富祿聞冰期可再分為3箇相對較暖熱的氣候階段(間冰段)和2箇相對寒冷的氣候階段(冰段),即(自老而新):三江間冰段、龍傢冰段、爛暘聞冰段、兩界河冰段、大塘坡間冰段.相應地,富祿間冰期沉積地層--富祿組可分5箇段,即:三江段、龍傢段、爛暘段、兩界河段、大塘坡段.另外.對古城組和鐵絲坳組層型的湖北長暘古城剖麵、貴州鬆桃大塘坡剖麵和相關資料的再研究揭示,"古城組"和"鐵絲坳組"都是富祿間冰期晚冰段(即兩界河冰段)的沉積,均不宜替代長安組作為南華紀早冰期沉積的代錶.
재중국남화계층형부면우선구지일--상검계교계구,부록문빙기가재분위3개상대교난열적기후계단(간빙단)화2개상대한랭적기후계단(빙단),즉(자로이신):삼강간빙단、룡가빙단、란양문빙단、량계하빙단、대당파간빙단.상응지,부록간빙기침적지층--부록조가분5개단,즉:삼강단、룡가단、란양단、량계하단、대당파단.령외.대고성조화철사요조층형적호북장양고성부면、귀주송도대당파부면화상관자료적재연구게시,"고성조"화"철사요조"도시부록간빙기만빙단(즉량계하빙단)적침적,균불의체대장안조작위남화기조빙기침적적대표.
The region which Fulu Formation stratotype section is situated at is the one of the preference places of Nahua System stra-totype section in Hunan-Guizhou- Guangxi border region in South China. Fulu interglacial epoch can be divided into three warm climate periods and two icy climate periods.They are named as Sanjiang intersatial, Longjia icy stage, Lanyang intersatial, Liangjiehe icy stage and Datangpo intersatial. The strata corresponded with Fulu interglacial is Fulu Fomation. It is divided into five members which are Sanjiang Member, Longjia Member,Lanyang Member, Liangjiehe Member, Datangpo Member. After studing Gucheng Formation stratotype section in Changyang, Hubei Province and Tiesiao Formation stratotype section in Datangpo, Songtao County, Guizhou Province, it showed that both Gucheng Formation and Tiesiao Formation were formed in later Fulu interglacial epoch. They can not substitut for Chang'an Formation as the strata representation in early Nanhua System glaciation period.