工程地质领域的3个值得关注的研究方向——以此纪念中国科学院地质与地球物理研究所工程地质水文地质研究室60周年
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摘要
众所周知,工程地质学在国家工程建设中一直起着重要的作用。不仅如此,作者还注意到近几年来工程地质界越来越重视岩石风化、古地质工程和地质灾害防治方面的应用研究,并分别形成了有关岩石风化速度测试和评价、大型古地下工程洞室群工程地质力学研究及针对山地旅游地质灾害防治的山区旅游规划工程地质方法等3个新的研究方向。
It's well known that engineering geology has been playing an important role in the engineering construction of our country. Particularly,the authors have noticed that more and more importance has been attached to the three research areas of rock weathering,ancient geological engineering and geological disaster prevention and control. These three new research directions appear respectively,corresponding to the test and evaluation of rock weathering velocity,the research on engineering geology mechanics of large ancient underground caverns,and the mountain tourism planning served engineering geology method for prevention and control of the geological disasters of mountain tourism.
It's well known that engineering geology has been playing an important role in the engineering construction of our country. Particularly,the authors have noticed that more and more importance has been attached to the three research areas of rock weathering,ancient geological engineering and geological disaster prevention and control. These three new research directions appear respectively,corresponding to the test and evaluation of rock weathering velocity,the research on engineering geology mechanics of large ancient underground caverns,and the mountain tourism planning served engineering geology method for prevention and control of the geological disasters of mountain tourism.
引文
Chris Ryan,Ma X L,Li X X.2010.Recreational tourism:Demand and impacts[M].Tianjin:Nankai University Press.
Clare A.Gunn,Turgut Var.2005.Tourism planning:Basics,concepts,cases[M].Wu B H,Wu D Q,Dang N(translate).Dalian:Dongbei University of Finance&Economic Press.
Fang J P,Liao X H,Sun Y L,et al.2017.Investigation of deformation failure and analysis of engineering geological conditions in Niuchang ancient underground caverns[J].Journal of Engineering Geology,25(3):598-604.
Gao Q,Yang Z F,Zhang L Q,et al.2016.Stability-based analysis for touristic route selection in the ancient man-made underground rock structures in Longyou,China.in Ancient Underground Opening and Preservation[C]∥Proceedings of the International Symposium on Scientific Problems and Long-term Preservation of Large-scale Ancient Underground Engineering(23-26 October 2015,Longyou,Zhejiang,China).London:CRC Press:187-194.
Gu D Z.1979.Foundation of rock engineering geomechanics[M].Beijing:Science Press.
Guan X G.2008.Mountain hazards:The bottleneck of safety-ensuring in mountain areas of China-A warning from Wenchuan and Panzhihua earthquake and a reflect on implementing the scientific development concepts[J].Science News,(18):16-17.
He W T,Shang Y J,Sun Y L,et al.2016.Insight of the environmental awareness on waste rock disposal at Heidong Quarry dated 1000years ago in SE China[J].Environmental Earth Sciences,75:163-173.
Hu J G,Yu M,Quan H B,et al.2003.Weathering velocity of slope rock in Guilin-Liuzhou expressway[J].Hydrogeology and Engineering Geology,(4):67-71.
Huang J B.2007.on designing travel products in mountainous areas-Acase study of Chenzhou[J].Human Geography,22(5):103-106.
Inskeep E.1991.Tourism planning specialization[J].Journal of the American Planning Association,54(3):360-372.
Li D H.2001.Principles of urban planning[M].Beijing:China Architecture&Building Press.
Li L H,Deng X L,Yang Z F,et al.2016.Engineering geological conditions of large ancient quarrying caverns in Shepan Island,Zhejiang Province,China.in Ancient Underground Opening and Preservation[C]∥Proceedings of the International Symposium on Scientific Problems and Long-term Preservation of Large-scale Ancient Underground Engineering(23-26 October 2015,Longyou).London:CRC Press:111-119.
Li L H,Liu J L,Fu Y,et al.2012.Eight years test results of weathering rates and time limit prediction of chisel imprints on pelitic siltstone in-side five Longyou caverns[J].Journal of Engineering Geology,20(5):706-714.
Liao X H,Chen S H,Ye C Y,et al.2016.3D laser scanning and geometric modeling of Suichang gold mine of the Ming Dynasty in Zhejiang Province.in Ancient Underground Opening and Preservation[C]∥Proceedings of the International Symposium on Scientific Problems and Long-term Preservation of Large-scale Ancient Underground Engineering(23-26 October 2015,Longyou,Zhejiang,China).London:CRC Press:151-156.
Livingston R A,Kantz M,Dorsheimer J.1981.Stone deterioration studies and bowling green custom house[R].Interim Rep,EPA#600/6-84-003.
Meierding T C.1981.Marble tombstone weathering rates:a transect of the United States[J].Physical Geography,2:1-8.
Qu J Z,Lin J,Bao H,et al.2016.on stone transportation from ancient underground quarries at Changyudongtian.in Ancient Underground Opening and Preservation[C]∥Proceedings of the International Symposium on Scientific Problems and Long-term Preservation of Large-scale Ancient Underground Engineering(23-26 October2015,Longyou).London:CRC Press:195-199.
Rahn P H.1971.The weathering of tombstones and its relationship to the topography of New England[J].Journal of Geological Education,19(3):112-118.
Scientific research institute of hydraulic power department of the People's Republic of China,Institute of Geology,Chinese Academy of Sciences.1979.Hydraulic engineering geology[M].Beijing:Science Press.
Shang Y J,Yang Z F,He W T,et al.2016.Mining induced collapse in1997 and seismic rewards at Changyu,SE China[J].Episodes,39(4):582-589.
Sun G Z.1988.Rock mass structure mechanics[M].Beijing:Science Press.
Sun Y L,Cao D M,Fang J P,et al.2014.Relative weathering rates of six different lithological rocks in Tongxian gate of Quzhou ancient city wall[J].Journal of Engineering Geology,22(6):1279-1286.
Sun Y L,He W T,Fang J P,et al.2015.Study on the weathering rate of tuff under different environments[J].Geotechnical Investigation&Surveying,(2):1-7.
Tan Y F,Li L H,He W T,et al.2016.Investigation on the gutters in caverns Nos.1-5 of Longyou Caverns.in Ancient Underground Opening and Preservation[C]∥Proceedings of the international symposium on scientific problems and Long-term preservation of Large-scale ancient underground engineering(23-26 October 2015,Longyou).London:CRC Press:221-229.
Wang S J,Yang Z F,Liu Z H.1984.Stability analysis of underground engineering rock mass[M].Beijing:Science Press.
Wang Y L.1992.Microscopic study on the bedrock weathered crust and zoning in the Three Gorges[C]∥Selected Papers of the Fourth National Engineering Geology Conference(the second).Beijing:China Ocean Press:566-575.
Wu B H,Xing J J.2005.Discipline tree and temporal and spatial characteristics of tourism studies:An analysis on thirty years of subject index of annals of tourism research[J].Tourism Tribune,20(4):73-79.
Wu B H,Yu X Z.2010.Principles of tourism planning[M].Beijing:China Travel and Tourism Press.
Yang L D,Yang Z F,Lu Min Eds.2006.Proceedings of the international symposium on Protection of Longyou Grottoes in China,19-22Sept.,Longyou.2004[C].Beijing:Culture Relics Publishing House.
Yang Z C,Zhang J Y,Zhou P D.2006.Study on fast weathering characteristics of red bed mudstone slope[J].Chinese Journal of Rock Mechanics and Engineering,25(2):275-283.
Yang Z F,Chikaosa Tanimoto.2016.Proceedings of the international symposium on scientific problems and Long-term preservation of large-scale ancient underground engineering,23-26 October 2015,Longyou[C].London:CRC Press.
Yang Z F,Guo G M,Zhang L Q,et al.2011.Research on the scientific and technical problems of large underground caverns in Xianju Feifengyan Quarry[M].Beijing:Science Press.
Yang Z F,Shang Y J,Li L H,et al.2014.Mountain tourism planning served engineering geology and its application[J].Journal of Engineering Geology,22(4):703-710.
Yang Z F,Shang Y J,Li L H,et al.2016.Long-term stability of large span caverns at the 1400-year Heidong Quarry[J].Episodes,36(1):39-46.
Yang Z F,Shang Y J,Zhang L Q,et al.2016.Discovery and recognition of scientific values of forty-nine large scale ancient underground engineering in Zhejiang Province.in Ancient Underground Opening and Preservation[C]∥Proceedings of the International Symposium on Scientific Problems and Long-term Preservation of Large-scale Ancient Underground Engineering(23-26 October 2015,Longyou,Zhejiang,China).London:CRC Press:309-321.
Yang Z F,Wang S J,Xu B,et al.2000.Analysis of the engineering geological conditions of Longyou stone caves and primary study on the protection strategies[J].Journal of Engineering Geology,8(3):292-295.
Yang Z F,Yue Z Q,Li L H.2010.Research on the scientific and technical problems of large underground caverns in Longyou Grottoes[M].Beijing:Science Press.
Yang Z F,Zhang L Q,Tao K J,et al.2008.Relative weathering rates of tuff blocks forming Tongxian Gate of Quzhou ancient city wall in Zhejiang province[J].Journal of Engineering Geology,16(5):625-629.
Yang Z F,Zhang L Q,Zhu J W,et al.2007.A new problem in engineering geology---the quantity study of rock weathering velocity[J].Journal of Engineering Geology,15(S):7-12.
Yang Z F,Zhang Z J,Zhang L Q,et al.2014.Research on the scientific and technical problems of large underground caverns in Shepandao Quarry[M].Beijing:Science Press.
Yu Bing.2011.A preliminary discussion on engineering heritages[J].Southeast Culture,2:14-18.
Zhang X G,Wang S J,Zhang Z Y.1979.Chinese engineering geology[M].Beijing:Science Press.
Zhang Z J,Chen S H,Yang Z F,et al.2014.Use of joint planes for roadway excavation of Suichang gold mine at one thousand years ago[J].Journal of Engineering Geology,22(2):250-255.
Zhang Z J,Yang Z F,Wang S J,et al.2011.Weathering rates of a sandstone structure in a semi arid environment:a case study of the ancient city of Pingyao(world cultural heritage),China[J].Bulletin of Engineering Geology and the Environment,70(2):231-237.
Zhang Z J,Yang Z F,Zhang L Q,et al.2006.Influence of microenvironment on rhyolite weathering rate[J].Chinese Journal of Rock Mechanics and Engineering,(S1):2827-2832.
Zhang Z J,Zhang B,Li L H,et al.2016.Weathering rate of stone of Confucius Temple Hall in Quzhou,Zhejiang Province,China-Part I:Measurement method and results.in Ancient Underground Opening and Preservation[C]∥Proceedings of the International Symposium on Scientific Problems and Long-term Preservation of Large-scale Ancient Underground Engineering(23-26 October2015,Longyou,Zhejiang,China).London:CRC Press:351-360.
Zhang Z J,Zhang B,Li L H,et al.2016.Weathering rate of stone of Confucius Temple Hall in Quzhou,Zhejiang province,China-PartⅡ:Reasons for weathering asymmetry[C]∥Ancient Underground Opening and Preservation:Proceedings of the International Symposium on Scientific Problems and Long-term Preservation of Large-scale Ancient Underground Engineering(23-26 October2015,Longyou,Zhejiang,China).London:CRC Press:361-367.
Zhang Z J,Zhang L Q,Li L H,et al.2010.Influence of microenvironment to pelitic siltstone as surrounding rock of Longyou underground caverns[J].Journal of Engineering Geology,18(5):742-747.
Zhang Z Y,Wang S T,Wang L S.1981.Principles of engineering geology[M].Beijing:Geological Publishing House.
Zhou J A,Braun L,Zhang R,et al.2016.Rock breaking mechanism of an old mining method in the Tang dynasty mining pit of Suichang gold mine[C]∥Ancient Underground Opening and Preservation:Proceedings of the International Symposium on Scientific Problems and Long-term Preservation of Large-scale Ancient Underground Engineering,23-26 October 2015,Longyou,Zhejiang,China,Longyou.London:CRC Press:383-388.
Zhu J W,Li L H,Fu Y et al.2014.Evaluation on engineering geological conditions of Lingxiao caverns among Changyudongtian large ancient underground quarry at Wenling,Zhejiang province[J].Journal of Engineering Geology,22(4):772-778.
Chris Ryan.2010.游憩旅游学---旅游需求与影响[M].马晓龙,黎筱筱,译.天津:南开大学出版社.
财经网.2017-11-06.旅游业创造GDP占全国总量10%[EB/OL].http:∥money.163.com/15/1105/01/B7KC0E2A00253B0H.html,2015-11-15.
方建平,廖小辉,孙亚丽.等.2017.龙游牛场古工程洞室群变形破坏调查及工程地质条件分析[J].工程地质学报,25(3):598-604.
冈恩·瓦尔.2005.旅游规划:理论与案例[M].吴必虎,吴冬青,党宁,译.大连:东北财经大学出版社.
谷德振.1979.岩体工程地质力学基础[M].北京:科学出版社.
关晓岗.2008.山地灾害:中国山区安全的瓶颈---汶川、攀枝花地震的警示与贯彻科学发展观的思考[J].科学新闻,(18):16-17.
胡杰刚,俞敏,全洪波,等.2003.桂柳高速公路边坡岩石风化速度的研究[J].水文地质工程地质,(4):67-71.
黄静波.2007.山地型景区旅游产品设计---以郴州市为例[J].人文地理,22(5):103-106.
李德华.2001.城市规划原理[M].北京:中国建筑工业出版社.
李丽慧,刘建立,傅燕,等.2012.龙游石窟洞室围岩长达8a的风化速度及风化时限研究[J].工程地质学报,20(5):706-714.
旅游局网站.2017-11-06.2015年中国旅游业统计公报显示:旅游业综合贡献占GDP总量10.8%[EB/OL].http:∥www.gov.cn/xinwen/2016~10/19/content_5121432.htm,2016-10-10.
孙广忠.1988.岩体结构力学[M].北京:科学出版社.
孙亚丽,曹冬梅,方建平,等.2014.衢州古城墙通仙门不同岩性岩石砌块相对风化速度研究[J].工程地质学报,22(6):1279-1286.
孙亚丽,何万通,方建平,等.2015.不同环境下相同凝灰岩石板的相对风化速度研究[J].工程勘察,(2):1-7.
王思敬,杨志法,刘竹华.1984.地下工程岩体稳定性分析[M].北京:科学出版社.
王幼麟.1992.基岩风化壳及其分带的微观研究[C]∥第四届全国工程地质大会论文选集(二).北京:海洋出版社:566-575.
吴必虎,邢珏珏.2005.旅游学学科树构建及旅游学研究的时空特征分析:《旅游研究纪事》30 a[J].旅游学刊,20(4):73-79.
吴必虎,俞曦著.2010.旅游规划原理[M].北京:中国旅游出版社.
杨志法,郭改梅,张路青,等.2011.仙居飞凤岩大型古地下工程洞室群科学技术问题研究[M].北京:科学出版社.
杨志法,尚彦军,李丽慧.等.2014.山地旅游规划工程地质方法及其应用前景分析[J].工程地质学报,22(4):703-710.
杨志法,王思敬,许兵,等.2000.龙游石窟群工程地质条件分析及保护对策初步研究[J].工程地质学报,8(3):292-295.
杨志法,岳中琦,李丽慧.2010.龙游石窟大型古地下洞室群科学技术问题研究[M].北京:科学出版社.
杨志法,张路青,陶克捷,等.2008.关于衢州古城门通仙门凝灰岩砌块相对风化速度的研究[J].工程地质学报,16(5):625-629.
杨志法,张路青,祝介旺,等.2007.工程地质学的一个新课题---关于岩石风化速度的定量研究[J].工程地质学报,15(增Ⅱ):7-12.
杨志法,张中俭,张路青,等.2014.蛇蟠岛大型古地下洞室群科学技术问题研究[M].北京:科学出版社.
杨宗才,张俊云,周德培.2006.红层泥岩边坡快速风化特性研究[J].岩石力学与工程学报,25(2):275-283.
于冰.2011.工程遗产初探[J].遗产保护理论,2:14-18.
张咸恭,王思敬,张倬元.2000.中国工程地质学[M].北京:科学出版社.
张中俭,陈少华,杨志法,等.2014.古人利用节理面开凿遂昌唐代金矿巷道的发现及论证[J].工程地质学报,22(2):250-255.
张中俭,杨志法,张路青,等.2010a.微环境对流纹岩风化速度的影响[J].岩石力学与工程学报,26,(增Ⅰ):2827-2832.
张中俭,张路青,李丽慧,等.2010b.微环境对龙游石窟粉砂岩风化的影响[J].工程地质学报,18(5):742-747.
张倬元,王士天,王兰生.1981.工程地质学原理[M].北京:地质出版社.
中国经济网.2017-11-06,旅游业2016年对GDP贡献率达11%[EB/OL].http:∥www.ce.cn/culture/gd/201701/17/t20170117_19651236.shtml,2017-01-17.
中华人民共和国国家统计局.2017-11-06.2014年全国旅游及相关产业增加值占国内生产总值的比率为4.33%[EB/OL].http:∥www.stats.gov.cntjsjzxfb/201512/t20151217_1291380.html,2015-12-17.
中华人民共和国水力电力部科学研究所,中国科学院地质研究所.1979.水利水电工程地质[M].北京:科学出版社.
祝介旺,李丽慧,傅燕,等.2014.温岭大型古地下采石场长屿硐天凌霄硐洞室群工程地质条件评价[J].工程地质学报,22(4):772-778.
Clare A.Gunn,Turgut Var.2005.Tourism planning:Basics,concepts,cases[M].Wu B H,Wu D Q,Dang N(translate).Dalian:Dongbei University of Finance&Economic Press.
Fang J P,Liao X H,Sun Y L,et al.2017.Investigation of deformation failure and analysis of engineering geological conditions in Niuchang ancient underground caverns[J].Journal of Engineering Geology,25(3):598-604.
Gao Q,Yang Z F,Zhang L Q,et al.2016.Stability-based analysis for touristic route selection in the ancient man-made underground rock structures in Longyou,China.in Ancient Underground Opening and Preservation[C]∥Proceedings of the International Symposium on Scientific Problems and Long-term Preservation of Large-scale Ancient Underground Engineering(23-26 October 2015,Longyou,Zhejiang,China).London:CRC Press:187-194.
Gu D Z.1979.Foundation of rock engineering geomechanics[M].Beijing:Science Press.
Guan X G.2008.Mountain hazards:The bottleneck of safety-ensuring in mountain areas of China-A warning from Wenchuan and Panzhihua earthquake and a reflect on implementing the scientific development concepts[J].Science News,(18):16-17.
He W T,Shang Y J,Sun Y L,et al.2016.Insight of the environmental awareness on waste rock disposal at Heidong Quarry dated 1000years ago in SE China[J].Environmental Earth Sciences,75:163-173.
Hu J G,Yu M,Quan H B,et al.2003.Weathering velocity of slope rock in Guilin-Liuzhou expressway[J].Hydrogeology and Engineering Geology,(4):67-71.
Huang J B.2007.on designing travel products in mountainous areas-Acase study of Chenzhou[J].Human Geography,22(5):103-106.
Inskeep E.1991.Tourism planning specialization[J].Journal of the American Planning Association,54(3):360-372.
Li D H.2001.Principles of urban planning[M].Beijing:China Architecture&Building Press.
Li L H,Deng X L,Yang Z F,et al.2016.Engineering geological conditions of large ancient quarrying caverns in Shepan Island,Zhejiang Province,China.in Ancient Underground Opening and Preservation[C]∥Proceedings of the International Symposium on Scientific Problems and Long-term Preservation of Large-scale Ancient Underground Engineering(23-26 October 2015,Longyou).London:CRC Press:111-119.
Li L H,Liu J L,Fu Y,et al.2012.Eight years test results of weathering rates and time limit prediction of chisel imprints on pelitic siltstone in-side five Longyou caverns[J].Journal of Engineering Geology,20(5):706-714.
Liao X H,Chen S H,Ye C Y,et al.2016.3D laser scanning and geometric modeling of Suichang gold mine of the Ming Dynasty in Zhejiang Province.in Ancient Underground Opening and Preservation[C]∥Proceedings of the International Symposium on Scientific Problems and Long-term Preservation of Large-scale Ancient Underground Engineering(23-26 October 2015,Longyou,Zhejiang,China).London:CRC Press:151-156.
Livingston R A,Kantz M,Dorsheimer J.1981.Stone deterioration studies and bowling green custom house[R].Interim Rep,EPA#600/6-84-003.
Meierding T C.1981.Marble tombstone weathering rates:a transect of the United States[J].Physical Geography,2:1-8.
Qu J Z,Lin J,Bao H,et al.2016.on stone transportation from ancient underground quarries at Changyudongtian.in Ancient Underground Opening and Preservation[C]∥Proceedings of the International Symposium on Scientific Problems and Long-term Preservation of Large-scale Ancient Underground Engineering(23-26 October2015,Longyou).London:CRC Press:195-199.
Rahn P H.1971.The weathering of tombstones and its relationship to the topography of New England[J].Journal of Geological Education,19(3):112-118.
Scientific research institute of hydraulic power department of the People's Republic of China,Institute of Geology,Chinese Academy of Sciences.1979.Hydraulic engineering geology[M].Beijing:Science Press.
Shang Y J,Yang Z F,He W T,et al.2016.Mining induced collapse in1997 and seismic rewards at Changyu,SE China[J].Episodes,39(4):582-589.
Sun G Z.1988.Rock mass structure mechanics[M].Beijing:Science Press.
Sun Y L,Cao D M,Fang J P,et al.2014.Relative weathering rates of six different lithological rocks in Tongxian gate of Quzhou ancient city wall[J].Journal of Engineering Geology,22(6):1279-1286.
Sun Y L,He W T,Fang J P,et al.2015.Study on the weathering rate of tuff under different environments[J].Geotechnical Investigation&Surveying,(2):1-7.
Tan Y F,Li L H,He W T,et al.2016.Investigation on the gutters in caverns Nos.1-5 of Longyou Caverns.in Ancient Underground Opening and Preservation[C]∥Proceedings of the international symposium on scientific problems and Long-term preservation of Large-scale ancient underground engineering(23-26 October 2015,Longyou).London:CRC Press:221-229.
Wang S J,Yang Z F,Liu Z H.1984.Stability analysis of underground engineering rock mass[M].Beijing:Science Press.
Wang Y L.1992.Microscopic study on the bedrock weathered crust and zoning in the Three Gorges[C]∥Selected Papers of the Fourth National Engineering Geology Conference(the second).Beijing:China Ocean Press:566-575.
Wu B H,Xing J J.2005.Discipline tree and temporal and spatial characteristics of tourism studies:An analysis on thirty years of subject index of annals of tourism research[J].Tourism Tribune,20(4):73-79.
Wu B H,Yu X Z.2010.Principles of tourism planning[M].Beijing:China Travel and Tourism Press.
Yang L D,Yang Z F,Lu Min Eds.2006.Proceedings of the international symposium on Protection of Longyou Grottoes in China,19-22Sept.,Longyou.2004[C].Beijing:Culture Relics Publishing House.
Yang Z C,Zhang J Y,Zhou P D.2006.Study on fast weathering characteristics of red bed mudstone slope[J].Chinese Journal of Rock Mechanics and Engineering,25(2):275-283.
Yang Z F,Chikaosa Tanimoto.2016.Proceedings of the international symposium on scientific problems and Long-term preservation of large-scale ancient underground engineering,23-26 October 2015,Longyou[C].London:CRC Press.
Yang Z F,Guo G M,Zhang L Q,et al.2011.Research on the scientific and technical problems of large underground caverns in Xianju Feifengyan Quarry[M].Beijing:Science Press.
Yang Z F,Shang Y J,Li L H,et al.2014.Mountain tourism planning served engineering geology and its application[J].Journal of Engineering Geology,22(4):703-710.
Yang Z F,Shang Y J,Li L H,et al.2016.Long-term stability of large span caverns at the 1400-year Heidong Quarry[J].Episodes,36(1):39-46.
Yang Z F,Shang Y J,Zhang L Q,et al.2016.Discovery and recognition of scientific values of forty-nine large scale ancient underground engineering in Zhejiang Province.in Ancient Underground Opening and Preservation[C]∥Proceedings of the International Symposium on Scientific Problems and Long-term Preservation of Large-scale Ancient Underground Engineering(23-26 October 2015,Longyou,Zhejiang,China).London:CRC Press:309-321.
Yang Z F,Wang S J,Xu B,et al.2000.Analysis of the engineering geological conditions of Longyou stone caves and primary study on the protection strategies[J].Journal of Engineering Geology,8(3):292-295.
Yang Z F,Yue Z Q,Li L H.2010.Research on the scientific and technical problems of large underground caverns in Longyou Grottoes[M].Beijing:Science Press.
Yang Z F,Zhang L Q,Tao K J,et al.2008.Relative weathering rates of tuff blocks forming Tongxian Gate of Quzhou ancient city wall in Zhejiang province[J].Journal of Engineering Geology,16(5):625-629.
Yang Z F,Zhang L Q,Zhu J W,et al.2007.A new problem in engineering geology---the quantity study of rock weathering velocity[J].Journal of Engineering Geology,15(S):7-12.
Yang Z F,Zhang Z J,Zhang L Q,et al.2014.Research on the scientific and technical problems of large underground caverns in Shepandao Quarry[M].Beijing:Science Press.
Yu Bing.2011.A preliminary discussion on engineering heritages[J].Southeast Culture,2:14-18.
Zhang X G,Wang S J,Zhang Z Y.1979.Chinese engineering geology[M].Beijing:Science Press.
Zhang Z J,Chen S H,Yang Z F,et al.2014.Use of joint planes for roadway excavation of Suichang gold mine at one thousand years ago[J].Journal of Engineering Geology,22(2):250-255.
Zhang Z J,Yang Z F,Wang S J,et al.2011.Weathering rates of a sandstone structure in a semi arid environment:a case study of the ancient city of Pingyao(world cultural heritage),China[J].Bulletin of Engineering Geology and the Environment,70(2):231-237.
Zhang Z J,Yang Z F,Zhang L Q,et al.2006.Influence of microenvironment on rhyolite weathering rate[J].Chinese Journal of Rock Mechanics and Engineering,(S1):2827-2832.
Zhang Z J,Zhang B,Li L H,et al.2016.Weathering rate of stone of Confucius Temple Hall in Quzhou,Zhejiang Province,China-Part I:Measurement method and results.in Ancient Underground Opening and Preservation[C]∥Proceedings of the International Symposium on Scientific Problems and Long-term Preservation of Large-scale Ancient Underground Engineering(23-26 October2015,Longyou,Zhejiang,China).London:CRC Press:351-360.
Zhang Z J,Zhang B,Li L H,et al.2016.Weathering rate of stone of Confucius Temple Hall in Quzhou,Zhejiang province,China-PartⅡ:Reasons for weathering asymmetry[C]∥Ancient Underground Opening and Preservation:Proceedings of the International Symposium on Scientific Problems and Long-term Preservation of Large-scale Ancient Underground Engineering(23-26 October2015,Longyou,Zhejiang,China).London:CRC Press:361-367.
Zhang Z J,Zhang L Q,Li L H,et al.2010.Influence of microenvironment to pelitic siltstone as surrounding rock of Longyou underground caverns[J].Journal of Engineering Geology,18(5):742-747.
Zhang Z Y,Wang S T,Wang L S.1981.Principles of engineering geology[M].Beijing:Geological Publishing House.
Zhou J A,Braun L,Zhang R,et al.2016.Rock breaking mechanism of an old mining method in the Tang dynasty mining pit of Suichang gold mine[C]∥Ancient Underground Opening and Preservation:Proceedings of the International Symposium on Scientific Problems and Long-term Preservation of Large-scale Ancient Underground Engineering,23-26 October 2015,Longyou,Zhejiang,China,Longyou.London:CRC Press:383-388.
Zhu J W,Li L H,Fu Y et al.2014.Evaluation on engineering geological conditions of Lingxiao caverns among Changyudongtian large ancient underground quarry at Wenling,Zhejiang province[J].Journal of Engineering Geology,22(4):772-778.
Chris Ryan.2010.游憩旅游学---旅游需求与影响[M].马晓龙,黎筱筱,译.天津:南开大学出版社.
财经网.2017-11-06.旅游业创造GDP占全国总量10%[EB/OL].http:∥money.163.com/15/1105/01/B7KC0E2A00253B0H.html,2015-11-15.
方建平,廖小辉,孙亚丽.等.2017.龙游牛场古工程洞室群变形破坏调查及工程地质条件分析[J].工程地质学报,25(3):598-604.
冈恩·瓦尔.2005.旅游规划:理论与案例[M].吴必虎,吴冬青,党宁,译.大连:东北财经大学出版社.
谷德振.1979.岩体工程地质力学基础[M].北京:科学出版社.
关晓岗.2008.山地灾害:中国山区安全的瓶颈---汶川、攀枝花地震的警示与贯彻科学发展观的思考[J].科学新闻,(18):16-17.
胡杰刚,俞敏,全洪波,等.2003.桂柳高速公路边坡岩石风化速度的研究[J].水文地质工程地质,(4):67-71.
黄静波.2007.山地型景区旅游产品设计---以郴州市为例[J].人文地理,22(5):103-106.
李德华.2001.城市规划原理[M].北京:中国建筑工业出版社.
李丽慧,刘建立,傅燕,等.2012.龙游石窟洞室围岩长达8a的风化速度及风化时限研究[J].工程地质学报,20(5):706-714.
旅游局网站.2017-11-06.2015年中国旅游业统计公报显示:旅游业综合贡献占GDP总量10.8%[EB/OL].http:∥www.gov.cn/xinwen/2016~10/19/content_5121432.htm,2016-10-10.
孙广忠.1988.岩体结构力学[M].北京:科学出版社.
孙亚丽,曹冬梅,方建平,等.2014.衢州古城墙通仙门不同岩性岩石砌块相对风化速度研究[J].工程地质学报,22(6):1279-1286.
孙亚丽,何万通,方建平,等.2015.不同环境下相同凝灰岩石板的相对风化速度研究[J].工程勘察,(2):1-7.
王思敬,杨志法,刘竹华.1984.地下工程岩体稳定性分析[M].北京:科学出版社.
王幼麟.1992.基岩风化壳及其分带的微观研究[C]∥第四届全国工程地质大会论文选集(二).北京:海洋出版社:566-575.
吴必虎,邢珏珏.2005.旅游学学科树构建及旅游学研究的时空特征分析:《旅游研究纪事》30 a[J].旅游学刊,20(4):73-79.
吴必虎,俞曦著.2010.旅游规划原理[M].北京:中国旅游出版社.
杨志法,郭改梅,张路青,等.2011.仙居飞凤岩大型古地下工程洞室群科学技术问题研究[M].北京:科学出版社.
杨志法,尚彦军,李丽慧.等.2014.山地旅游规划工程地质方法及其应用前景分析[J].工程地质学报,22(4):703-710.
杨志法,王思敬,许兵,等.2000.龙游石窟群工程地质条件分析及保护对策初步研究[J].工程地质学报,8(3):292-295.
杨志法,岳中琦,李丽慧.2010.龙游石窟大型古地下洞室群科学技术问题研究[M].北京:科学出版社.
杨志法,张路青,陶克捷,等.2008.关于衢州古城门通仙门凝灰岩砌块相对风化速度的研究[J].工程地质学报,16(5):625-629.
杨志法,张路青,祝介旺,等.2007.工程地质学的一个新课题---关于岩石风化速度的定量研究[J].工程地质学报,15(增Ⅱ):7-12.
杨志法,张中俭,张路青,等.2014.蛇蟠岛大型古地下洞室群科学技术问题研究[M].北京:科学出版社.
杨宗才,张俊云,周德培.2006.红层泥岩边坡快速风化特性研究[J].岩石力学与工程学报,25(2):275-283.
于冰.2011.工程遗产初探[J].遗产保护理论,2:14-18.
张咸恭,王思敬,张倬元.2000.中国工程地质学[M].北京:科学出版社.
张中俭,陈少华,杨志法,等.2014.古人利用节理面开凿遂昌唐代金矿巷道的发现及论证[J].工程地质学报,22(2):250-255.
张中俭,杨志法,张路青,等.2010a.微环境对流纹岩风化速度的影响[J].岩石力学与工程学报,26,(增Ⅰ):2827-2832.
张中俭,张路青,李丽慧,等.2010b.微环境对龙游石窟粉砂岩风化的影响[J].工程地质学报,18(5):742-747.
张倬元,王士天,王兰生.1981.工程地质学原理[M].北京:地质出版社.
中国经济网.2017-11-06,旅游业2016年对GDP贡献率达11%[EB/OL].http:∥www.ce.cn/culture/gd/201701/17/t20170117_19651236.shtml,2017-01-17.
中华人民共和国国家统计局.2017-11-06.2014年全国旅游及相关产业增加值占国内生产总值的比率为4.33%[EB/OL].http:∥www.stats.gov.cntjsjzxfb/201512/t20151217_1291380.html,2015-12-17.
中华人民共和国水力电力部科学研究所,中国科学院地质研究所.1979.水利水电工程地质[M].北京:科学出版社.
祝介旺,李丽慧,傅燕,等.2014.温岭大型古地下采石场长屿硐天凌霄硐洞室群工程地质条件评价[J].工程地质学报,22(4):772-778.