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Xinyang City, Henan Province, Situation and Countermeasures of geological disasters


),######## oakley sunglasses, And support engineering,true religion outlet, etc.; (2) Exhaust Engineering intercept and remove groundwater surface water, to eliminate or reduce the water on the protected slope hazards, including drainage ditches, blind ditch, horizontal drilling, blind holes and sumps, etc.; (3) Other works include the slope of the offload back pressure, slope treatment, to improve the geotechnical properties. 3.2 Prevention of debris flow landslides engineering measures should be taken to dredge the river, opening the spillway,Salvatore Ferragamo outlet, the upstream building a database storing, building dikes and Landang measures. (1) protection of the debris flow, to resist or eliminate the debris of the main building, erosion, impact, lateral erosion and silt buried and other hazards, the main slope, retaining wall, along the dam and dike, etc. (2) Exhaust improve debris flow potential, according to the design intent to the successful discharge, Exhaust diversion dike project including, jet slot, beam embankment. 3.3 to crack, ground control to around to avoid the collapse of the main. For the prevention of geological disasters, using a variety of measures in combination, more effective. 4 Conclusion Xinyang is within the geological disaster-prone areas, the scale is small, but great harm. According to geological disasters in the region the formation of various types of background, the distribution of size, degree of harm, genetic mechanism, triggering conditions, and conducting prevention work, establish and improve the city's geological disaster monitoring and prevention network group to continuously improve prevention and control of geological disasters level, strengthening the geo-ecological environmental protection, geological disaster prevention campaigns to raise the whole society to protect the geological environment and disaster prevention,Beats By Dre Studio, disaster reduction,herve leger toronto, effectively reduce the losses caused by geological disasters, to disaster prevention, mitigation purposes. References: [1] Third Henan Geology and Mineral Resources Geological Survey Department, Xinyang pieces geological map (1:50,000) and manual [R]. Xinyang: Henan Bureau of Geology Geology Library ,1996:39-50. [2] Li thin light, and so on. Xinyang City Gas gas-mixing stations and regional fault activity venue comprehensive study [J], North China Earthquake Sciences, 2003 (4) :29-31, [3] Office of Geology and Mineral Resources of Henan Province Geological Survey III. Gushi rate hydrogeological survey report [R], Xinyang: Henan Bureau of Geology Geology Library ,1989:98-105. [4] Office of Geology and Mineral Resources of Henan Province hydrogeological three teams, Xinyang City, hydro-geological survey report rate Xinyang: Henan Bureau of Geology Geology Library ,1989:157-170. CurrentSituationandControllingCountermeasuresofGeo logicalHazardinXinyangCity, HenanProvinceGUOXizhuang, LIJiansheng, LIJilin (TheThirdBrigadeofC, eologicMSurvey, HenanBureauofGeo a orationandmi ~ ralDevelopment, Xinyang, Herren464000) Abstract: XingyangCityisofseriousgeologicaldisastersareawher elandslide, collapse, debrisflow, groundtissueandgroundcollapsehappenedfrequently. Continuousstrongprecipitationorrainstormandthehuma nengineeringactivity, asprimaryfactors, inducedisastersincludinglandslide, collapse, debrisflow, groundcollapse; Formationanddevelopmentofgroundfissurearecontrolle dbyneotectonics. Itisaneffectivewaytopreventandcontrolthegeological disasterycon-biningtheengineeringmeasureswithsurveyandcontrolin group. Keywords: geologicalhazard; preventionandcontrol; countermeasures; XinyangCity
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