基于镇江工业经济的现状和特点以及面临的困难和问题，对镇江工业经济转型升级路径进行研究，提出了镇江工业经济转型升级的措施。

Based on the status and characteristics,and difficulties and problems of Zhenjiang industrial economy, this thesis studies the transformation and upgrading paths of the industrial economy of Zhenjiang,and puts forward the measures of Zhenjiang transformation and upgrading of the industrial economy.

镇江市文化旅游产业具有很大的发展潜力，通过对镇江文化旅游资源开发现状分析，提出镇江文化旅游产业化发展的基本原则，指出镇江文化旅游产业发展存在的不足之处，并从宏观环境和微观构架层面提出具体的发展对策：应从地方政府、创新营销手段、完善配套设施、发挥旅行社协会作用、旅游科学研究者鼎力协助、实施人才战略和可持续发展等策略大力发展镇江文化旅游产业。

Zhenjiang cultural tourism industry has great development potential, through the analysis about the present situation of zhenjiang culture tourism resource development, puts forward the basic principles of zhenjiang tourism industrialization, points out the deficiency existing in zhenjiang cultural tourism industry development, and from the macroscopic environment and microscopic structure level the specific development countermeasures are put forward. From local governments, innovative marketing techniques, perfect supporting facilities, give play to the role of travel agency association, tourism science researchers full assistance, and implement the strategy of talents and the sustainable development strategy to develop the culture of zhenjiang tourism industry.

对镇江地区表层土壤环境中的镍(Ni)和汞(Hg)进行采样监测,以了解镇江地区土壤环境中重金属Ni和Hg的污染状况与空间分布。结果表明,镇江地区表层土壤环境中Ni含量为20.3~99.8 mg/kg,Hg含量为0.03~0.82 mg/kg,与江苏省土壤环境背景值相比,均有一定程度的富集。从Ni和Hg的来源分析,镇江地区土壤环境污染的一个重要来源是大气降尘污染。

In order to find the situation of pollution caused by heavy metals of Ni and Hg in the soil and their spa-tial distribution in Zhenjiang region,a large number of samples of surface soil were determined,which showed that the concentration of Ni in the surface soil within the region was 20.3-99.8 mg/Kg,while that of Hg was 0.03-0.82mg/Kg.The determined values of both of the elements were one time higher than the averaged ones in Jiangsu province.It''s The main source of the polluting heavy metals was most probably caused by dust dropping from the lo-cal atmosphere.

【目的】本文旨在明确镇江市白蚁种类分布、危害状况和防治策略。【方法】本文按照镇江市人口密度和园林绿化分布特点,将全市划分为商住区、工业区、园林区三个主要不同的生态区域。通过2012—2013年两年时间的调查与数据收集,在各生态区域共采集185份白蚁标本。运用传统白蚁形态学分类和现代分子生物学技术相结合的方法,对镇江市白蚁主要危害种类进行了鉴别确认。根据白蚁危害严重程度的不同,将镇江市不同生态区域分为蚁害严重区、较重区、一般区,以此确定镇江市白蚁分布危害的特点。【结果】本研究鉴别确认了镇江市主要白蚁种类为2科4属共7种白蚁,分别为黑翅土白蚁Odontotermes formosanus Shiraki、黄翅大白蚁Macrotermes barneyi Light、台湾乳白蚁Coptotermes formosanus Shiraki、黑胸散白蚁Reticulitermes chinensis Snyder、尖唇散白蚁Reticulitermes aculabialis Tasi et Hwang、圆唇散白蚁Reticulitermes Labralis Hsia et Fan和黄胸散白蚁Reticulitermes flaviceps Oshima。根据镇江市主要白蚁种类危害发生空间生态分布情况,镇江市的白蚁危害面广,各区域都有不同程度发生,其中城中区域白蚁分布最为密集。黑胸散白蚁在各个生态区域均有危害分布,且分布范围

Objectives This paper attempts to investigate the distribution, damage status and the associated management strategies for the main species of wood-feeding termites occurred in Zhenjiang area. [Methods] This research project divided Zhenjiang area into three main distinctive ecological areas, which include commercial residential area, industrial area and landscape area, in accordance with the population density as well as the characteristics of local landscape/industrial distributions. Through a systematic investigation and data collection in two years from 2012 to 2013, 185 termite samples wereeventually collected from three clarified ecological areas, which were identified by modern molecular biology techniques, combining with traditional morphological classification. Depending on the severity of termite damage in the fields, the termite damage in an ecological area were further divided into three categories: the most serious area, serious area and less serious area, so as to determi

镇江是一座历史文化名城，素有“天下第一江山”之美誉，它的形成发展与其港口是密不可分的。本文从镇江港口空间形态、城市空间形态、港口与城市发展的关系为切入点，寻求港城空间发展对策。

Zhenjiang is a famous historical and cultural city,it is wel known as“the best country in the world”, its formation and development are inextricably linked to its port. This paper started from the Zhenjiang port spatial form, urban spatial form, ports and urban development, to seek strategies of the port and urban spatial development.