2014 AQA Geography paper3 mark scheme

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美国NAEP2014地理评价框架简述及其启示

美国NAEP2014地理评价框架简述及其启示
的分配比例相同,都是4 :3 :3( 见表3) 。
表 3 美 国N AE P 2 0 1 4 地 理 评 价 内容 维 度 分 配 比例
空 间 与地 方 环 境 与 社 会 空 间动 态与 联 系
i n t e r a c t i o n)、移动 ( m o v e me n t ) 和区域 ( r e g i o n s ) 作 为中小学地理教育的五大主题。 长期以来 ,美国地理 教师按照这五大主题 组织教 学内容 。实际上 ,这 五大 主题 已成为 中小学地理教学 的内容框架 。2 0 1 4 年美国
不断发展的全国性基础教育学生学业成就评价体系 。
NAE P 包 括 两 类 评 价 : 一 是 NAE P 主评价项 目
G o v e r n i n g B o a r d ,简称N A G B)负责制定 ,对评价 目 标 、评价 内容等做 出详细说 明。该评价框架 的结构清 晰 ,主要包括 :前 言 ;执行纲要 ;简介 ;第一章 ( 地
N AE P 是美 国 国家教 育进展 评价 ( t h e Na t i o n a l A s s e s s m e n t o f E d u c a t i o n a l P r o g r e s s ) 的简称 ,它是 由美
国国会于1 9 6 9 年批准成立的一个全国性的教育进展评价 项 目,是美国 目前唯一定期在各个学科领域持续进行并
国 外 地 理 教 育
2 0 1 4 年 第 4 期 蕊 冀 垒堂 震
美国N P 2 0 1 4 地理评价框架筒述 及其启 冰
’ 陈 红
( 北京市东城 区教师研修 中心, 北京 1 0 0 0 0 9 )
摘要 :美国国家教育进展评价是 美国目前唯一定期在各个学科领域持 续测评学生学业的全 国性评价项 目,地理 学科 一直是 美国教育进展评价 的主要学科之一 。从 内容维度 、认 知维度 、学业成就 水平三个方面,对 2 0 1 4 年美国 N A E P地理评价框架进行 了介绍 ,对北京 市 “ 义务教 育阶段 地理 学科学生学业标准”的研 制和进一步完善具有 ̄ - : 8 -

河南省郑州市2014届高三第三次质量预测英语试题 Word版含答案

河南省郑州市2014届高三第三次质量预测英语试题 Word版含答案

河南省长葛市2014届高中毕业班第三次质量预测(三模)英语试题本试卷分为第Ⅰ卷(选择题)和第Ⅱ卷(非选择题)两部分.共150分,考试时间120分钟.第I卷第一部分:听力(共两节,满分30分)做题时,先将答案划在试卷上。

录音内容结束后,你将有两分钟的时间将试卷上的答案转涂到答题卡上。

第一节(共5小题;每小题1.5分,满分7.5分)听下面5段对话。

每段对话后有一个小题,从题中所给的A、B、C三个选项中选出最佳选项,并标在试卷的相应位置。

听完每段对话后,你都有10秒钟的时间来回答有关小题和阅读下一小题。

每段对话仅读一遍。

1.How long has the man probably been waiting before he gets the ticket?A.Two hours.B.Three hours.C.Four hours.2.How much did the man's sister pay for her coat?A.$172.B.$43.C.$86.3.What does the man offer to do?A.Call a taxi.B.Telephone Lisa.C.Drive his car.4.What can we know about the man from the conversation?A.He is looking for a new job.B. He is being interviewed by the woman.C.He once worked in an international company.5.What time did the second baseball game finally start?A.At 3:45pm.B.At 4:45pm.C.At 5:45pm.第二节(共15小题;每题1.5分,满分22.5分)听下面5段对话或独白。

4. Change Trend of Extreme Precipitation Events in the Wuhan City (China) from 1951 to 2012

4. Change Trend of Extreme Precipitation Events in the Wuhan City (China) from 1951 to 2012

Change Trend of Extreme Precipitation Events in the Wuhan City (China)from 1951 to 2012Lei WU1,a,*, Yong FAN2,b, Xiao-li HE1,c and Guang-ming YU1,d1Laboratory of Global Change and Disasters, College of Urban and Environment Science, CentralChina Normal University, Wuhan, 430079, China2College of Urban and Environmental Sciences, Xinyang Normal University, Xinyang, 464000, Chinaa wulei@,b gisfanyong@,c he_xiaoli@,d yu_guangming@*Corresponding authorKeywords: Extreme precipitation events, Change trend, Mutation feature, Periodicity, Wuhan City. Abstract. Based on the daily precipitation data during 1951-2012, this paper analyzes the variation of extreme precipitation events in Wuhan City since 1951, with the methods of testing mutation such as CRAMER test, Sliding T-test, YAMAMOTO test, Mann-Kendall Non-parametric test and Morlet Wavelet Analysis. The results show that the overall change trend of extreme precipitation events is not significant in Wuhan City. There is a significant correlation between extreme precipitation index and annual precipitation. Annual precipitation is mainly affected by extreme precipitation and strong rainy days. The change of maximum five-day precipitation has a significant mutation in 1965. There are not significant mutations in the maximum daily precipitation, extreme precipitation, the days of heavy rainfall; the index of average annual extreme precipitation has a significant mutation in 1979; and change cycles are similar in all the extreme precipitation indices, with the long of about 28 or 20 years, the middle of about 11 years and the short of about 5 years.IntroductionExtreme weather events occur frequently in the context of global warming such as high temperature, drought, storms and floods, and so on. By the 4th assessment report of IPCC, the frequency of heavy precipitation events is trending to increase in the land of high latitudes from 1951 to 2003 [1]. Extreme precipitation easily induced floods, landslides, mudslides and other natural disasters, which cause serious impacts and losses to the social, economic and human life [2-5].In the regions with different topography, land and sea conditions, their intensity and frequency of extreme precipitation events are often significantly different. The relative research should be focused on the regional characteristics. Guo et al. [6] analyzed the data of daily precipitation in 15 meteorological stations from 1961 to 2010 in Yangtze River, China, the results prove that index of extreme precipitation has no obvious increase or decrease in the Yangtze River basin, and concurrent droughts and floods are likely to increase in the low-lying areas. Hussain and Lee [7] analyzed precipitation data of 15 meteorological stations from 1950 to 2010 in Pakistan, the results show that Pakistan's extreme precipitation increased significantly in the northeast and decreased in the southwest.Wuhan City is located at longitude 113°41′-115°05′, latitude 29°58′-31°22′, in the east of Jianghan Plain which is the center city of central China. The total area is 849 4.41km2, belong to subtropical moist monsoon climate. A little is reported on the study of extreme precipitation in Wuhan City.In this study, the data of daily precipitation in Wuhan City during 1951-2012 is used to analyze the variation of extreme precipitation events, and to reveal the rules and characteristics of extreme precipitation. The findings can serve the Wuhan urban management and improve the ability to cope with extreme precipitation events.Data and Research MethodsData SourcesIn this study we adopt the data of daily precipitation (from 20:00 to 20:00 hours) during 1951-2012, taking from the National Meteorological Information Center, “China International Exchange of ground stations Climate Data Day Value Data Set” [8].The Definition of Extreme Precipitation IndexFour indices of extreme precipitation (Table 1) are selected to analyze the variation of extreme precipitation events of Wuhan from 1951 to 2012 in this study. These indices are recommended by the meteorological committee (CCL) of world climate organization (WMO) and the program of climate variation and forecast probability research (CLIVAR).Table 1. Extreme precipitation indices and their definitions Index name Unit Symbol DefinitionMaximum dailyprecipitationmm RX1day Maximum daily precipitation in the year Maximum five-dayprecipitationmm RX5day Maximum five-day precipitation in the yearExtreme precipitation mm R95 Daily precipitation with that greater than the top 5% in the annual average from 1951 to 2012The days of heavy rainfall d R25mmNumber of days with the daily precipitation more than 25mm in the year.MethodsThe linear trend analysis and the moving average with 9 years [9] have been used to analyze the trends of extreme precipitation index in this paper. The trend lines are fitted by the method of linear least squares, and the annual rate of change in extreme precipitation events is determined by the coefficients of regression equation. The relationship between extreme precipitation index and annual precipitation is analyzed by the correlation analysis. The mutation of extreme precipitation index in the time series is analyzed by the CRAMER test, the Sliding T-test, the YAMAMOTO test [10] and the Mann-Kendall test [11]. The CRAMER test, the sliding T test, and the YAMAMOTO test are with the significant level at 0.01. The points of mutations are tested on by on to the sub-sequences with the length from 3 to 20 years. The typical sub-sequences are selected with the length of 3, 7, 11, 15, and 19 years respectively. The real contours of wavelet coefficients in the time series of extreme precipitation are drawn by the Morlet wavelet analysis of one-dimensional complex, and the periodic variation and distribution of extreme precipitation events are analyzed at different time scales. Results and AnalysisInter-annual Variations of Extreme Precipitation EventsThe curve of Wuhan maximum daily precipitation (Figure 1) indicates that trends of maximum daily precipitation is not significant since 1951, and the change rate is -1.53 mm/10a. During 1951 to1964, maximum daily precipitation with the average value of 149.1 mm is higher than 62-year average (122.6 mm). Maximum precipitation are 317.41 mm and 214.5 mm in 1959 and 1961 respectively, higher than the 95th percentile value (203.4 mm); maximum daily precipitation is low during 1965-1978, with the average value of 88.5 mm, and the peak appeared in 1969. The average value of maximum precipitation is 125.7mm during 1979-2003 and most of them are below the mean. The maximum daily precipitation in 1982 and 1998 is higher than heavy precipitation levels, the maximum daily precipitation in 1991 is higher than extreme precipitation levels, the curve of maximum daily precipitation fluctuate around the mean line which is 127.8 mm, and the maximum daily precipitation is not surpass extreme precipitation levels. The moving average curve shows that maximum daily precipitation is high before the mid-1960s, decline from mid-1960s to the 1970s, and then steady fluctuation.The maximum five-day precipitation is a weak upward trend in Wuhan City since 1951, and the change rate is 5.37 mm/10a. Maximum 5-day precipitation fluctuates around the average line in 1951-1964, with the higher fluctuations in amplitude and frequency and no significant outliers; the maximum 5-day precipitation is low in 1965-1978, which average value is 132 mm and far below the 62-year average value (191.1mm) ; after 1979, maximum 5 days precipitation fluctuate slightly around the average line with the value of 208.4 mm, the extreme values of maximum 5-day precipitation are 395.5, 399.2 and 471.1 mm in 1982, 1991and 1998 respectively. The 9-year moving average curve shows that maximum 5-day precipitation is relatively high in the 20th century until the mid 1960s, has a downward trend from mid-1960s to the 1970s, and then is an upward trend in volatility.Figure 1. The inter-annual variability of extreme precipitation index in Wuhan City Differences in the inter-annual variability of extreme precipitation are significant, the trend of decadal change is notable, extreme precipitation is a weak upward trend since 1951, and the change rate is 10.92 mm/10a. The fluctuation of extreme precipitation around the mean line (770.8 mm) is stable with the peak (1392.4 mm) in 1954; extreme precipitation is low in 1965-1979, average value is 592.7 mm, and the peak and valley values are 1392.4 and 366.3 mm in 1954 and 1965 respectively; and the extreme precipitation has a downward trend after 1980, with the peaks in 1983 (1389.8 mm) and 2004 (1348 mm).The days of heavy rainfall fluctuate around the average line (13.4d) in 1951-1964, and its average value is same as that in the 62 years. The extreme precipitation is below the average value in 1965-1979, in a period of relatively low, and the average value is 11d with a peak (21d) in 1969. The days of heavy rainfall is a downward trend after 1980, with the peaks in 1983 (24d), 1989 (23d), and 2004 (23d), and a valley in 1997 (7d).Table 2. The results of correlation analysisRX1day RX5day R95 R25mm Annual precipitationRX1day 1RX5day 0.819** 1R95 0.581** 0.644** 1R25mm 0.313* 0.378** 0.898** 1Annual0.544** 0.655** 0.921** 0.806** 1precipitation* Significant level at the 0.05; ** Significant level at the 0.01.The relationships between extreme precipitation indices and annual precipitation are analyzed by the correlation analysis (Table 2). The maximum daily precipitation and maximum 5-day precipitation are highly relevant, extreme precipitation and the days of heavy rainfall are highlyrelevant, and the result consist with the analysis of inter-annual variability of extreme precipitation index in the above context. There is a significant correlation between extreme precipitation index and annual precipitation, extreme precipitation highly associated with annual precipitation, and the relationship between the days of heavy rainfall and annual precipitation is highly relevant. There is a middle relationship in the maximum daily precipitation, the maximum 5-day precipitation, and the annual precipitation. This shows the annual precipitation is mainly affected by extreme precipitation and the days of heavy rainfall in Wuhan City.Mutation Analysis of Extreme Precipitation EventsThe mutation characteristic of extreme precipitation index in Wuhan City from 1951 to 2012 is tested by the CRAMER test, sliding T test and YAMAMOTO test. The change trend of the extreme precipitation index is reflected with the Mann-Kendall test figure. The results show that there is a significant mutation in 1979 in the time series of four extreme precipitation indices since 1951, Maximum 5-day precipitation has a significant mutation in 1965, and other indices also have the trend of mutation around 1965. However, these mutations are not obvious at the significant level of P <0.01. The days of heavy rainfall return the change trends from upward to downward in 1993. Periodic Variation of Extreme Precipitation EventsThe results of Morlet wavelet analysis are shoen in Figure 2. The change trends of the coefficients are consistent with the strength of climate signal. In this figure, the real contour with the positive coefficient is expressed as a solid line, meaning the high extreme precipitation, and the contour with the negative as a dotted line, meaning the less extreme precipitation. The greater the absolute value of the wavelet coefficients, the more notable in changes at time scale is, and the zero of wavelet coefficients maybe corresponds to abrupt point of climate change. Figure 2 shows the distribution of the Morlet wavelet coefficients in the time-frequency domain of extreme precipitation index at different scales of periodic signal strength in Wuhan City since 1951.Figure 2. Wavelet analysis of extreme precipitation events in Wuhan City Significant change with the cycle of 11 years exists in the extreme precipitation events in Wuhan City, and this cycle is domain-wide and continuous, with four alternations of peaks and valleys. The oscillating periods of maximum daily precipitation and maximum 5-day precipitation are longer (15-11years), and the oscillating periods of extreme precipitation and the days of heavy rainfall are shorter (11-7years). The period of maximum daily precipitation and maximum 5-day precipitation is 28 years. There is a long oscillation with the period about 20 years in the extreme precipitation and the days of heavy rainfall before 1990 years, which agrees with the cyclical variation reflected by the 9 years moving average curve of extreme precipitation index in section 3.1. For short period about 5years, there are more alternating cycles of peaks and valleys in extreme precipitation, and the mutation point of precipitation increases.ConclusionsTotal change trend of extreme precipitation events is not significant in Wuhan City since 1951, and there is a significant difference in annual extreme precipitation index values.Significant correlation exists between extreme precipitation index and annual precipitation, and the annual precipitation is mainly affected by extreme precipitation and strong influence of precipitation days.The maximum 5-day precipitation has a significant mutation in 1965, and there are not significant mutations in the day maximum precipitation, extreme precipitation, and the days of heavy rainfall. The average annual extreme precipitation index has a significant mutation in 1979.Change periods are similar for four extreme precipitation indices in Wuhan City, with the long-period of 28 years or about 20 years, the middle-period about 11 years and the short-period about 5 years. The mutations are mainly represented as the periodic variation about 5 years. References[1] IPCC, Climate change 2007: the physical science basic. Contribution of Working Group I to the Fourth Assessment Report of the Intergovernmental Panel on Climate Change, Cambridge University Press, Cambridge, UK, 2007.[2] M. Beniston, An overview of extreme climatic events in Switzerland: Implications for assessing economic damages and costs, The Coupling of Climate and Economic Dynamics. 22 (2005) 321-340.[3] M.D. Mastrandrea, C. Tebaldi, C.W. Snyder, S.H. Schneider, Current and future impacts of extreme events in California, Climatic Change. 109 (2011) 43-70.[4] D. Kirschbaum, R. Adler, Evaluation of Landslide Inventory Information: Extreme Precipitation and Global Patterns, Landslide Science and Practice. 2013, pp 127-135.[5] G.P. Yumul Jr., C.B. Dimalanta, N.T. Servando, N.A. Cruz, Abnormal weather events in 2009, increased precipitation and disastrous impacts in the Philippines, Climatic Change. 118 (2013) 715-727.[6] J. Guo, S. Guo, Y. Li, H. Chen, T. Li, Spatial and temporal variation of extreme precipitation indices in the Yangtze River basin, China, Stochastic Environmental Research and Risk Assessment. 27(2) (2013) 459-475.[7] M.S. Hussain, S. Lee, The regional and the seasonal variability of extreme precipitation trends in Pakistan, Asia-Pacific Journal of Atmospheric Sciences. 49(4) (2013) 421-441.[8] Information on /home.do.[9] Q. Ren, X. Cai, W. Ma, Changing features of temperature and precipitation in recent 52 years in Da-bancheng region, Journal of Arid Land Resources and Environment. 25(10) (2011) 116-121. [10] X. Zhang, J. Li, X. Yao, M. Sun, Characteristics of precipitation variation and the abrupt change over Qinghai in recent 45 years, Journal of Arid Land Resources and Environment. 26(5) (2012) 6-12.[11] Y. Zhang, Z. Cong, G. Ni, Comparison of three Mann-Kendall methods based on the China's meteorological data, Advances in Water Science. 24(4) (2013) 490-496.。

2014中科院SCI分区表

2014中科院SCI分区表

期刊全称JCR期刊简称ISSN所属小类所属小类(中文)小类分区所属大类大类复分APPLIED CLAYAPPL CLAY SC0169-1317MATERIALS S材料科学:综合3地学N PHYSICS AND PHYS CHEM M0342-1791MATERIALS S材料科学:综合4地学N GEOSYNTHET GEOSYNTH IN1072-6349MATERIALS S材料科学:综合4地学N IEEE Journal of IEEE J-STARS1939-1404IMAGING SCIE成像科学与照相3地学N PHOTOGRAMMPHOTOGRAMM0099-1112IMAGING SCIE成像科学与照相3地学N Geocarto Intern GEOCARTO IN1010-6049IMAGING SCIE成像科学与照相4地学N Photogrammetri PHOTOGRAMM1432-8364IMAGING SCIE成像科学与照相4地学N PHOTOGRAMMPHOTOGRAMM0031-868X IMAGING SCIE成像科学与照相3地学N Annual Review ANNU REV MA1941-1405GEOCHEMIST地球化学与地球1地学N EARTH AND P EARTH PLANE0012-821X GEOCHEMIST地球化学与地球2地学N Geochemical Pe GEOCHEM PE2223-7755GEOCHEMIST地球化学与地球1地学N GEOCHIMICA G EOCHIM COS0016-7037GEOCHEMIST地球化学与地球2地学N JOURNAL OF PJ PETROL0022-3530GEOCHEMIST地球化学与地球1地学N REVIEWS OF GREV GEOPHYS8755-1209GEOCHEMIST地球化学与地球1地学N CHEMICAL GECHEM GEOL0009-2541GEOCHEMIST地球化学与地球2地学N CONTRIBUTIOCONTRIB MIN0010-7999GEOCHEMIST地球化学与地球2地学N Elements ELEMENTS1811-5209GEOCHEMIST地球化学与地球2地学N GEOCHEMIST GEOCHEM GE1525-2027GEOCHEMIST地球化学与地球2地学N GEOPHYSICALGEOPHYS J IN0956-540X GEOCHEMIST地球化学与地球3地学N GEOSTANDARGEOSTAND G1639-4488GEOCHEMIST地球化学与地球3地学N JOURNAL OF GJ GEODESY0949-7714GEOCHEMIST地球化学与地球2地学N JOURNAL OF GJ GEODYN0264-3707GEOCHEMIST地球化学与地球3地学N LITHOS LITHOS0024-4937GEOCHEMIST地球化学与地球2地学N ORGANIC GEOORG GEOCHE0146-6380GEOCHEMIST地球化学与地球3地学N REVIEWS IN MREV MINERAL1529-6466GEOCHEMIST地球化学与地球2地学N SEISMOLOGICSEISMOL RES 0895-0695GEOCHEMIST地球化学与地球3地学N SURVEYS IN GSURV GEOPHY0169-3298GEOCHEMIST地球化学与地球2地学N TECTONICSTECTONICS0278-7407GEOCHEMIST地球化学与地球2地学N TECTONOPHY TECTONOPHY0040-1951GEOCHEMIST地球化学与地球3地学N AMERICAN M A M MINERAL0003-004X GEOCHEMIST地球化学与地球3地学N APPLIED GEO APPL GEOCHE0883-2927GEOCHEMIST地球化学与地球3地学N AQUATIC GEOAQUAT GEOC1380-6165GEOCHEMIST地球化学与地球4地学N BULLETIN OF B SEISMOL SO0037-1106GEOCHEMIST地球化学与地球3地学N DYNAMICS OFDYNAM ATMO0377-0265GEOCHEMIST地球化学与地球4地学NGEOCHEMICA GEOCHEM T1467-4866GEOCHEMIST地球化学与地球3地学N3地学N GEOFLUIDSGEOFLUIDS1468-8115GEOCHEMIST地球化学与地球4地学N GEOPHYSICS G 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Intern GEOCARTO IN环境科学4地学N J ATMOS CHE0167-7764ENVIRONMENJOURNAL OF A环境科学4地学N JOURNAL OF C0749-0208ENVIRONMENJ COASTAL RE环境科学4地学N MT RES DEV0276-4741ENVIRONMENMOUNTAIN RE环境科学4地学N PHYSICAL GE PHYS GEOGR0272-3646ENVIRONMEN环境科学4地学N COMPUT GEO0098-3004COMPUTER SC3地学N COMPUTERS &计算机:跨学科4地学N COMPUT GEO0266-352X COMPUTER SCCOMPUTERS A计算机:跨学科3地学N COMPUTATIO COMPUTAT G1420-0597COMPUTER SC计算机:跨学科Earth Science InEARTH SCI IN1865-0473COMPUTER SC4地学N计算机:跨学科3地学N INT J GEOGR I1365-8816COMPUTER SCINTERNATION计算机:信息系3地学N GEOINFORMA GEOINFORMA1384-6175COMPUTER SC计算机:信息系JOURNAL OF SJ SYST PALAE1477-2019EVOLUTIONA进化生物学4地学N0094-8373EVOLUTIONA进化生物学4地学N PALEOBIOLOGPALEOBIOLOGEARTH SCIEN EARTH SCI HI0736-623X HISTORY & PH4地学N科学史与科学哲APPLIED CLAY0169-1317MINERALOGYAPPL CLAY SC矿物学3地学N CONTRIB MIN0010-7999MINERALOGYCONTRIBUTIO矿物学2地学N Elements ELEMENTS1811-5209MINERALOGY矿物学2地学N LITHOS LITHOS0024-4937MINERALOGY矿物学1地学N ORE GEOL RE0169-1368MINERALOGYORE GEOLOGY矿物学2地学N1529-6466MINERALOGYREV MINERALREVIEWS IN M矿物学2地学N 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RES0169-8095METEOROLOGATMOSPHERIC气象与大气科学1530-261X METEOROLOG4地学N Atmospheric Sc ATMOS SCI LE气象与大气科学0006-8314METEOROLOG3地学N BOUNDARY-L BOUND-LAY M气象与大气科学CLIMATE RES CLIM RES0936-577X METEOROLOG3地学N气象与大气科学4地学N0377-0265METEOROLOGDYNAMICS OFDYNAM ATMO气象与大气科学3地学N INT J BIOMET0020-7128METEOROLOGINTERNATION气象与大气科学3地学N Journal of Appli J APPL METEO1558-8424METEOROLOG气象与大气科学J ATMOS OCE0739-0572METEOROLOGJOURNAL OF A3地学N气象与大气科学4地学N J ATMOS SOL-1364-6826METEOROLOGJOURNAL OF A气象与大气科学NATURAL HA N AT HAZARD1561-8633METEOROLOG3地学N气象与大气科学4地学N NONLINEAR P NONLINEAR P1023-5809METEOROLOG气象与大气科学3地学N Ocean Science OCEAN SCI1812-0784METEOROLOG气象与大气科学3地学N TELLUS A0280-6495METEOROLOGTELLUS SERIE气象与大气科学4地学N0177-798X METEOROLOGTHEOR APPL CTHEORETICAL气象与大气科学WEATHER AN WEATHER FO0882-8156METEOROLOG3地学N气象与大气科学4地学N ACTA METEO0894-0525METEOROLOGActa Meteorolog气象与大气科学4地学N ADVANCES IN0256-1530METEOROLOGADV ATMOS S气象与大气科学4地学N Advances in Me ADV METEOR1687-9309METEOROLOG气象与大气科学1976-7633METEOROLOGAsia-Pacific Jou ASIA-PAC J AT4地学N气象与大气科学ATMOSFERA ATMOSFERA0187-6236METEOROLOG4地学N气象与大气科学4地学N Atmosphere ATMOSPHERE2073-4433METEOROLOG气象与大气科学4地学N1836-716X METEOROLOGAustralian Mete AUST METEOR气象与大气科学4地学N Geomatics Natu GEOMAT NAT1947-5705METEOROLOG气象与大气科学4地学N Idojaras IDOJARAS0324-6329METEOROLOG气象与大气科学4地学N IZVESTIYA ATIZV ATMOS O0001-4338METEOROLOG气象与大气科学JOURNAL OF AJ ATMOS CHE0167-7764METEOROLOG4地学N气象与大气科学4地学N0026-1165METEOROLOGJOURNAL OF TJ METEOROL S气象与大气科学1755-876X METEOROLOGJournal of Opera4地学N J OPER OCEAN气象与大气科学Journal of Tropi J TROP METEO1006-8775METEOROLOG4地学N气象与大气科学4地学N Mausam MAUSAM0252-9416METEOROLOG气象与大气科学METEOROLOGMETEOROL A1350-4827METEOROLOG4地学N气象与大气科学METEOROL A0177-7971METEOROLOG4地学N METEOROLOG气象与大气科学4地学N METEOROL Z0941-2948METEOROLOGMETEOROLOG气象与大气科学4地学N PHYSICS AND PHYS CHEM E1474-7065METEOROLOG气象与大气科学PHYSICAL GE PHYS GEOGR0272-3646METEOROLOG4地学N气象与大气科学4地学N1068-3739METEOROLOGRUSS METEORRussian Meteoro气象与大气科学4地学N SOLA SOLA1349-6476METEOROLOG气象与大气科学4地学N TERRESTRIAL TERR ATMOS 1017-0839METEOROLOG气象与大气科学Weather WEATHER0043-1656METEOROLOG4地学N气象与大气科学4地学N Weather Climat WEATHER CL1948-8327METEOROLOG气象与大气科学INT J BIOMET0020-7128PHYSIOLOGY生理学3地学N INTERNATIONPALEOBIOLOG0094-8373ECOLOGY生态学3地学N PALEOBIOLOGPOLAR RESEA POLAR RES0800-0395ECOLOGY生态学4地学N0138-0338ECOLOGY生态学4地学N POL POLAR REPOLISH POLAR3地学N0094-8373BIODIVERSITYPALEOBIOLOGPALEOBIOLOG生物多样性保护INT J BIOMET0020-7128BIOPHYSICS生物物理4地学N INTERNATIONMathematical G MATH GEOSC1874-8961MATHEMATIC3地学N数学跨学科应用1027-5606WATER RESOUHYDROLOGY HYDROL EART水资源1地学N JOURNAL OF HJ HYDROL0022-1694WATER RESOU水资源2地学N HYDROGEOL 1431-2174WATER RESOUHYDROGEOLO水资源3地学N NATURAL HA N AT HAZARD1561-8633WATER RESOU水资源3地学N Geomatics Natu GEOMAT NAT1947-5705WATER RESOU水资源4地学N PHYSICS AND PHYS CHEM E1474-7065WATER RESOU水资源4地学N ANN GEOPHY0992-7689ASTRONOMY 天文与天体物理4地学N ANNALES GEO0009-8604SOIL SCIENCE土壤科学4地学N CLAYS AND C CLAY CLAY M4地学N0003-813X CHEMISTRY, I无机化学与核化ARCHAEOMETARCHAEOMET0169-1317CHEMISTRY, PAPPLIED CLAYAPPL CLAY SC物理化学3地学N0009-8604CHEMISTRY, PCLAYS AND C CLAY CLAY M物理化学4地学N CLAY MINER0009-8558CHEMISTRY, PCLAY MINERA物理化学4地学N J GEODESY0949-7714REMOTE SENSJOURNAL OF G遥感2地学N IEEE Journal of IEEE J-STARS1939-1404REMOTE SENS遥感2地学N。

2014届第三次大联考(浙江版)理综卷

2014届第三次大联考(浙江版)理综卷

2014届第三次大联考(浙江版)理综卷考试范围:高考全部内容;考试时间:150分钟;注意事项:1.本试卷分第Ⅰ卷(选择题)和第Ⅱ卷(非选择题)两部分。

满分300分,考试时间150分钟。

2.答题前考生务必用0.5毫米黑色墨水签字笔填写好自己的姓名、班级、考号等信息3.考试作答时,请将答案正确填写在答题卡上。

第一卷每小题选出答案后,用2B铅笔把答题卡上对应题目的答案标号涂黑;第Ⅱ卷请用直径0.5毫米的黑色墨水签字笔在答题卡上各题的答题区域内作答,超出答题区域书写的....................答案无效,在试题卷、草稿纸上作答无效.......。

4.以下数据可供解题时参考:相对原子质量:H 1 C 12 O 16 Na 23第I卷(选择题共120分)一、选择题:本大题共17小题,每小题6分。

在每小题给出的四个选项中,只有一个符合题目要求。

1.2013年9月1日据大洋网电,医学研究发现,精神上的压力会降低对机体外来病毒的防御及自身体内细胞癌变的敏感度,肿瘤的发生率就会大大提高。

下列有关细胞癌变的叙述错误的是()A.癌细胞的细胞膜表面糖蛋白减少,导致癌细胞转移和扩散B.癌细胞增殖过程中,正常基因突变为原癌基因和抑癌基因C.诱导癌细胞中凋亡基因的表达,会导致癌细胞的死亡D.癌细胞与正常细胞相比,线粒体和核糖体的数目相对较多2.下图为遗传信息传递过程,对该过程描述正确的是()A.所有酶的合成都经过①②过程B.在蛔虫细胞中,①都在细胞核中进行,②都在细胞质中进行C.艾滋病毒没有细胞结构,其蛋白质外壳合成与核糖体无关D.①②都需要能量,植物叶肉细胞中①②的能量来源有叶绿体、线粒体、细胞质基质。

3.图①②分别代表不同的细胞,A表示物质,不符合该模型的是()A.①是垂体细胞,A是抗利尿激素,②是肾小管细胞B.①是下丘脑细胞,A是神经递质,②是甲状腺细胞C.①是T细胞,A是淋巴因子,②是B细胞D.①是浆细胞,A是抗体,②是被病原体侵染的细胞4.下列关于克隆和胚胎工程的叙述,错误的是A.一个动物细胞系可分离纯化出多种细胞株B.一株植物的体细胞可培养出多种特定的细胞系C.一种特定的培养基可完成受精卵到胚泡的发育D.一个细胞的克隆难于群体细胞的克隆5.生物学是一门实验性很强的学科,下列采用的研究方法与其它三组不同的是()A.噬菌体侵染细菌实验B.卡尔文小球藻实验发现碳循环途径C.沃森和克里克研究DNA分子结构D.DNA半保留复制的实验证明6.下列关于种群的说法错误的是()A.指数增长曲线中,种群数量不断增加,所以出生率和死亡率的差值不断增大B.一个教室里所有的学生数,不能表示种群密度C.年龄结构预示着种群数量的未来变化趋势D.种群数量的周期波动现象主要发生在高纬度环境中7.下列说法正确的是A.质谱法和核磁共振法不仅可用于有机小分子结构的分析,还可用于蛋白质结构的研究B.PM2.5是指大气中直径小于或等于2.5微米的颗粒物,PM2.5比胶体粒子小,因其比表面积大,故可吸附重金属离子,入肺后对人体产生很大的危害C.气化、液化和干馏是煤综合利用的主要方法,这三者中只有干馏是化学变化D.蛋白质遇双缩脲试剂时会呈现紫玫瑰色,凡含有肽键的化合物均能发生该反应8.下列说法不正确的是A.制阿司匹林时用水洗涤产品,而在制摩尔盐时用酒精洗涤产品B.纸层析法通常把不与水混溶的有机溶剂作为固定相C.中和滴定实验中,容量瓶和锥形瓶用蒸馏水洗净后即可使用,滴定管和移液管用蒸馏水洗净后,必须干燥或润洗后方可使用D.减压过滤装置中,布氏漏斗的颈口斜面应与吸滤瓶的支管口相对,以便于吸滤9.已知X、Y、Z、W四种元素是元素周期表中三个不同短周期的元素,且原子序数依次增大。

剑桥14test3 passage3 解析

剑桥14test3 passage3 解析

剑桥14test3 passage3 解析本文为社会学类文章,作者介绍了各种社会现象和相关研究。

整篇文章由五个部分组成,分别是社会网络、群体行为、文化传承、社会心理和个体行为。

每个部分都有对应的例子和研究,涉及到了人类社会学的多个方面。

社会网络部分主要介绍了社会网络的概念和特点,例如弱联系和强联系之间的差异,以及网络中的“小世界”现象。

文章还介绍了社交媒体和互联网如何改变了人们的社会网络,引用了多项相关研究。

文章中强调了网络对社会影响的重要性,同时也指出了网络的负面影响和隐私问题。

群体行为部分介绍了群体行为的概念和特点,重点关注了群体行为的动因和发展。

文章引用了若干个实例,包括社会运动和突发事件,来阐述群体行为的本质和影响。

此外,文章还讨论了群体行为和社会变革之间的关系,并提到了群体行为的传统研究方法和现代技术的应用。

文化传承部分讨论了文化传承在社会发展中的作用,包括文化传承与社会认同、创造力和创新的关系。

文章还介绍了文化传承如何受制于政治和经济环境,以及像移民和文化交融等现象如何影响文化传承。

文章最后指出文化传承在全球化时代尤为复杂。

社会心理部分介绍了社会心理学的概念和重要性。

文章重点探讨了群体心理、社会认知、态度和行为等内容。

同时,文章提到了社会心理学对于解释和预测人类行为的重要性,并引用了多项研究来支持说明。

个体行为部分重点讨论了人类决策和行为中的某些基本因素,如欲望、动机和情绪。

文章引用了多个实例和研究来支持说明,如社会性干扰实验和动物行为学等。

此外,文章还讨论了社会性压力如何影响个体行为,包括如何影响健康和幸福感等方面。

总结一下,本文以清晰明了的语言阐述了社会学的基本原理,让读者对人类社会的复杂性和多变性有了更深的理解。

每个部分都深入探讨了某个方面,而每个方面都是人类社会复杂性和多变性的一部分。

文章引用了大量的研究和实例,为读者提供了一个全面的概览,同时也突显了社会学的重要性和应用性。

2014年数学建模全国赛A题

2014年数学建模全国赛A题

城市土壤地质环境重金属污染摘要:针对问题一,结合数据运用MATLAB画出该区域城区分布图和8种主要重金属元素在该城区的空间分布图,接着用单因子指数得出重金属单因子污染指数,最后用内梅罗污染指数法得出重金属在功能区的污染程度由大到小依次为:工业区、交通区、生活区、公园路地区、山区。

针对问题二,根据问题一求出的单因子污染指数,用excel分别作出各重金属在各区域所占比重的饼图,并据此分析重金属污染的原因。

针对问题三、运用SPSS软件,采用因子分析法得出重金属污染物的传播特征,并在其基础上建立灰色关联分析模型,确定重金属污染源的为(2383,3692,7)、(2708,2295,22)、(4777,4891,8)、(1647,2728,6)、(18134,10046,41)、(13797,9621,18)、(21439,11383,45)、(13694,2357,33)8个位置。

针对问题四,为了更好地反映城市地质环境变化的演变模式,考虑时间、土壤的饱和度、PH、水分等因素对污染物浓度的影响,建立三维传播模型,分析演变过程。

关键词:单因子指数法、综合指数法、因子分析、灰色关联分析一、问题重述随着城市经济的快速发展和城市人口的不断增加,人类活动对城市环境质量的影响日显突出。

对城市土壤地质环境异常的查证,以及如何应用查证获得的海量数据资料开展城市环境质量评价,研究人类活动影响下城市地质环境的演变模式,日益成为人们关注的焦点。

按照功能划分,城区一般可分为生活区、工业区、山区、主干道路区及公园绿地区等,分别记为1类区、2类区、……、5类区,不同的区域环境受人类活动影响的程度不同。

现对某城市城区土壤地质环境进行调查。

为此,将所考察的城区划分为间距1公里左右的网格子区域,按照每平方公里1个采样点对表层土(0~10 厘米深度)进行取样、编号,并用GPS记录采样点的位置。

应用专门仪器测试分析,获得了每个样本所含的多种化学元素的浓度数据。

【高中地理】资源安全对国家安全的影响(课件) 高二地理同步精品课堂(人教版2019选择性必修3)

【高中地理】资源安全对国家安全的影响(课件) 高二地理同步精品课堂(人教版2019选择性必修3)

战略资源是指事关国计民生、社会
战略资源 安全
发展全局和经济安全的自然资源, 这些资源具有稀缺性且无可替代
非战略资 源安全
非战略资源是指对国计民生、社会 发展全局和经济安全影响较小的自 然资源,且具有一定的可替代性
人教版(2019)高中地理选择性必修3
……
▋案例--我国石油资源安全
石油资源属于重要的战略资源,新中 国成立初期,由于勘探技术的落后, 我国曾一度面临着油荒,制约着我国 工业化的进程。随着技术的进步,大 庆等一批大型油田的开采,我国一度 由贫油国家变成了石油出口国,通过 石油出口,创收外汇,促进经济发展。 但是2000年后,随着经济发展水平 提高,石油需求激增,国内石油枯竭, 我国目前已经成为世界上最大的石油 进口国,国际油价的变动,严重影响 我国经济的发展
4 耕地资源的保护对我国粮食安全的影响 5 海洋空间资源开发对我国的影响
第二章资源安全与国家安全
第一节
资源安全会国家安全的影响
Impact of resource secu教版(2019)高中地理选择性必修三
教学分析
课程 标准
1
结合实例,说明 资源安全对我国 国家安全的影响
……
……
人教版(2019)高中地理选择性必修3
▋保障资源安全途径
人类可以有针对性地采取技术、经济和政策措施。调节资源供给与消费需求 之间的平衡,保障资源安全。
人教版(2019)高中地理选择性必修3
……
……
……
……
▋保障资源安全途径
开发替代资源 02
可增加区域自身的资源供 给能力,但高度依赖于技 术的进步
前言
1980 年 9 月,美国朱利安·西蒙教授与保罗·埃尔里奇教授就10年后铬、铜 、镍、锡、钨5种金属的价格是否上涨打赌。他们假想以 1980 年 9 月 29 日的价 格分别买入以上 5 种金属,每种金属花费200美元。假如,10年后这5种金属的 价格在剔除通货膨胀的因素后果真上涨了,西蒙就要付给埃尔里奇这批金属的总 差价。反之,埃尔里奇将把总差价支付给西蒙。此赌以西蒙教授获胜而告终。

2014全国二卷英语作文

2014全国二卷英语作文

2014全国二卷英语作文Dear Editor,I am writing to express my concerns regarding the issue of environmental pollution, which has become a matter of great urgency in our society today.Over the past few years, we have witnessed a significant decline in the quality of our environment. The air we breathe is no longer fresh, the water we drink is polluted, and the noise from various sources has become unbearable. This is not only a threat to our health but also a serious impediment to our quality of life.There are several factors contributing to this environmental crisis. Industrialization has led to the release of harmful chemicals into the air and water. The rapid increase in the number of vehicles on the road has resulted in increased emissions and noise pollution. Moreover, the lack of public awareness about the importance of environmental protectionhas exacerbated the problem.To tackle this issue, I believe that a multi-faceted approach is necessary. Firstly, the government should enforce stricter regulations on industries to limit the emission of pollutants. Secondly, there should be an emphasis on promoting the use of public transportation and encouraging the development of cleaner energy sources. Lastly, educational campaigns shouldbe launched to raise public awareness about the importance of environmental conservation.I am convinced that with collective effort and determination, we can reverse the trend of environmental degradation and create a cleaner, healthier world for future generations.Yours sincerely,Li Hua[Note: The above letter is a sample response to a hypothetical prompt that might be found in a high school English examination in China, focusing on the topic of environmental pollution and its solutions.]。

高中必修三单词表 外研社版 已整理

高中必修三单词表 外研社版 已整理

M3 M3 M3 M3 M3 M3 M3 M3 M3 M3 M3 M3 M3 M3 M3 M3 M3 M4 M4 M4 M4 M4 M4 M4 M4 M4 M4 M4 M4 M4 M4 M4 M4 M4 M4 M4 M4 M4 M4 M4 M4 M4 M4
lava tidal volcano previous eruption possibility earthquake terrifying luckily thankfully hopefully sadly fortunately warning worldwide active damage sandstorm frightening inland mass campaign dune desertification process citizen dust forecast strength cycle mask atmosphere carbon dioxide chemical environment garbage melt pollution recycle coastal concerned evidence
adj. n. adj. n. n. n. adj. n. n. n. adj. adj. adj. adj. n. n. n. n. n. n. n. n. n. vt. vt. n. n. n. vt. n. n. vt. adj. n. adj. adj. n.
vt.& n.
n. n. vt. n. vt.
英语必修3单词
module 英文 音标 词性
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41

影响因子2014SCI_Geoscience

影响因子2014SCI_Geoscience

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QUATERNARY SCI 1467-4866GEOCHEM T0020-6814INT GEOL REV0264-3707J GEODYN1463-5003OCEAN MODEL0033-5894QUATERNARY RES0377-8398MAR MICROPALEONTOL 0169-555X GEOMORPHOLOGY0303-2434INT J APPL EARTH OBS 0078-0421NEWSL STRATIGR0006-8314BOUND-LAY METEOROL 0280-6495TELLUS A0377-0273J VOLCANOL GEOTH RES 0924-7963J MARINE SYST1871-1014QUAT GEOCHRONOL 0264-8172MAR PETROL GEOL 0094-8373PALEOBIOLOGY0022-1376J GEOL0375-6742J GEOCHEM EXPLOR 0169-8095ATMOS RES0191-8141J STRUCT GEOL0004-640X ASTROPHYS SPACE SCI 0031-9201PHYS EARTH PLANET IN 0195-6671CRETACEOUS RES0300-9483BOREAS0266-1144GEOTEXT GEOMEMBRANES 1553-040X GEOSPHERE0954-4879TERRA NOVA0361-0128ECON GEOL0895-0695SEISMOL RES LETT 1323-3580PUBL ASTRON SOC AUST 0272-7714ESTUAR COAST SHELF S 1542-7390SPACE WEATHER0025-3227MAR GEOL0024-1164LETHAIA0016-7568GEOL MAG1045-6740PERMAFROST PERIGLAC 0305-4403J ARCHAEOL SCI0921-2728J PALEOLIMNOL0037-0738SEDIMENT GEOL1040-6182QUATERN INT0278-4343CONT SHELF RES0020-7128INT J BIOMETEOROL 1558-8424J APPL METEOROL CLIM 1437-3254INT J EARTH SCI 0923-2958CELEST MECH DYN ASTR 0272-4634J VERTEBR PALEONTOL 0099-1112PHOTOGRAMM ENG REM S 0276-0460GEO-MAR LETT0096-1191J FORAMIN RES0003-004X AM MINERAL1753-8947INT J DIGIT EARTH 0883-2927APPL GEOCHEM0004-6264PUBL ASTRON SOC JPN 0037-1106 B SEISMOL SOC AM 1812-0784OCEAN SCI0001-5237ACTA ASTRONOM1527-1404J SEDIMENT RES0016-7002GEOCHEM J0883-1351PALAIOS0026-461X MINERAL MAG1385-1101J SEA RES0033-4553PURE APPL GEOPHYS 1561-8633NAT HAZARD EARTH SYS 0739-0572J ATMOS OCEAN TECH 1380-6165AQUAT GEOCHEM0031-0239PALAEONTOLOGY0038-6804SPEC PAP PALAEONTOL 0016-8033GEOPHYSICS0013-7952ENG GEOL1364-6826J ATMOS SOL-TERR PHY 0177-798X THEOR APPL CLIMATOL 0567-7920ACTA PALAEONTOL POL 1874-8961MATH GEOSCI1431-2174HYDROGEOL J1631-0713CR GEOSCI1023-5809NONLINEAR PROC GEOPH 0800-0395POLAR RES1616-7341OCEAN DYNAM1541-5856LIMNOL OCEANOGR-METH 0992-7689ANN GEOPHYS-GERMANY 0883-6353GEOARCHAEOLOGY0034-6667REV PALAEOBOT PALYNO 0266-352X COMPUT GEOTECH0167-7764J ATMOS 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0009-8558CLAY MINER0749-0208J COASTAL RES0039-3169STUD GEOPHYS GEOD 1581-6613ACTA GEOGR SLOV 0208-9068ANN SOC GEOL POL 1225-4614J KOREAN ASTRON SOC 0985-3111GEODIN ACTA0016-8521GEOTECTONICS+0869-5938STRATIGR GEO CORREL+ 0583-6050ACTA CARSOLOGICA 1103-5897GFF1090-6924J CAVE KARST STUD 0253-505X ACTA OCEANOL SIN 1142-2904QUATERNAIRE1214-9705ACTA GEODYN GEOMATER 0372-8854Z GEOMORPHOL1345-6296J MINER PETROL SCI 0044-0604P YORKS GEOL SOC 1374-8505GEOL BELG1266-5304GEOMORPHOLOGIE0001-5733CHINESE J GEOPHYS-CH 0001-4338IZV ATMOS OCEAN PHY+ 1078-7275ENVIRON ENG GEOSCI 0038-0946SOLAR SYST RES+ 0031-0301PALEONTOL J+0039-6265SURV REV0272-3646PHYS GEOGR1470-9236Q J ENG GEOL HYDROGE 0571-7256ASTROPHYSICS+0812-3985EXPLOR GEOPHYS1674-487X J EARTH SCI-CHINA 0077-7749NEUES JAHRB GEOL P-A 1860-1804Z DTSCH GES GEOWISS 1679-8759BRAZ J OCEANOGR 0016-7029GEOCHEM INT+1672-5107PETROL SCI1226-4806GEOSCI J0016-7622J GEOL SOC INDIA 0250-6335J ASTROPHYS ASTRON 1392-0049BALT ASTRON1028-334X DOKL EARTH 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JournalPapers2014-NationalUniversityofSingapor

JournalPapers2014-NationalUniversityofSingapor

1.Challamel, N., Wang, C.M. and Elishakoff, I. (2014). “Discrete systems behave as nonlocal structuralelements: bending, buckling and vibration analysis,” European Journal of Mechanics - A/Solids, 44, 125-135.2.Roy Chowdhury, A.N., Wang, C.M. and Koh, A.S.J. (2014) “Continuum shell model for buckling ofarmchair carbon nanotubes under compression or torsion,” International Journal of Applied Mechanics, 6(1), 1450006.3.Chen Lianwei, Jiang Xiao-fang, Guo Ziming, Zhu Hai, Kao Tsung-Sheng, Xu Qing-hua, Ho Ghim Wei andHong Minghui (2014).“Tuning Optical Nonlinearity of Laser-ablation-synthesized Silicon Nano-particles via Doping Concentration” Special Issue on Nanoceramics: Synthesis, Characterization, Applications, Journal of Nanomaterials, in press.4. A. S. Abhilash, Liang Zhang, Judah Stiefel, Prashant Purohit and Shailendra P. Joshi (2014), “Predictivemaps for stochastic nonaffine stiffening and damage in fibrous networks”, Physical Review – E, 89, 022607, 27 Feb 2014 /pre/abstract/10.1103/PhysRevE.89.0226075.W. L. Ong, Hejin Huang, J.X. Xiao, K. Y. Zeng and G. W. Ho (2014). “Tuning of multifunctional Cu-dopedZnO films and nanowires for enhanced piezo/ferroelectric-like and gas/photoresponse properties”, Nanoscale 6, 1680-1690.6.Q. X. Low, and G. W. Ho (2014) “Facile structural tuning and compositing of iron oxide-graphene anodetowards enhanced supacapacitive performance”, Nano Energy 5, 28-35.7.Chen Lianwei, Jiang Xiaofang, Guo Ziming, Zhu Hai, Kao Tsung-Sheng, Xu Qinghua, Ho Ghim Wei andHong Minghui, “Tuning Optical Nonlinearity of Laser-Ablation-Synthesized Silicon Nanoparticles via Doping Concentration,” Journal of Nanomatierials, 2014, Article ID 652829 (2014).8.Roy Chowdhury, A.N., Wang, C.M. and Koh, S.J.A. (2014). “Continuum shell model for buckling of single-walled carbon nanotubes with different chiral angles,” International Journal of Structural Stability and Dynamics, 14(4), 1450006.9.Challamel, N., Lerbet, J., Wang, C.M. and Zhang, Z. (2014). “Analytical length scale calibration ofnonlocal continuum from a microstructured buckling model,” Zeitschrift fur Angewandte Mathematik und Mechanik, 94(5), 402-413.10.Y. Yao, P. Santhana Raman, J. A. van Kan, (2014). “Orthogonal and fine lithographic structures attainedfrom the next generation proton beam writing facility”, Microsyst Technol, 20, 2065-2069.11.YH Wang, P Malar and JA van Kan, (2014). “Resist evaluation for proton beam writing, Ni mold fabricationand nano-replication”, Microsyst Technol, 20, 2079-2088.12.Sara Azimi, Zhiya Dang, Ce Zhang, Jiao Song, Mark Breese,Chorng Haur Sow, Jeroen A van Kan andJohan RC van der Maarel, (2014). “Buried centimeter-long micro- and nano-channel arrays in porous silicon and glass”, LOC 14, 2081.13.J.A. van Kan, P. Malar, Y.H. Wang, (2014). “Resist materials for proton beam writing: a review”, AppliedSurface Science, 310, 100-111.14.Ee Jin Teo, Noriaki Toyoda, Chengyuan Yang, Bing Wang, Nan Zhang, Andrew Anthony Bettiol, andJinghua Teng, (2014). “Sub-30 nm thick plasmonic films and structures with ultralow loss”, Nanoscale 6(6) 3243-3249.15.Yi, L.J., Zhang, Y.Y., Wang, C.M. and Chang, T.C. (2014). “Temperature-induced unfolding of scrolledgraphene and folded graphene,” Journal of Applied Physics, 115(20), 204307.16.Challamel N., Lerbet J. and Wang C.M., (2014). On buckling of granular columns with shear interaction:discrete versus nonlocal approaches, Journal of Applied Physics, 115, 234902.Technology, 124, pp. 44-53.18.Jiang, D., Yang, W., Chua, K.J., Ouyang, J., Teng, J.H., Analysis of entropy generation distribution inmicro-combustors with baffles (2014) International Journal of Hydrogen Energy, 39 (15), pp. 8118-8125.19.An, H., Yang, W.M., Maghbouli, A., Li, J., Chua, K.J., A skeletal mechanism for biodiesel blend surrogatescombustion(2014) Energy Conversion and Management, 81, pp. 51-59.20.Cui, X., Chua, K.J., Yang, W.M., Numerical simulation of a novel energy-efficient dew-point evaporativeair cooler (2014) Applied Energy, Article in Press.21.An, H., Yang, W.M., Maghbouli, A., Li, J., Chou, S.K., Chua, K.J., Wang, J.X., Li, L. Numerical investigationon the combustion and emission characteristics of a hydrogen assisted biodiesel combustion in a diesel engine (2014) Fuel, 120, pp. 186-194.22.Vedharaj, S., Vallinayagam, R., Yang, W.M., Saravanan, C.G., Chou, S.K., Chua, K.J.E., Lee, P.S.Reduction of harmful emissions from a diesel engine fueled by kapok methyl ester using combined coating and SNCR technology(2014) Energy Conversion and Management, 79, pp. 581-589.23.Cui, X., Chua, K.J., Yang, W.M., Ng, K.C., Thu, K., Nguyen, V.T., Studying the performance of animproved dew-point evaporative design for cooling application(2014) Applied Thermal Engineering, 63(2), pp. 624-633.24.Vallinayagam, R., Vedharaj, S., Yang, W.M., Raghavan, V., Saravanan, C.G., Lee, P.S., Chua, K.J.E.,Chou, S.K., Investigation of evaporation and engine characteristics of pine oil biofuel fumigated in the inlet manifold of a diesel engine(2014) Applied Energy, 115, pp. 514-524.25.Vedharaj, S., Vallinayagam, R., Yang, W.M., Chou, S.K., Chua, K.J.E., Lee, P.S. , Experimental and finiteelement analysis of a coated diesel engine fueled by cashew nut shell liquid biodiesel(2014) Experimental Thermal and Fluid Science, 53, pp. 259-268.26.An, H., Yang, W., Li, J., Maghbouli, A., Chua, K.J., Chou, S.K., A numerical modeling on the emissioncharacteristics of a diesel engine fueled by diesel and biodiesel blend fuels (2014) Applied Energy, Article in Press.27.Chua, K.J., Yang, W.M., Er, S.S., Ho, C.A., Sustainable energy systems for a remote island community(2014) Applied Energy, 113, pp. 1752-1763.28.Zhao, X., Chua, K.J., Studying the performance of bifurcate cryoprobes based on shape factor ofcryoablative zones (2014) Cryobiology, 68 (3), pp. 309-317.29.Yang, W.M., Chua, K.J., Pan, J.F., Jiang, D.Y., An, H., Development of micro-thermophotovoltaic powergenerator with heat recuperation (2014) Energy Conversion and Management, 78, pp. 81-87.30.Vallinayagam, R., Vedharaj, S., Yang, W.M., Saravanan, C.G., Lee, P.S., Chua, K.J.E., Chou, S.K., Impactof ignition promoting additives on the characteristics of a diesel engine powered by pine oil-diesel blend (2014) Fuel, 117 (PART A), pp. 278-285.31.Zhang, Z., Wang, C.M., Challamel, N. and Elishakoff, I (2014). “Obtaining Eringen's length scalecoefficient for vibrating nonlocal beams via continualization method,” Journal of Sound and Vibration, 333, 4977-4990.32.Challamel N., Lerbet J. and Wang C.M. (2014). On buckling of granular columns with shear interaction:discrete versus nonlocal approaches, J. Applied Physics, 115, 234902.34.Gong, K., Pan, Z., Korayem, A.H., Qiu, L., Li, D., Collins, F, Wang, C.M. and Duan, W.H. (2014).“Reinforcing effects of graphene oxide on Portland cement paste,” ASCE, Journal of Materials in Civil Engineering, 1, A4014010.35.Chuah, S., Pan, Z., Sanjayan, J.G., Wang, C.M. and Duan, W.H. (2014). “Nano reinforced cement andconcrete composites and new perspective from graphene oxide,” Construction and Building Materials 73, 113-124.36.Feng, K.N., Ruan, D., Pan, Z., Collins, F., Bai, Y., Wang, C.M. and Duan, W.H. (2014), “Effect of strainrate on splitting tensile strength of geopolymer concrete”, Magazine of Concrete Research, 66(16), 825-835.37.Challamel, N., Zhang, Z., Wang, C.M., Reddy, J.N., Wang, Q., Michelitsch T. and Collet, B. (2014). “Onnon-conservativeness of Eringen’s nonlocal elasticity in beam mechanics: correction from a discrete-based approach,” Archive of Applied Mechanics, 84(9), 1275-1292.38.Ziming Guo, Hong Son Chu, Iftikhar Ahmed and Eng Huat Khoo (2014) “Irregular elliptical plasmonicrings for engineering near-field and phase,” Applied Physics A, 117(2), 605-610.39.Yuanjun Yan, Li Fang Ng, Li Theng Ng, Kwan Bum Choi, Jan Gruber, Andrew A. Bettiol and Nitish V.Thakor, A continuous-flow C. elegans sorting system with integrated optical fiber detection and laminar flow switching, Lab on a Chip 14 (2014) 4000-4006.40.B. del Rosal, C. Sun, Y. Yan, M.D. Mackenzie, C. Lu, A. A. Bettiol, A.K. Kar and D. Jaque,(2014). Floweffects in the laser-induced thermal loading of optical traps and optofluidic devices, Optics Express Vol.22, Issue 20, pp. 23938-23954.41.Qiang An, Chen Cheng, Sudheer Vanga Kumar Andrew Bettiol and Feng Chen, (2014). Proton beamwriting of chalcogenide glass: A new approach for fabrication of channel waveguides at telecommunication O and C bands, Journal of Lightwave Technology 32 (2014) 3763-3767.42.Ee Jin Teo, Noriaki Toyoda, Chengyuan Yang, Andrew A. Bettiol and Jing Hua Teng,(2014). Nanoscalesmoothing of plasmonic films and structures using gas cluster ion beam irradiation, Applied Physics A 117(2) 719-723.43.Ee Jin Teo, Noriaki Toyoda, Chengyuan Yang, Bing Wang, Nan Zhang, Andrew A. Bettiol, and JinghuaTeng,(2014). Enhanced plasmonic performance in ultrathin silver structures using gas cluster ion beam irradiation, Conference on Lasers and Electro-Optics and Quantum Electronics and Laser ScienceConference (CLEO/QELS 2014), page FF1K.2.44.D. H. Nagaraju, S. Devaraj and P. Balaya, “Palladium Nanoparticles Anchored on Graphene Nanosheets:Methanol, Ethanol Oxidation Reactions and Their Kinetic Studies", (2014). Materials Research Bulletin, 60, p150. [DOI: 10.1016/j.materresbull.2014.08.027].45.A. 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2014版EI期刊目录

2014版EI期刊目录
ited with Acustica 16101928 Acta Applicandae Mathematicae 01678019 Acta Astronautica 00945765 Acta Crystallographica Section B: Structural Science, Crystal Engineering 20525192 and Materials Acta Crystallographica Section C: Structural Chemistry Acta Cybernetica 0324721X Acta Geodaetica et Geophysica 22135812 Acta Geophysica 18956572 Acta Geoscientica Sinica 10063021 Acta Informatica 00015903 Acta Materialia 13596454 Acta Mechanica 00015970 Acta Mechanica Sinica/Lixue Xuebao 05677718 Acta Mechanica Solida Sinica 08949166 Acta Metallurgica Sinica (English Letters) 10067191 Acta Physica Polonica A 05874246 Acta Physica Polonica B 05874254 Acta Physica Polonica B, Proceedings Supplement 18992358 Acta Radiologica 02841851 Acta Scientiarum Polonorum, Technologia Alimentaria 16440730 Acta Tabacaria Sinica 10045708 Acta Technica CSAV (Ceskoslovensk Akademie Ved) 00017043 Acta Universitatis Cibiniensis - Series E: Food Technology 12214973 Active and Passive Electronic Components 08827516 Ad Hoc Networks 15708705 Ada User Journal 13816551 Adsorption 09295607 Adsorption Science and Technology 02636174 Advance Engine Design and Performance 15439658 Advance Journal of Food Science and Technology 20424868 Advanced Composite Materials 09243046 Advanced Composites Letters 09636935 Advanced Concurrent Engineering 18655440 Advanced Drug Delivery Reviews 0169409X Advanced Energy Materials 16146832 Advanced Engineering Informatics 14740346 Advanced Engineering Materials 14381656 Advanced Fuel Cell Technology 10951415 Advanced Functional Materials 1616301X Advanced Materials 09359648 Advanced Materials and Processes 08827958 Advanced Materials Research 10226680 Advanced Metallization Conference (AMC) 15401766 Advanced Powder Technology 09218831 Advanced Propulsion Systems 15439674 Advanced Robotics 01691864 Advanced Steel Construction 1816112X Advances in Applied Ceramics 17436753 Advances in Applied Mathematics 01968858 Advances in Applied Mechanics 00652156 Advances in Applied Probability 00018678 Advances in Bioengineering, BED 03609960 Advances in Building Energy Research 17512549 Advances in Cement Research 09517197 Advances in Classification Research Online 23249773 Advances in Colloid and Interface Science 00018686 Advances in Data Analysis and Classification 18625347 Advances in Earthquake Engineering 1361617X Advances in Engineering Education Advances in Engineering Software 09659978 Advances in Geographic Information Science 18672434 Advances in High Performance Computing 13687638 Advances in Imaging and Electron Physics 10765670 Advances in Intelligent and Soft Computing 18675662 Advances in Intelligent Systems and Computing 21945357 Advances in Knowledge Organization 09385495

2014全国英语卷作文

2014全国英语卷作文

2014全国英语卷作文Title: The Importance of Environmental Protection。

In today's world, environmental protection has become a major concern for people all over the world. With the rapid development of industry and technology, the environment has been greatly damaged. It is high time for us to take action to protect our environment.First and foremost, environmental protection is crucial for the survival of all living organisms on Earth. The air we breathe, the water we drink, and the food we eat all come from the environment. If we do not take care of our environment, we will not be able to survive. Therefore, it is our responsibility to protect the environment for the sake of our own survival.Secondly, environmental protection is important for the well-being of future generations. If we continue to pollute the environment and deplete natural resources, we willleave a bleak future for our children and grandchildren. It is our duty to leave a clean and healthy environment for the next generation.Furthermore, environmental protection is essential for the preservation of biodiversity. The Earth is home to millions of species of plants and animals, and each one plays a unique role in the ecosystem. If we do not protect the environment, many species will become extinct, leading to a loss of biodiversity. This will have a negative impact on the ecosystem and ultimately on human society.In addition, environmental protection is important for the prevention of natural disasters. Climate change, deforestation, and pollution all contribute to the occurrence of natural disasters such as floods, droughts, and hurricanes. By protecting the environment, we can reduce the risk of these disasters and protect human lives and property.In conclusion, environmental protection is of utmost importance for the survival of all living organisms onEarth, the well-being of future generations, the preservation of biodiversity, and the prevention of natural disasters. It is our responsibility to take action to protect the environment and ensure a sustainable future for our planet. We must all work together to protect the environment and make it a better place for ourselves andfor future generations.。

中国地质调查局、中国地质科学院2014年度地质科技十大进展新鲜出炉

中国地质调查局、中国地质科学院2014年度地质科技十大进展新鲜出炉

中国地质调查局、中国地质科学院2014年度地质科技十大进展新鲜出炉中国地质科学院【摘要】2014 annual report and exchange on geological sci-tech achievements & Top Ten Geological Sci-tech Progresses Appraisal and Selection of China Geological Survey and Chinese Academy of Geological Sciences were held in Beijing, from 15 to 16 January, 2015. 45 items of recommended excellent scientific and technological achievements were exchanged at the meeting. The Appraisal and Selection Committee consists of 34 academicians and experts from Ministry of Land and Resources, Ministry of Science and Technology, Ministry of Education, Chinese Academy of Sciences, National Natural Science Foundation of China, China Earthquake Administration, Sinopec Group and some other departments. Top Ten Geological Sci-tech Progresses of China Geological Survey and Chinese Academy of Geological Sciences in the Year 2014 were selected and commented after careful and rigorous appraisal and voting. Top Ten Geological Sci-tech Progresses selected in this committee represent the most important achievements in geological survey and geoscience research in 2014, and fully reflect the ability and level of sci-tech innovation and transformation as well as the application of scientific achievements.%中国地质调查局、中国地质科学院于2015年1月15—16日在北京召开了2014年度科技成果汇报交流暨十大进展评选会。

水鸟友好视角下的海岸带湿地与城市建设用地空间管制范围研究

水鸟友好视角下的海岸带湿地与城市建设用地空间管制范围研究

水鸟友好视角下的海岸带湿地与城市建设用地空间管制范围研究□ 韩西丽,颉泽天,丁恺昕,肖晓楠[摘 要]海岸带的湿地种类丰富,是水鸟的重要栖息地。

人类大规模的沿海开发建设使得海岸带的湿地环境受到了很大的破坏,合理的海岸带规划与管理显得尤为重要。

中国的海岸带规划与管理还处于起步摸索阶段,因水鸟迁徙轨迹跟踪技术(GPS定位)的局限性,难以为沿海城市及近海范围内的湿地的规划管控提供技术支持。

到目前为止,我国也没有基于管理经验系统地制定出明确且操作性强的海岸带空间管控的法规或指导文件,对海岸带水鸟栖息地的保护十分不利。

文章以滨海湿地为主要保护对象,以海岸带城市建设用地为主要控制对象,邀请水鸟专家、观鸟爱好者、海岸带城市居民及海岸带湿地保护区工作人员,采用“专家打分法”对17类滨海湿地和17类城市建设用地进行水鸟友好程度调查评估。

在此基础上,结合已有的海岸带管控经验,提出我国海岸带各类湿地的建议保护距离和各类城市建设用地的建议退让距离,明确我国海岸带湿地保护及城市建设用地空间管制范围。

[关键词]海岸带规划;空间管制;水鸟友好;滨海湿地;城市建设用地[文章编号]1006-0022(2020)24-0041-05 [中图分类号]TU984.18 [文献标识码]A[引文格式]韩西丽,颉泽天,丁恺昕,等.水鸟友好视角下的海岸带湿地与城市建设用地空间管制范围研究[J].规划师,2020(24):41-45.Water Bird Friendly Spatial Governance Range of Coastal Wetland and Construction Land/Han Xili, Jie Zetian,Ding Kaixin, Xiao Xiaonan[Abstract]Diverse coastal wetlands are important sanctuaries of water birds, and coastal environment has been severely damagedby large scale human development, which has made coastal area planning and governance extremely important. Due to the limitsof GPS technology of water birds migration, China’s coastal area planning and management is still at primary stage, and relevantregulations are absent for the protection of water birds sanctuaries. On invitation, water birds experts, bird watching enthusiasts,coastal residents, and wetland protection staff participate in the investigation and evaluation of 17 kinds of coastal wetlands and 17kinds of urban construction land uses by the method of “expert scoring” in order to better protect coastal wetland and control urbanland uses. Learning from domestic and overseas coastal area governance experience, the paper further recommends the bufferdistance of wetland protection and the concession distance of urban construction, and clarifies the spatial governance range ofcoastal wetland protection and urban construction.[Key words] Coastal area planning, Spatial governance, Water bird friendly, Coastal wetland, Urban construction land[基金项目] [作者简介]国家重点研发计划课题(2017YFC0505801)韩西丽,北京大学城市规划与设计学院副教授、博士生导师。

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AQA C ERTIFICATEG EOGRAPHY8031/3 – Application of Geographical Skills and Decision Making Mark scheme8031June 2014Version/Stage: 1.0 FinalMark schemes are prepared by the Lead Assessment Writer and considered, together with the relevant questions, by a panel of subject teachers. This mark scheme includes any amendments made at the standardisation events which all associates participate in and is the scheme which was used by them in this examination. The standardisation process ensures that the mark scheme covers the students’ responses to questions and that every associate understands and applies it in the same correct way. As preparation for standardisation each associate analyses a number of students’ scripts: alternative answers not already covered by the mark scheme are discussed and legislated for. If, after the standardisation process, associates encounter unusual answers which have not been raised they are required to refer these to the Lead Assessment Writer.It must be stressed that a mark scheme is a working document, in many cases further developed and expanded on the basis of students’ reactions to a particular paper. Assumptions about future mark schemes on the basis of one year’s document should be avoided; whilst the guiding principles of assessment remain constant, details will change, depending on the content of a particular examination paper.Further copies of this Mark Scheme are available from Copyright © 2014 AQA and its licensors. All rights reserved.AQA retains the copyright on all its publications. However, registered schools/colleges for AQA are permitted to copy material from this booklet for their own internal use, with the following important exception: AQA cannot give permission to schools/colleges to photocopy any material that is acknowledged to a third party even for internal use within the centre.GENERAL GUIDANCE FOR GEOGRAPHY EXAMINERSQuality of Written CommunicationWhere candidates are required to produce extended written material in English, they will be assessed on the quality of written communication.Candidates will be required to:•present relevant information in a form and style that suits its purpose;•ensure that text is legible and that spelling, punctuation and grammar are accurate;•use specialist vocabulary where appropriate.Levels Marking - General CriteriaWhere answers are assessed using a level of response marking system the following general criteria should be used.Level 1: BasicKnowledge of basic informationSimple understandingLittle organisation; few links; little or no detail; uses a limited range of specialist termsReasonable accuracy in the use of spelling, punctuation and grammarText is legibleLevel 2: ClearKnowledge of accurate informationClear understandingOrganised answers, with some linkages; occasional detail/exemplar; uses a good range of specialist terms where appropriateConsiderable accuracy in spelling, punctuation and grammarText is legibleLevel 3: DetailedKnowledge of accurate information appropriately contextualised and/or at correct scaleDetailed understanding, supported by relevant evidence and exemplarsWell organised, demonstrating detailed linkages and the inter-relationships between factors Clear and fluent expression of ideas in a logical form; uses a wide range of specialist terms where appropriateAccurate use of spelling, punctuation and grammarText is legibleLevel 3 does not always equate to full marks, a perfect answer is not usually expected,even for full marksAnnotation of ScriptsOne tick equals 1 mark, except where answers are levels marked (where no ticks should be used). Each tick should be positioned in the part of the answer which is thought to be creditworthy.Where an answer is levels marked the examiner should provide evidence of the level achieved by means of annotating ‘L1’, ‘L2’ or ‘L3’ in the left hand margin.The consequent mark within this level should appear in the right-hand margin.Ticks must not be used where an answer is levels marked.Examiners should add their own brief justification for the mark awarded e.g. Just L3, detail and balance here.Where an answer fails to achieve Level 1, 0 (zero) marks should be given.General AdviceIt is important to recognise that many of the answers shown within this mark scheme are only exemplars. Where possible, the range of accepted responses is indicated, but because many questions are open-ended in their nature, alternative answers may be equally creditworthy.The degree of acceptability is clarified through the standardisation process and subsequently by telephone with the team leader as necessary.Diagrams are legitimate responses to many questions and should be credited as appropriate. However, contents which duplicate written material or vice versa should not be credited.Quality of Written Communication (QWC) is part of the award of marks in levels marked answers only. In levels marked answers the quality of the geography is assessed and a level and mark awarded according to the geography. As is sometimes the case, the geography may be sound at a particular level but the examiner may not be sure as to whether there is quite enough to raise the mark within that level. In this case the examiner should consider the QWC of the answer. QWC that fulfils the criteria for the level should lead to the rise in the mark but where the QWC does not fulfil the criteria, the answer should remain at the mark first thought appropriate. In cases where QWC has been used in the award of marks, the examiner should indicate this with QWC and arrows that indicate either an upward or downward trend according to its impact on the final award of the mark.Section A – Application of Geographical Skills1(a) The two correct statements are:1. Next to a main road2. Overlooking a nature reserveAccept any mark in the correct boxes(2 x 1) (2 marks) AO2 – 1 AO3 – 11(b) shingle beach 9946marsh or salting 9644river valley 0442(3 x 1) (3 marks) AO3 – 31(c) A149 - all in top half of square, but not touching 44northing- distinct curve towards the south in right handsquare-0243 (not a straight line) (3 marks) AO3 – 3B1156 - joins A149- intersection approximately midway acrosssquare- leaves square nearer 01 than 02The camp site - touches 02 line- in top half of 02 line(3 x 1)Maximum – 2 marks if features are accurately plotted but roads arenot labelled.1(d)(i) north-west / NW (1 mark)AO3 – 11(d)(ii) 2 (km not required) (1 mark)AO3 – 11(d)(iii) 36m (1 mark)AO3 – 11(e) Level 1 (Basic) 1-2 marksIdentification of methods used to protect the environment with noreal development/explanation (two methods = 2 marks)OR simpleidea of management (‘nature reserves protect wildlife’/‘car parksspread vehicles across area’)Examples include:- National Trust (maximum 1 mark)- Nature reserve- Visitor centreNo credit for just stating footpathsLevel 2 (Clear) 3-4 marksIdentifies methods used to protect the environment and eitherdevelops the idea by using the map extract (area of land protected/types of land that are protected, etc.) or offers suggestions abouthow the methods actually protect the area.Accept reference to footpaths if qualified in relation to conservationAccept reference to car parks if clearly related to managing visitorpressure(Visitor centre – educating people to look after the area/naturereserves – stop people disturbing the wildlife/National Trust –restricts building.)‘A lot of the land is National Trust and nature reserves. There arevisitor centres as well. The nature reserves will have wardens tostop people disturbing the wildlife and there may be restrictions onaccess. The visitor centres may educate people about lookingafter the environment.’ (4 marks) AO2 – 3 AO3 – 11(f) Any two appropriate reasons (2 x 1) which might include:- damage to environment/natural beauty/habitats- footpath erosion- issues related to increasing litter (not just litter)- harm wildlife- increases in traffic/overcrowding- change to character of the area- conflict with local people- increase to local prices in shops- increase in proportion of holiday homes/people cannot buyhomes- air/water/visual/noise pollution (qualified – not just ‘pollution’)(2 x 1) (2 marks) AO2 – 22 (a) 1 mark – mention of increase+ 1 mark – use of data (quoted data + dates)- implied use of data (every ten years consistent increase;increased by about x 3 over 60 years)Allow increase of 5793 over 60 years (2 marks) AO3 – 22 (b) Car ownership – line graph (B)How people travelled – pie graph (A)Accept use of letters(2 x 1) (2 marks) AO2 – 23 (a) 1 mark for each country correctly shaded.Paraguay solid shading ( accept grey shading)Venezuela accept any horizontal lines(2 x 1) (2 marks) AO3 – 23 (b) Guyana or Uruguay (1 mark)AO3 – 1 3 (c) Choropleth (map). Accept chloropleth/coropleth (1 mark)AO2 – 14 (a) Line must be complete and always go between the 9 and 11 line.Should not touch dots for 9 and 11. Must be one line (1 mark) AO3 – 14 (b) Isoline map (1 mark)AO2 – 14 (c) Level 1 (Basic) 1-2 marksGeneral observation about higher in centre/lower on outskirts (1),use of data (1).‘It is highest in central London at over 16°C and lower on theoutskirts, about 8°C’.Level 2 (Clear) 3-4 marksBrings in additional descriptive observations about the pattern(referencing change over distance) and/or anomalies from thegeneral pattern (affect of river/forest etc)‘It is higher in the centre (over 16°C) and gets lower as you moveaway from the centre. However, the pattern is not consistent.In the north it is 8°C, about 25km away from the centre, while to theeast it is 8°C only, about 15km away from the centre near theRiver Thames.’ (4 marks) AO2 – 3 AO3 – 15 - stronger tremors (1) + use of data (1) – (No units = No data)- longer time period or some reference to time period (1) + use of (4 marks) AO2 – 1data (1)Must indicate which earthquake is being described.Max 2 if no obvious comparisonAO3 – 3 Section B – Geographical Decision Making6 (a)(i) Any two points referenced from Figure 6 or reasonablesuggestions.Credit 2 marks if 2 ideas expressed on the same lineExamples might include: ‘Peak District’;- has easier access/more roads- is nearer cities/populations- is larger- is easier for day trips- more opportunities for outdoor activities- more facilities for visitors- more accommodation- more ancient monuments- more conservation areas(2 x 1) (2 marks) AO3 – 26 (a)(ii) Level 1 (Basic) 1-2 marksDescription which identifies increase and uses data ORDescription of increase with a basic reason (for change)The number of visitors has gone up (1) because there are moreroads(1)Level 2 (Clear) 3-4 marksDescribes increase ( may use data) and offers more than onereason for the increase.‘The number of people visiting National Parks has increasedconsiderably over the last 70 years from 2 million to 16 million,a significant increase of 14 million. In more recent years theincrease has been more rapid. There may be many reasons forthis. People have more holiday time and more people own carswhich make it easier to reach the National Parks. Also, increasingnumbers of people want to do outdoor activities, many of whichcan be done in National Parks.’Ideas about the quality of the landscape, etc are not acceptable –focus must be on reasons for change.Max 3 marks if clear reasons but no increase mentioned (impliedor actual) (4 marks) AO1 – 2 AO3 – 26 (b)(i) Level 1 (Basic) 1-4 marksUses Figure 7 to describe the characteristics of the human andphysical environment which attract visitors.Max 3 if only physical or human environment considered.Identifies a physical characteristic (1) with some reasoning(1)Identifies a human characteristic (1) with some reasoning (1)‘Mountains are good for rock climbing’‘The pretty villages will attract people for a day out.’Level 2 (Clear) 5-6 marksUses Figure 7 to identify how both the human and physicalenvironment offers a range of opportunities for visitors with clearexplanation.May be imbalanced but both aspects must be included (physicaland human)‘There are many footpaths in the area which pass throughspectacular landscapes. This would attract serious hikers as wellas people who enjoy the countryside or want to observe thewildlife. There are also lots of attractive villages where visitors canstay or stop for lunch.’ (6 marks) AO1 – 1 AO2 – 3 AO3 – 26 (b)(ii) Level 1 (Basic) 1-2 marksDescribes some of the activities shown in Figure 7 and offers basicideas about environmental pressures.Ideas might include: footpath erosion, litter problems, pollution(qualified).‘Use of footpaths by hikers and cyclists can cause footpatherosion.’Level 2 (Clear) 3-4 marksClear cause-effect links developed which explain how use candamage natural environments.‘When lots of people use footpaths for walking and cycling they canbecome wider and damage the vegetation. When it rains this cancause erosion, leaving areas badly damaged.’ (4 marks) AO2 – 46 (c) Level 1 (Basic) 1-2 marksLimited appreciation of the way that the aims of National Parks arenot easily compatible with each other. Tends to consider theindividual aims OR offers basic point about the challenge ofconflicting demands. Max L1 if lifted from Figure 8 with minimaldevelopment‘It is not easy to have lots of people visiting and still make sure thearea is not damaged.’Level 2 (Clear) 3-4 marksUses Figure 8 effectively to express the idea that the aims ofNational Parks are not easily compatible with each other ORconsiders that the different aims can be conflicting.‘It is difficult to achieve all the aims because they conflict with eachother. On the one hand the aim is to encourage more people tovisit and enjoy National Parks, and yet if the number of peoplevisiting increases it may harm the environment and make lifedifficult for local communities. And since another of the aims is tolook after the environment and local communities, these two aimsmight conflict with each other.’ (4 marks) AO2 – 2 AO3 – 26 (d) Level 1 (Basic) 1-4 marksMakes a judgement or begins a debate by selecting someinformation from the sources with limited development.Maximum 2 marks if points copied from Figure 9 with nodevelopment.‘Tourism is worthwhile because it brings in lots of money andcreates lots of jobs. This helps to keep the areas going all yearround and gives young people opportunities when they leaveschool and means that families can stay together.’Level 2 (Clear) 5-7 marksMakes a judgement or has a debate which uses a range of pointsfrom the sources booklet as a clear support. Some cleardevelopment of the ideas expressed in Figure 9 with anexplanation of why they support the chosen decision.‘Tourism is worthwhile because it creates lots of jobs, directlydealing with visitors in hotels and also indirectly, in local shops. Italso brings in money to people and to the area. This can be spenton improving local services. Tourism also means that shops earnenough to stay open all year round. Without this a lot of localshops and services would close, meaning that local people wouldhave to travel much further to do their shopping.’Level 3 (Detailed) 8-9 marksUses points from sources booklet to have a detailed discussion insupport of a decision or reaches a decision by having a balanceddebate. Shows awareness of the relative importance of differentideas expressed and an appreciation of the complex nature of theissue.‘On balance, tourism is worth the trouble although it can causeproblems of overcrowding and create tensions with local people,and also put pressure on the environment. It is worthwhilebecause it helps to keep communities together and can be used tomake areas sustainable. This is because it creates lots of directand indirect jobs and brings in lots of money. This means thatlocal services can stay open and families don’t have to move tolook for work. This means that schools can remain open and otherservices are viable. Money can also be spent on looking after theenvironment so that the impact of visitors is reduced. As long asdevelopment is done carefully, tourism is worthwhile because itmakes the areas economically, socially and environmentallysustainable.’ (9 marks) AO1 – 2 AO2 – 5 AO3 – 26 (e) Level 1 (Basic) 1-2 marksUses ideas expressed in Figure 10 to suggest how the measuresoutlined might reduce the pressures in National Parks. No credit fordirect lifts‘If they make people leave cars behind there will be less trafficcongestion and pollution. If visitors buy local food it will be goodfor local farmers.’Level 2 (Clear) 3-4 marksUses ideas expressed in Figure 10 to suggest how the measuresoutlined might be effective in managing socio-economic andenvironmental demands.‘Encouraging more people to use bikes and not bring cars will easecongestion problems and also may increase business for local buscompanies. Fewer cars will mean less congestion and parkingproblems. Grass verges will also not get so damaged. Askinglocal communities for their views will reduce the possible conflictbetween locals who may have different views and also identify anypossible problems before they happen.’Level 3 (Detailed) 5-6 marksUses ideas expressed in Figure 10 to suggest how the measuresoutlined will be effective in preserving both socio-economic andenvironmental needs to ensure the long term sustainability of thearea. (The idea of sustainability can be explicit or implicit.)‘If an area is going to be sustainable, both the local community andthe environment have to be considered and looked after. Some ofthe ideas in Figure 10 will do this. For example, supportingactivities that don’t harm the environment will help to look after theenvironment but will also mean that people still visit so it will begood for business. Avoiding too much building will mean that thecharacter of the area is preserved which will mean that it willremain attractive for both local people and visitors.’ (6 marks) AO1 – 2 AO2 – 4。

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