《地理学报》作者投稿问题解答

编辑在接受和处理来稿过程中,作者经常会提出一些与论文投稿相关的问题.为了使作者更好地处理投稿当中遇到的各种问题,我们将其中常见的一些问题和解答刊登出来,供来稿作者、特别是初次投稿的作者参考.     

消息3则

消息1:《山地学报》网上投稿系统已试运行尊敬的作者及审稿专家,《山地学报》网上投稿审稿系统开通了,请登录站点http://shandixb.paperopen.com。我们的投稿系统网特别开辟了网上科普知识和考察游记栏,欢迎广大作者、读者赐稿。目前本系统处在试运行阶段,希望提出改进意见,帮助我们使其更加完善。(然子桐)     

《山地学报》网上投稿系统开始运行

尊敬的作者及审稿专家:《山地学报》网上投稿、审稿系统开通了,为了方便,本刊网上投稿系统网站名有所改变,现更名为:www.sdxb1983.com,这将是本刊投入使用的正式网站名。作者投稿请登录站点http://     

《山地学报》网上投稿系统开始运行

尊敬的作者及审稿专家:《山地学报》网上投稿、审稿系统开通了。本刊网上投稿系统网站名为:www.sdxb1983.com,这是本刊投入使用的正式网站名。作者投稿请登录站点http://www.sdxb1983.com,投稿时请仔细阅读本刊来稿要求,并同时向编辑部寄交与电子文档一样的纸质稿一份。我们的投稿系统网特别开     

地理学论文参考文献的规范要求

参考文献是科技论文的重要组成部分。也是来稿中经常出现的问题类型之一。有经验的审稿专家往往是“审稿先审注”,通过对参考文献的检查,判断论文的学术基础和相关数据和结论的可靠性。在撰写学术论文时要注意参考文献的广泛性和可靠性。掌握获取参考文献的有效途径。写作中认真遵照和检查参考文献的格式。本文根据国家标准化管委会颁布的“文后参考文献著录规则”（GB／T7714—2005）及一般通用惯例。总结地理学报来稿中常见的论文参考文献问题。提出引用参考文献的基本要求,供青年作者参考。     

《山地学报》网上投稿系统已试运行

尊敬的作者及审稿专家:《山地学报》网上投稿、审稿系统开通了,为了方便,本刊网上投稿系统网站名有所改变,现更名为:www.sdxb1983.com,这将是本刊投入使用的正式网站名。作者投稿请登录站点http://www.sdxb1983.com,投稿时请仔细阅读本刊来稿要求,并同时向编辑部寄交与电子文档一样的纸质稿一份。我们的投稿系统网特别开辟了网上科普知识和考察游记栏,欢迎广大作者、读者赐稿。目前本系统处在试运行阶段,希望提出改进意见,帮助我们使其更加完善。     

在线投稿须知

为提高稿件处理效率,规范稿件处理程序,更好地为广大读者和作者服务,《地域研究与开发》杂志在线投稿系统于2011年12月20日正式开通。该系统具有作者在线投稿、在线查稿、专家在线审稿、编辑在线办公和期刊在线发布等功能。在线投稿步骤如下:     

《山地学报》网上投稿系统开始运行

尊敬的作者及审稿专家:《山地学报》网上投稿、审稿系统开通了。本刊网上投稿系统网站名为:www.sdxb1983.com,这是本刊投入使用的正式网站名。作者投稿请登录站点http://www.sdxb1983.com,投稿时请仔细阅读本刊来稿要求,并同时向编辑部寄交与电子文档一样的纸质稿一份。我们的投稿系统网特别开     

《干旱区地理》编辑部开通网络投稿通知

为方便实现在线投稿和专家在线审稿,缩短稿件处理周期,方便作者查询审稿的进度,《干旱区地理》网络投稿系统已经开始投入使用,网址为:http://alg.xjegi.com。(1)直接通过链接地址http://alg.xjegi.com进入《干旱区地理》主页。登录"在线投稿系统",只需要完整填写并提交相关信息,即可随时投稿,可随时查询稿件的进度。(2)编辑部的邮箱仍正常使用(aridlg@ms.xjb.ac.cn),但投稿和审稿及稿件的查询在     

地理学论文的数据要求

在地理学论文中,数据作为论据的主要组成部分,对于论题的分析、论点的阐述、论理的发挥起着重要的支撑作用。在地理学报的来稿中,数据的选择、使用和说明是审稿中发现问题最多的类型之一。因此,我们将《地理学报》1998-2007年审稿意见中涉及数据的问题进行分类整理,供初写论文的青年学者参考。     

《干旱区地理》网络投稿通知

为方便实现在线投稿和专家在线审稿,缩短稿件处理周期,方便作者查询审稿的进度,《干旱区地理》网络投稿系统已经开始投入使用,网址为:http://alg.xjegi.com。(1)直接通过链接地址http://alg.xjegi.com进入《干旱区地理》主页。登录"在线投稿系统",只需要完整填写并提交相关信息,即可随时投稿和时时查询稿件的进度。(2)编辑部的邮箱仍正常使用(aridlg@ms.xjb.ac.cn),凡作者投稿和志家审稿通过采编     

2012年《地理研究》办刊进展

1按时保质保量完成编辑出版2012年共处理来稿近1100篇,共发表文章220多篇。按时并保质保量地完成了2012年《地理研究》12期的出刊任务。没有出现政治问题,并保证了期刊论文的编辑出版水平。2推进增加中国地理学会作为第二主办单位的工作加强同中国地理学会的联系,推进联合主办,就增加中国地理学会作为第二主办单位达成协议,已报新闻出版总署批复。3完善了《地理研究》在线稿件处理系统完善了在线稿件处理系统相关功能,并发布了创刊以来的过刊论文,实现了网上投稿处理与发布的一体化、办公业务网络化,方便了作者、读者和审稿专家。继续建全了审稿专家数     

《地理学报》征稿简则

正《地理学报》是中国地理学会和中国科学院地理科学与资源研究所主办的学报级综合性学术刊物,本刊主要刊登能反映地理学科最高学术水平的最新研究成果,地理学与相邻学科的综合研究进展,地理学各分支学科研究前沿理论,与国民经济密切相关并有较大应用价值的地理科学论文。本刊欢迎国内外地理工作者将理论水平高、研究方法新、应用前景广的稿件投到本刊。     

《地理学报》征稿简则

正《地理学报》是中国地理学会和中国科学院地理科学与资源研究所主办的学报级综合性学术刊物,本刊主要刊登能反映地理学科最高学术水平的最新研究成果,地理学与相邻学科的综合研究进展,地理学各分支学科研究前沿理论,与国民经济密切相关并有较大应用价值的地理科学论文。本刊欢迎国内外地理工作者将理论水平高、研究方法新、应用前景广的稿件投到本刊。《地理学报》审稿原则:采用双盲制和三审制。审稿人与作者不在一个单位、不在同一课题;编辑不向作者和审稿人透露对方的姓名和单位;交叉学科稿件分送不同学科的专家审稿。编辑处理稿件     

美丽中国建设——人地和谐共生理论与评估指标体系及应用

The Beautiful China Initiative(BCI)is a plan for the sustainable development of the Chinese nation as well as for China to fulfill the United Nations’2030 Agenda for Sustainable Development.The Chinese government’s“five-in-one”approach provides strategic arrangements for developing the BCI,and President Xi Jinping proposed a timetable and“road map”for the BCI at the National Conference on Ecological and Environmental Protection.Nevertheless,the theoretical basis,evaluation index system,evaluation criteria and effectiveness of the BCI are currently unclear.This paper begins by exploring the basic content of the BCI from narrow and broad perspectives.It regards the theory of human-nature harmonious coexistence and the five-in-one beauty theory as the core theoretical bases of the BCI and constructs a five-element BCI evaluation index system(ecological environment,green development,social harmony,system perfection and cultural heritage)and utilizes the assessment method of the United Nations’Human Development Index to assess scientifically the effectiveness of the BCI in 341 prefecture-level cities.The results show the average BCI index(the Chinese Academy of Sciences Beauty Index)score to be 0.28,which is quite low,while the average scores for the individual element indexes of the ecological environment index,green development index,social harmony index,system perfection index and cultural heritage index are 0.6,0.22,0.29,0.22 and 0.07,respectively.All of these are relatively low values,with relatively large discrepancies in regional development,indicating that progress in the BCI is generally slow and unbalanced.To realize the BCI’s timetable and roadmap to a high quality and high standard,it is suggested that a common system for evaluating the progress of the BCI is developed and promulgated so that dynamic monitoring and phased evaluations can take place;BCI technical assessment standards are compiled and published;BCI comprehensive zoning is undertaken;pilot projects adapted to local conditions are launched in BCI sample areas;and BCI results are incorporated into performance indicators at all levels of government.     

9.5–2.3 ka BP燕辽地区考古文化演变及其遗址的时空分布（英文）

With basic information from 8353 archaeological sites, this study describes a holistic spatial-temporal distribution pattern of archaeological sites of the prehistoric culture sequence from 9.5 ka BP (ka BP = thousands of years before 0 BP, where "0 BP" is defined as the year AD 1950) to 2.3 ka BP in the region that extends from the Yanshan Mountains to the Liaohe River Plain(i.e., the Yan-Liao region) in northern China. Based on spatial statistics analysis – including the spatial density of the sites and Geographic Information System nearest-neighbour analysis, combined with a review of environmental and climatic data – this paper analyses cultural evolution, the spatial-temporal features of the archaeological sites and human activities against the backdrop of climatic and environmental changes in this region. The results reveal that prehistoric cultural evolution in the Yan-Liao region is extensively influenced by climatic and environmental changes. The Xinglongwa, Zhaobaogou and Fuhe cultures, which primarily developed during a habitable period from 8.5 ka BP to 6.0 ka BP with strong summer monsoons, have similar maximum density values, spatial patterns and subsistence strategies dominated by hunting-gathering. Significant changes occurred in the Hongshan and Lower Xiajiadian cultures, with a significant increase in numbers and densities of sites and a slump in average nearest-neighbour ratio when the environment began to deteriorate starting in 6.0 ka BP. Additionally, with the onset of a weak summer monsoon and the predominance of primitive agriculture, sites of these two cultures present a different type of concentric circle-shaped pattern in space. As the environment continuously deteriorated with increasing aridity and the spread of steppe, more sites were distributed towards the south, and primitive agriculture was replaced by livestock husbandry in the Upper Xiajiadian culture. The most densely populated areas of the studied cultures are centralized within a limited area. The Laohahe River and Jiaolaihe River basins formed the core area in which most archaeological sites were distributed during the strong summer monsoon period and the first few thousand years of the weak summer monsoon period.     

自然保护地旅游人地关系演进过程研究——以博格达为例

Protected areas have a double mandate of both "protection" and "use." Naturebased tourism is considered an effective tool in terms of environmental conservation. Understanding the causes and consequences of a spatiotemporal succession of tourism construction is an important channel to explore the changes of tourism-environment interaction in the protected area. To analyze the spatio-temporal variations in tourism construction lands, we adopted Mt. Bogda as an example. We systematically quantified the interaction between these changes and environmental variables and explored the evolution process of tourism-environment interaction of the mountainous protected area in the northwest arid region. Our results revealed the following:(1) In the Bogda protected area, the proportion of tourism construction lands first appeared to be increasing, then decreasing dramatically, and finally growing slowly. The spatial expansion of tourism construction lands followed the "core-periphery" pattern, respectively showing shapely infilling, reasonable agglomeration, barycenter shift, and outlying growth from 1990 to 2018 as the stages of concentrating on the core.(2) The higher land-use intensity of tourism construction drove the changes of landscape fragmentation, diversity, stability, primitive, and nature degree in the protected area. The coupling coordination between tourism and the environment in the Bogda area decreased at first, and then slowly increased. Meanwhile, tourism did not cause irreversible damage to the natural environment, and the coupling coordination degree between tourism and the environment was still in the state of balanced development. It expressed the states of original balanced, development exceeds environment and barely balanced, and superiorly balanced. The historical evolution of tourism-environment interaction in Bogda reflects the pattern of periodic changes in China’s protected areas to a certain extent.     

1986-2015年小浪底水库运行前后黄河下游主槽调整规律

Based on the measured discharge,sediment load,and cross-sectional data from 1986 to 2015 for the lower Yellow River,changes in the morphological parameters(width,depth,and cross-sectional geomorphic coefficient)of the main channel are analyzed in this paper.The results show that before the operation of the Xiaolangdi Reservoir(XLDR)from 1986 to 1999,the main channel shrunk continually,with decreasing width and depth.The rate of reduction in its width decreased along the river whereas that of depth increased in the downstream direction.Because the rate of decrease in the width of the main channel was greater than that in channel depth,the cross-sectional geomorphic coefficient decreased in the sub-reach above Gaocun.By contrast,for the sub-reach below Gaocun,the rate of decrease in channel width was smaller than that in channel depth,and the cross-sectional geomorphic coefficient increased.Once the XLDR had begun operation,the main channel eroded continually,and both its width and depth increased from 2000 to 2015.The rate of increase in channel width decreased in the longitudinal direction,and the depth of the main channel in all sub-reaches increased by more than 2 m.Because the rate of increase in the depth of the main channel was clearly larger than that of its width,the cross-sectional geomorphic coefficient decreased in all sub-reaches.The cross-sectional geometry of the main-channel of the lower Yellow River exhibited different adjustment patterns before and after the XLDR began operation.Before its operation,the main channel mainly narrowed in the transverse direction and silted in the vertical direction in the sub-reach above Aishan;in the sub-reach below Aishan,it primarily silted in the vertical direction.After the XLDR began operation,the main channel adjusted by widening in the transverse direction and deepening in the vertical direction in the sub-reach above Aishan;in the sub-reach below it,the main channel adjusted mainly by deepening in the vertical direction.Compared with the rates of decrease in the width and depth of the main channel during the siltation period,the rate of increase in channel width during the scouring period was clearly smaller while the rate of increase in channel depth was larger.After continual siltation and scouring from 1986 to 2015,the cross-sectional geometry of the main-channel changed from wide and shallow to relatively narrow and deep.The pattern of adjustment in the main channel was closely related to the water and sediment conditions.For the braided reach,the cross-sectional geomorphic coefficient was negatively correlated with discharge and positively correlated with suspended sediment concentration(SSC)during the siltation period.By contrast,the cross-sectional geomorphic coefficient was positively correlated with discharge and negatively correlated with SSC during the scouring period.For the transitional and meandering reaches,the cross-sectional geomorphic coefficient was negatively correlated with discharge and positively correlated with SSC.     

Effect of climatic change on surface environments in the typical region of Horqin Sandy Land

The town of Agura,a typical region in Horqin Sandy Land,was selected as the study area in this paper.Using 12 remote sensing images and climatic data from the past 20 years,the effects of climate change on surface environments were analyzed.The impact indices of climatic factors,along with their corresponding ranks,were used to characterize the responses of different types of surface environments to climate change.Results show that in the past 20 years,the surface environments of the study area have been deteriorating.Furthermore,there is a positive relationship between the changes in surface environments and those in climatic factors.Various climatic factors influence surface environments in different ways and at different levels.The most sensitive factor is relative humidity,followed by precipitation and evaporation.Overall,moisture is the key factor that affects the changes in surface environments of arid and semi-arid areas.     

海峡两岸联动观测夏至正午太阳直射暨刘南威教授畅谈广东地理学界贡献

今年是广东省建成北回归线标志25周年。2011-06-22台湾嘉义、广东汕头、从化、封开、广西桂平、云南墨江等海峡两岸6座北回归线标志所在市、县,举行联动观测夏至正午太阳直射的大型活动,华南师范大学地理科学学院刘南威教授在活动筹办期间接受记者采访,畅谈广东地理学界对北回归线标志兴建的主要贡献和海峡两岸联动观测正午太阳直射活动的重要意义。