Relationship between Rural Industry Revitalization and Land Resource Utilization and Its Practice in Ganning Town, Wanzhou District of Chongqing

[Objectives]To explore the relationship between rural industry revitalization and land resource utilization.[Methods]Starting from the connotation of rural industry revitalization and land resource utilization,this study explores the relationship between rural industry revitalization and land resource utilization,Taking Ganning Town with typical mountain industry as the research area,this paper analyzed the relationship between rural industry revitalization and land resource utilization through a combination of field research and literature analysis,found out the existing problems and came up with pertinent recommendations.[Results](i)Rural industry revitalization is both mutually reinforcing and mutually restrictive.(ii)In this study,the land use types of Ganning Town were divided into nine categories,including farmland,garden land,forest land and grassland,and their industrial functions and development models were identified,and the corresponding framework of land resource utilization and rural industry revitalization in Ganning Town was constructed.(iii)In view of the problems existing in Ganning Town,this paper proposed to change the ideological concept and enhance understanding,improve the utilization rate of idle land and promote rural industry revitalization,and accelerate land consolidation and restoration,and promote sustainable development.[Conclusions]It is necessary to correctly understand the two-way role and dynamic change relationship between rural industry revitalization and land resource utilization,solve the problem from the perspective of development,adopt development strategies according to local conditions,and take the road of sustainable development.

Development of Qinba Mountainous Area in the Historical Period from the Perspective of Man-Land Relationship

Taking agricultural development as the starting point,this paper explored the dynamic mechanism and implementation path of agricultural development in Qinba Mountainous Area from the perspective of man-land relationship. It found the regular understanding of ecological changes in Qinba Mountains. It is a comprehensive review and exploration on agricultural development and environmental evolution,and aims to provide a historical reference for the development of the contemporary Qinba Mountains.

Human induced dryland degradation in Ordos Plateau,China,revealed by multilevel statistical modeling of normalized difference vegetation index and rainfall time-series

Land degradation causes serious environmental problems in many regions of the world, and although it can be effectively assessed and monitored using a time series of rainfall and a normalized difference vegetation index （NDVI） from remotely-sensed imagery, dividing human-induced land degradation from vegetation dynamics due to climate change is not a trivial task. This paper presented a multilevel statistical modeling of the NDVI-rainfall relationship to detect human-induced land degradation at local and landscape scales in the Ordos Plateau of Inner Mongolia, China, and recognized that anthropogenic activities result in either positive （land restoration and re-vegetation） or negative （degradation） trends. Linear regressions were used to assess the accuracy of the multi- level statistical model. The results show that： （1） land restoration was the dominant process in the Ordos Plateau between 1998 and 2012; （2） the effect of the statistical removal of precipitation revealed areas of human-induced land degradation and improvement, the latter reflecting successful restoration projects and changes in land man- agement in many parts of the Ordos; （3） compared to a simple linear regression, multilevel statistical modeling could be used to analyze the relationship between the NDVI and rainfall and improve the accuracy of detecting the effect of human activities. Additional factors should be included when analyzing the NDVI-rainfall relationship and detecting human-induced loss of vegetation cover in drylands to improve the accuracy of the approach and elimi- nate some observed non-significant residual trends.

Relationship between Housing Price and Land Price Based on Grey Relational Analysis

In recent Years, China＇s real estate market has been rapid developed, and real estate has become a hot spot of consumption and investment. In some large and medium-sized cities there has been a rapid rise in housing prices. The rapid rise in housing prices has led to difficulties in the purchase of houses in some cities and towns, and this phenomenon has aroused the attention and con- cern of all walks of life. Housing is the basic human life needs. Housing problem is not only an economic problem, but also a social problem. The relationship between house price and land price and the effective control of housing prices have become the focus of government and scholars. Thus, grey relational analysis is used to ana- lyze the relationship between housing prices and land prices, and the grey relational coefficients are calculated.

The harmonious relationship between land use and environment in Xi’an

In this paper we adopt annual land use conditions change data, land sifting data, social, economic and population data and environment information of nine districts and four counties in Xi＇an city from 1980 to 2000 to analyze its structural and degree change of land use since the 1980s, and calculate the benefits and transformation of land use type. The results show that the non-agricultural land increased rapidly, especially the urban and rural residential spots and industrial and mining （RIM） land use increased mostly rapidly, an increase of 64%. Meanwhile, the intensity of land exploitation was accelerating, land was transformed to industries with better benefit and areas experiencing faster urbanization process. By analyzing the harmonious degree of land exploitation in economic and environmental aspects, we find out that the land use imbalance mainly existed in the municipal area of Xi＇an, and the imbalance index of land use based on GDP and non-agricultural population were respectively 12.37 and 14.67 in 2000, which were far higher than those in other regions. Nevertheless the environmental harmonious degree in the municipal area of Xi＇an ranges between 0.6 and 0.8, which was better than that of suburban area. Some proposals addressing to the problems of harmonious level in all scales, resources utilization, projects management and feasibility analysis and intensive urbanization are also put forward.

Dynamic Scaling of the Generalized Complementary Relationship Improves Long-term Tendency Estimates in Land Evaporation

Most large-scale evapotranspiration(ET)estimation methods require detailed information of land use,land cover,and/or soil type on top of various atmospheric measurements.The complementary relationship of evaporation(CR)takes advantage of the inherent dynamic feedback mechanisms found in the soil−vegetation−atmosphere interface for its estimation of ET rates without the need of such biogeophysical data.ET estimates over the conterminous United States by a new,globally calibrated,static scaling(GCR-stat)of the generalized complementary relationship(GCR)of evaporation were compared to similar estimates of an existing,calibration-free version(GCR-dyn)of the GCR that employs a temporally varying dynamic scaling.Simplified annual water balances of 327 medium and 18 large watersheds served as ground-truth ET values.With long-term monthly mean forcing,GCR-stat(also utilizing precipitation measurements)outperforms GCR-dyn as the latter cannot fully take advantage of its dynamic scaling with such data of reduced temporal variability.However,in a continuous monthly simulation,GCR-dyn is on a par with GCR-stat,and especially excels in reproducing long-term tendencies in annual catchment ET rates even though it does not require precipitation information.The same GCR-dyn estimates were also compared to similar estimates of eight other popular ET products and they generally outperform all of them.For this reason,a dynamic scaling of the GCR is recommended over a static one for modeling long-term behavior of terrestrial ET.

Vegetation Cover Density and Land Surface Temperature Interrelationship Using Satellite Data, Case Study of Wadi Bisha, South KSA

The aim of this study is to identify the relationship between Vegetation Cover (VC) and the land Surface Temperature (LST), using satellite data of Wadi Bisha, south the Kingdome of Saudi Arabia (KSA). The Landsat 7 Thematic Mapper (ETM) thermal band (band 6) was used for calculating the (LST) values. The near-infrared (NIR) and red band (bands 3 and 4 respectively) were used for estimating the vegetation cover. ERDAS Imagine 9.3 and ArcGIS 10.2 were used in the current study. The results of the study show that the increase of vegetation cover (VC) coincides with decrease of (LST), while the decrease in vegetation cover is linked with increase of (LST). It was found that there was no vegetation observed in areas practiced the highest temperature of 49℃, while areas of lowest temperature of 28℃ were characterized by dense vegetation cover. Thus, a quite significant correlation is approved between the (VC) and the (LST), based on the validation of (50) locations. It was concluded that availability and continuity of Satellite remote sensing data was required for elaborating a continuous monitoring of vegetation cover conditions and mapping was recommended in Wadi Bisha. Operational monitoring is recommended to ensure the adoption of flexible land cover validation protocols.

Man-machine Relationship Analysis Based on Dashboard Similar Structure Design

Dashboard similar structure design is a kind of interactive design of ergonomics and industrial design, and also the consistency design of functional features and visual organization effect of dashboard. Functional feature design of dashboard is the analysis of man-machine interface, and visual organization effect design of dashboard is a branch of industrial design, both of them interact and unite.

Research on the Policy of "Man-Land-Money" Linkage in the Process of Urbanization

At present,there are many problems in the self-circular development model of"land transfer-real estate development-land financeurban sprawl"in China.The endogenous power of policy implementation is insufficient,the top-level design is not systematic enough,the departmental linkage mechanism is flawed,the local basic data is weak,and there are difficulties in technical operation.According to the current situation,this paper puts forward the following policy suggestions:based on the establishment of financial transfer payment mechanism in rural areas,the construction of the system of man,land and money should be promoted in coordination,and a scientific monitoring system of urbanization degree should be established,so as to make up for the deficiency of the slow speed of"man urbanization"and make the new urbanization healthy and sustainable.

RELATIONSHIP BETWEEN MAN AND NATURE IN TRADITIONAL HUMAN RIGHTS CONCEPTS OF CHINA AND WEST

As the process of economic globalization gathers momentum, dialogue between different cultures has become extremely important. There should be dialogue between the Chinese and Western cultures under the principle of equality and mutual respect and understanding to increase consensus for mutual development.

关中盆地新石器时期水沟遗址人类活动与自然地理环境适宜性研究

本研究通过对关中盆地西部新石器时期水沟遗址人类活动的灰坑、文化层、房址、陶窑和陶器等遗迹、遗物做了详细的梳理分析,理解区域古人类活动的特征,系统地开展水沟文化层剖面环境磁学和AMS14C年代学研究,恢复该区全新世以来气候变化和古人类活动历史,结果表明:水沟新石器时期古人类活动时间为全新世中期5 530~4 300 a B.P.的气候适宜期,其文化发展处在寒冷干燥向温暖湿润转换的过渡阶段。在GIS空间分析技术支持下提取影响水沟遗迹分布的海拔、坡度、坡向和距水源距离因子,构建指数模型,分析新石器时期水沟遗址古人类活动的自然地理环境适宜性分布规律,主要集中在海拔900~960 m,坡度小于6°,坡向朝南,距水源距离小于200 m的自然环境条件优越的区域,并进一步探讨了古人类活动对环境变化的响应与适应的过程和机制。

无人经济趋势下的未来城市空间创新与规划应对

聚焦无人化趋势下的城市新型人地关系,结合无人化趋势带来的业态创新和就业模式变化,推演未来可能出现的无人化场景及其对规划技术提出的新挑战,由此得出如下新趋势并提出相应的规划应对设想:在无人化趋势下,以人定地的空间规模预测方式的适用性会降低,需要在系统考虑机器换人对各类用地影响的基础上确定城镇空间发展规模;无人化生产和劳动力替代将在一定程度上重构现有的产城空间格局,未来需要加强对无人化产业空间的学术研究和规划技术研究;未来城市会出现大量“人—机”共存交互的空间场景并产生相应的治理难题,急需从时空行为活动导控方面探索提升建成空间利用效率的规划新理论和新方法。

自然地理学与人文地理学整合之我见

在当代地理学中,自然地理学与人文地理学两个分支学科分裂严重,从论题到发表乃至对话对象。因此两者的关系值得讨论。维持地理学的综合性有助于发挥地理学的优势,应对综合性问题、全球性问题。人地关系和区域地理学是避免地理学分裂的具体途径,GIS可以成为弥合两者的工具。大众对地理学的科普需求是区域地理,这是地理学满足社会需求需要的重要方式。着眼于科学普及的区域地理学著作有助于提高学科的社会认同度。

中国古代儒家伦理思想中的道德空间智慧探论

道德空间是指个体以道德规范来调节自我身心,自我与他人、社会,以及自我与自然的关系,从而建构起来的价值空间。它体现为个体在道德关系场域中的得居其位和与外界的共生、共处状态。在以往伦理学理论体系中,道德空间并非显性范畴,但这并不能表明传统伦理思想体系中就没有这方面的思想智慧。中国古代儒家伦理思想就隐藏着丰富的个体道德空间智慧:一是“养浩然之气”和“慎独”学说蕴含的个体身心维度的道德空间智慧,养浩然之气意味着个体恰当安置身心于身心关系场域,慎独意味着个体自我内求道德并以合德方式谨慎把握身心关系,因此它们都是个体身心维度的道德空间建构;二是“仁”“礼”统一学说蕴含的个体与他人、社会维度的道德空间智慧,仁指爱人利人、将心比心、推己及人以形成相互仁爱的人际关系,礼乃仁之具体行为规范和行为模式,以及人们循礼而为所形成的礼和秩序,仁爱关系、礼和秩序都是个体人际维度的道德空间架构;三是“天人合一”学说蕴含的个体与自然维度的道德空间智慧,其中天即自然界,人是作为主体的存在,天人合一意味着天人合德,而天人合德即意味着人以道德规范来协调自我与自然的关系,与自然共生、共处,从而展现出人与自然维度的道德空间意蕴。这些道德空间思想智慧对于人们协调自我身心关系,平衡自我与他人、自我与社会的关系,调节自我与自然的关系,从而实现人与自然的和谐共生,具有重要意义和启迪价值。

考虑水土互馈关系的区域水土资源联合优化配置

针对水土资源空间不匹配、水资源总量不足及土地资源利用程度不高等问题,以二元水循环理论为基础,构建考虑水土互馈关系的区域水土资源联合优化配置模型。该模型包括产水模块、水土联合配置模块和土地模拟模块,以GDP最大和基于生态绿当量的区域植被覆盖率(EGE-RVC)最高为目标函数,并提出了一种耦合约束法、逐次逼近法和非线性规划的三层嵌套算法进行求解。以河南省洛阳市为例对模型和方法进行验证,结果表明,洛阳市可利用水量增加了4463万m^(3),GDP提高了12.5%,EGE-RVC增加了2.6%,各用地类型缺水率不同程度下降。研究成果能够为区域水土资源优化配置研究提供新的思路和技术参考。

乡村秩序的空间基础:一个人地关系的分析框架

村落空间不仅是村庄社会关系运作的背景,而且定义了乡村秩序再生产的底层架构。人地关系是村落空间的基础,且在农民土地利用实践中推动村落空间的功能分化,并逐渐形成生产空间与生活空间的分化与融合、公共空间与私人空间的分化与互通。村落空间兼有自然底色与社会面向,集体土地制度调控维系了村落空间结构的有机整合。城市化进程推动村落空间转型,生产空间与生活空间的分离、公共空间与私人空间的断裂可能导致村落空间的秩序紊乱。为此,须将人地关系纳入集体土地制度调控,在农民流动的社会场景中建构富有包容性和适应性的村落空间秩序。

生成式人工智能沉迷的法律规制:动因及对策

生成式人工智能的蓬勃兴起为经济社会发展注入了新动能,正在深刻改变人们的生产生活方式,同时也容易导致人工智能沉迷问题。这不仅是个体层面的问题,更涉及人的思维自由、行为自由、人的主体地位等更深层次的问题。当前在防范方面还存在着对象范围过窄、监管方法不当、防沉迷领域局限以及防范义务不明确且手段单一等问题。应当从法律层面对生成式人工智能的沉迷问题进行规制,明确生成式人工智能提供者的防沉迷义务,转变监管方法,加大监管力度,建立生成式人工智能沉迷防范体系,发挥多元主体协同共治,确保生成式人工智能的使用符合人类整体利益。

广义道德论:当代科技道德的重塑

当代科技既超现实又反现实,在建构世界的同时又对真实世界实现了“降维打击”。探讨当代科技发展趋势如人工智能、生物医学、基因编辑、量子科技等,需要明确其中蕴含的当代性。所谓当代科技发展之“发展”有双关深意:既生成了新兴技术的道德问题本身,又生成了可解方案——广义道德论。新技术的溢出突破道德解释的理论极限,需要创设一种能够将“包容性”和“适应性”统合起来的新伦理解释框架。新的伦理解释框架是递归的科技道德问题与道德设计创造性的变量函数值,亦是当代科技发展中新的人与技术关系方程式。

增强还是替代:人工智能与人类智能关系的哲学反思

人工智能哲学的核心论争是考察人工智能与人类智能的紧张关系与有机张力。人工智能是一个比照与关联了合成智能、计算智能与增强智能的概念,其建构目标是智能主体,底层逻辑是大数据,运行关键是算法。人工智能的发展形态蕴含着从弱人工智能到强人工智能或通用人工智能的可能路向,甚至不排除在未来演化出超级智能的形态。人工智能与人类智能之间存在着内在的紧张关系:人工智能或以温和的方式实现对人类智能的模拟与增强,或以激进的方式去超越与替代人类智能。人类未来既需要认真对待与重视人工智能,也需要为其构建平等合理的伦理原则。

深圳市轨道交通车站与土地利用互动性研究

城市轨道交通与土地利用发展相互影响,两者协调发展有助于缓解城市交通拥堵,是城市可持续发展的关键问题之一.利用中国深圳市1999年与2015年的建筑普查、土地利用以及轨道交通车站刷卡数据,从开发强度、用地信息熵、车站类型及早晚高峰客流量等多个指标精细化分析轨道交通车站运能与周边土地利用之间的内在联系,并引入“节点-场所”模型构建指标体系评价轨道交通车站与土地利用间的发展协调程度,利用k-means聚类分析将二者协调状态划分为从属状态、平衡状态及失衡状态.结果表明,随着轨道交通车站开发建设,深圳市轨道交通车站周边土地集约利用水平提高;车站客流量与周边土地利用指标的相关性显著,全天客流量与容积率和商办建筑面积显著正相关,早高峰客流量与居住建筑面积和建筑密度显著正相关,而与容积率显著负相关,晚高峰客流量则与商办建筑面积和道路网密度显著正相关.深圳市轨道交通车站与站点周边土地利用协调发展水平偏低,站点类型以节点和场所价值低度均衡发展的从属状态为主,而协调状态则较少且集中分布在中心区圈层.未来应进一步对失衡节点地区采取针对性的开发策略,提升集聚效应与服务水平.