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    Establishment and application of one map of current situation of territorial spatial planning according to the foundations of natural resources: Taking Qingdao city as an example
    HAN Qing, SUN Zhong-yuan, SUN Cheng-miao, LI Dan, LIU Yi-ping
    JOURNAL OF NATURAL RESOURCES    2019, 34 (10): 2150-2162.   DOI: 10.31497/zrzyxb.20191011
    Abstract559)   HTML368)    PDF (4151KB)(2302)      

    The construction of the territorial spatial planning system has been fully carried out. The clear and detailed status map and data are an important basis for understanding the natural resources, and also an important support for the preparation of territorial spatial planning. However, the current land classification standards, data accuracy and application targets of the current territorial spatial data are not uniform. Based on remote sensing images, geographic conditions and Internet POI data, this paper studies one map of land and space status, synthesizes existing land classification standards and data accuracy, and constructs one map of territorial spatial planning status of Qingdao city. On this basis, the application direction of one map of territorial spatial planning is discussed, including the preliminary delimitation of "Production-Living-Ecological Space" in Qingdao city. The suitability of urban construction, the importance of ecological service function and the suitability of agricultural production were analyzed. The construction of one map of the status of territorial spatial planning plays an important role in defining the resource utilization cap and the environmental quality bottom line, standardizing the territorial spatial planning data, and supporting the preparation and management of territorial spatial planning.

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    Thoughts on unifying the regulation of territorial space use
    LIN Jian, WU Ting, ZHANG Ye-xiao, ZHAO Ye
    JOURNAL OF NATURAL RESOURCES    2019, 34 (10): 2200-2208.   DOI: 10.31497/zrzyxb.20191015
    Abstract305)   HTML184)    PDF (1014KB)(1381)      

    In recent years, the unification of territorial space use regulations has been upgraded to an unprecedented level of national strategic deployment, which is an extremely important reform task with overall significance. Based on the systematical review on the institutional evolution of territorial space use regulation since 1949, this paper puts an emphasis on summarizing the major features of previous territorial space use regulations in China. In general, we conclude that the key to implement territorial space use regulations is to control the three important aspects which consist of planning, licensing and supervision, to coordinate the utilization of continental space and ocean space and to discriminate the management of construction and non-construction purposes. On the premise of system construction, we propose four suggestions to institution on how to unify the territorial space use regulations: (1) Establishing a unified control line system for territorial space use regulations at the planning level; (2) Building an abundant and effective measure system for territorial space use regulations; (3) Constructing a unified and explicit regulatory system for territorial space use regulations at the supervision level; (4) Improving the legal system to help territorial space use governance at the support level.

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    Shenyang's practice and optimizing exploration of "Three Control Lines" in territorial spatial planning
    ZHANG Nian-guo, WANG Na, YIN Jian
    JOURNAL OF NATURAL RESOURCES    2019, 34 (10): 2175-2185.   DOI: 10.31497/zrzyxb.20191013
    Abstract389)   HTML40)    PDF (4011KB)(1300)      

    Before the institutional reform of the State Council, the "Three Control Lines" of ecological protection red line, permanent basic farmland and urban development boundary were delineated by different ministries, which resulted in insufficient coordination and overlapping results, and difficulties in implementing management. After the institutional reform of the State Council, the Ministry of Natural Resources is responsible for establishing a spatial planning system. It requires that the three control lines be delineated from top to bottom on the basis of the evaluation of the urban capacity of resources and environment and the suitability of territorial spatial development. This paper summarizes the manifestations and causes of contradictions and conflicts in the delimitation of the three control lines in Shenyang as a pilot city, constructs relationships between the three control lines and the three spaces of ecology, agriculture and cities, establishes the management system and adjustment rules, and explains the adjustment and optimization practices within the scope of the city. The study found that it is difficult to distinguish the functions of the three control lines overlapped in space, mainly because permanent basic farmland undertakes the mission of restricting urban spatial spread, and the index can not be adjusted across administrative regions, which results in some permanent basic farmland having to be arranged in cities; different definitions leading to some urban parks are classified as ecological protection redline; some cultivated land in ecological protection redline was previously classified as permanent basic farmland. The paper puts forward the optimization proposals of three control lines under the background of territorial spatial planning: First, we highlight the characteristics of both the policy line and the technical line, and delimit them from top down and bottom up; second, the country needs to carry on the innovation to the basic farmland adjustment policy and system; third, we will establish a hierarchical management mechanism to properly reserve the flexibility of local administrative power.

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    Coupling and Coordinating Degrees of Provincial Economy, Resources and Environment in China
    JIANG Lei, BAI Ling, WU Yu-ming
    JOURNAL OF NATURAL RESOURCES    2017, 32 (5): 788-799.   DOI: 10.11849/zrzyxb.20160512
    Abstract607)   HTML136)    PDF (4614KB)(1189)      
    For the purpose of transition of economic development pattern, China’s social-economic sustainable development depends on the harmonious development of economy, resources and environment. Coupling and coordinating degrees are designed to measure the interaction and mutual influence of two or more systems. Coupling degree is highly explainable and operational. Hence, it has been widely used in recent years. However, in many empirical studies, coupling degree formula was usually not used correctly. As a consequence, the range of the coupling degree could not be in the interval [0, 1]. One aim of this paper is to discuss and revise the coupling degree formula. A revised coupling degree formula is obtained and extended to n systems. This paper uses the revised coupling degree formula to calculate the coupling and coordinating degrees of three systems of 31 provinces in mainland China after comprehensive evaluation of provincial economic development, resources endowment and eco-environment. Then, it highlights the spatial analysis of the coupling and coordinating degrees in 31 provinces. The main results are the following. During the period of 2003-2014, generally the coupling degree had an increasing trend. Similarly, the coordinating degree grew up over time. From the spatio-temporal perspective, there was little variation in spatial distribution of coupling degrees of 31 provinces. Moreover, there was significant evidence of spatial autocorrelation of provincial coupling degrees of 31 provinces while provincial coordinating degrees of 31 provinces showed random spatial distribution.
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    Discussion on the application framework of big data in territorial spatial planning
    QIN Xiao, ZHEN Feng, LI Ya-qi, CHEN Hao
    JOURNAL OF NATURAL RESOURCES    2019, 34 (10): 2134-2149.   DOI: 10.31497/zrzyxb.20191010
    Abstract282)   HTML98)    PDF (3290KB)(1116)      

    In the new era, the core goal of territorial spatial planning is to meet the people's needs for a better life and also to protect natural resources. As a new type of planning, the method of territorial spatial planning is generally lacking. Based on the endowment of natural resources, scholars use data based on statistics and surveys, as well as methods of statistical analysis, spatial analysis and deduction to evaluate the carrying capacity and suitability of land space at the national and provincial levels, and make a static delimitation of the ecological red line, prime farmland protection line and urban development boundary. However, the existing studies rarely consider the dynamic impact of human activities on the use of land space, and lack the scientific arrangement of ecological space, agricultural space and urban space under the new development trend. This paper introduces the big data which can directly reflect the temporal and spatial changes of human activities. It mainly discusses the direction and specific methodological framework of the application of big data from the four parts of territorial spatial suitability evaluation, ecological spatial planning, agricultural spatial planning and urban spatial planning. Meanwhile, it emphasizes the scientific path of territorial spatial planning compilation under the interaction of "natural space" and "social and economic activities".

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    JOURNAL OF NATURAL RESOURCES    2013, 28 (9): 1649-1650.  
    Abstract500)      PDF (314KB)(1111)      
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    Measurement and Sensitivity Analysis of Unbalance Degree of Land Development: From the Perspective of Farmland Development Restriction
    CAO Rui-fen, ZHANG An-lu
    JOURNAL OF NATURAL RESOURCES    2017, 32 (5): 715-726.   DOI: 10.11849/zrzyxb.20160532
    Abstract535)   HTML233)    PDF (4398KB)(1071)      
    With the unbalanced development opportunities of farmland as research object, we constructed model to measure unbalanced land development from the perspective of land structure and financial rights and responsibility of land respectively. After giving weights to the two aspects based on their contribution to the unbalance degree of economic development, we calculated the comprehensive unbalance degree of land development with method of weighted summation. Then, by employing provincial panel data in China during 2009-2013, an empirical analysis was made to explore the spatial and temporal differences of the unbalance degree of land development. The results showed that the overall unbalance degree of land development in China was high, which was 1.156, but it decreased year by year, from 1.235 in 2009 to 1.083 in 2013 with average annual decrease rate of 3.07%; at provincial level, the regional difference of the unbalance degree was significant, and the unbalance degree showed growth trend from the eastern coastal developed regions to central regions, and then to southwest, northeast and northwest regions. Among which, Shanghai got the lowest unbalance degree of land development which was only 0.178, while Heilongjiang got the highest unbalance degree of up to 3.148. Besides, we analyzed the sensitivity of unbalance degree to fiscal transfer payment, so as to provide a theoretical basis for reform of fiscal transfer payment. The results show that fiscal transfer payment system helps decrease the unbalance degree of land development, and the sensitivities of unbalanced degree to fiscal transfer payment were different significantly in different areas. The study attempts to quantify the unbalance degree of land development, which may lay a theoretical foundation for relieving the unbalanced land development and balancing the regional development.
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    Reducing Food Loss and Food Waste: Some Personal Reflections
    CHENG Sheng-kui, BAI Jun-fei, JIN Zhong-hao, WANG Dong-yang, LIU Gang, GAO Si, BAO Jing-ling, LI Xiao-ting, LI Ran, JIANG Nan-qing, YAN Wen-jing, ZHANG Shi-gang
    JOURNAL OF NATURAL RESOURCES    2017, 32 (4): 529-538.   DOI: 10.11849/zrzyxb.20170202
    Abstract485)   HTML206)    PDF (529KB)(1049)      

    Recently, research on food loss and foodwaste and the related environmental impacts has increased globally. Food loss and food waste occur in all aspects of the food supply chain from farm to table. A better understanding of the scales and trends of food loss and food waste is very important for any mitigation strategies. The food waste reflects directly the civilization of a society, and we need to understand the causes and consequences of food waste from multiple perspectives. Addressing food loss and food waste issue requires a wide range of actions from reducing, to promoting a healthy diet culture, learning from international experience, and building intelligent food systems.

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    Cited: CSCD(10)
    Introduction to the Special Issue on Innovation in Territorial Spatial Planning under the Context of Smart Society
    ZHEN Feng, QIN Xiao
    JOURNAL OF NATURAL RESOURCES    2019, 34 (10): 2037-2039.   DOI: 10.31497/zrzyxb.20191001
    Abstract317)   HTML14)    PDF (470KB)(1002)      
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    Variations of Extreme Meiyu Events and Flood Disasters over the Mid-lower Reaches of the Yangtze River in the Past 300 Years
    ZHENG Jing-yun, SUN Di, LIU Ke-bang, HAO Zhi-xin, ZHANG Xue-zhen, GE Quan-sheng
    JOURNAL OF NATURAL RESOURCES    2016, 31 (12): 1971-1983.   DOI: 10.11849/zrzyxb.20161122
    Abstract507)   HTML55)    PDF (8577KB)(987)      

    The flood disasters caused a great loss of life and property in Yangtze River Basin during June-July of 2016. Meiyu became one of the main causes of flood disasters due to its high frequency, long duration and high intensity. In this study, chronology of extreme Meiyu events since 1736 was derived from Chinese historical documents and the observational data. Furthermore, and the long-term variation characteristics of extreme Meiyu events and relationships between extreme Meiyu and El Niño events were analyzed. The general circulation patterns were diagnosed to explain how El Niño influenced extreme Meiyu. The results show that there were 44 extreme Meiyu events (including 21 mega-Meiyu events) from 1736 to 2016. The most frequent occurrences of extreme Meiyu events were detected during 1901-1920 and 1991-2000. There were 21 mega-Meiyu events over the past 300 years, whose intensities were similar to that in 2016. Closely corresponding relationships was found between extreme Meiyu events and El Niño in this period. For example, 37 of total 44 extreme Meiyu events occurred in the El Niño episodes or their following years, and 16 of total 21 mega-Meiyu events occurred in the El Niño episodes. In the El Niño years, the meridional circulations were intensified over the mid-latitudes. The water vapor transported westerly and northerly to the mainland of China. A great amount of water vapor from south intersected with the cold air from high latitudes in the mid-lower reaches of the Yangtze River, which led to continuous precipitation. Moreover, in the El Niño following years, there was a steady subtropical high system at low latitudes. The transportation path of vapor was northerly, and then the vapor fluxes increased in Yangtze River Basin. It tends to cause extreme Meiyu events under this circulation background.

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    Cited: CSCD(2)
    Carrying capacity reconsidered in spatial planning: Concepts, methods and applications
    HAO Qing, DENG Ling, FENG Zhi-ming
    JOURNAL OF NATURAL RESOURCES    2019, 34 (10): 2073-2086.   DOI: 10.31497/zrzyxb.20191005
    Abstract434)   HTML15)    PDF (1810KB)(977)      

    Resource and environment carrying capacity is the scientific basis and developing constraints of spatial planning. This paper combs the development of the concept, theory and practical application of carrying capacity, and points out the existing problems in research and application, such as concept's obscurity boundary, evaluation biased index calculation, and insufficient research on carrying capacity transmission mechanism. The reform of the spatial planning system and the changes in production modes, lifestyles and development modes in the new era have put forward new demands on spatial planning. It is necessary to explore and innovate the carrying capacity evaluation which is supporting the spatial planning: (1) Further clarify the conceptual connotation of carrying capacity and form a concept set; (2) Study the internal mechanism of carrying capacity and clarify the formation mechanism of carrying capacity; (3) Construct a multi-space scale, multi-evaluation unit's carrying capacity evaluation system to meet the needs of multi-level spatial planning. In practice, it should provide a scientific basis for determining the main indicators and main tasks of spatial planning according to spatial planning and spatial governance changes, supporting new goals of spatial planning, adapting to new modes of spatial governance, and taking new approaches to spatial governance.

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    Dynamic Assessment and Trend Prediction of Rural Eco-environmental Quality in China
    WANG Xiao-jun, WU Jin-xue, JIANG He-ping
    JOURNAL OF NATURAL RESOURCES    2017, 32 (5): 864-876.   DOI: 10.11849/zrzyxb.20160555
    Abstract855)   HTML13)    PDF (1258KB)(958)      
    Objectively assessing rural eco-environmental quality and predicting its development trend have important theoretical and practical significance for food security, sustainable development of rural economy, and harmonious relationship between economic growth and ecological environment. Based on the framework of PSR model, the paper constructed an evaluating index system to assess the dynamic changes of rural eco-environment during 2000-2015. And the GM grey system theory model was applied to predict the evolution trend of rural eco-environment during the 13rd Five-Year Plan period. The results showed: 1) The quality of rural eco-environment had been falling in the past 15 years. The comprehensive evaluated score of rural eco-environment decreased from 0.669 in 2000 to 0.387 in 2015. The pollutions emission in rural areas was increasing, but the input to environmental protection was low. The continuing growth of Chinese rural economy was at the cost of ecological and environmental deterioration. 2) According to the past growth mode of rural economics, rural eco-environmental quality will continue deteriorating during 2016-2020, far from the expectation of green development during the 13rd Five-Year Plan. We need to change the mode of rural production as soon as possible in order to ease the pressure on rural soil and water imposed by fertilizers and pesticides, and enhance investment in rural environmental protection as much as possible.
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    Cited: CSCD(11)
    Effect of Urbanization on Spatial and Temporal Variation of Extreme Temperature Events in the Yangtze River Delta
    JIA Yan-qing, ZHANG Bo, ZHANG Yao-zong, TANG Min, MA Bin, WANG Guo-qiang, LIU Xiu-li, LUO Zheng-ming
    JOURNAL OF NATURAL RESOURCES    2017, 32 (5): 814-828.   DOI: 10.11849/zrzyxb.20160575
    Abstract526)   HTML12)    PDF (8752KB)(955)      
    The research analyzes the urbanization effect on spatial and temporal trends of indices of extreme temperature using daily maximum and minimum temperature at meteorological stations in big cities, general cities and villages in the Yangtze River Delta region from 1960 to 2014. The results show that the extreme warm indices increased, while the extreme cold indices decreased. There are slight increasing trends of extreme temperature indices. The warm indices increased more distinctly at urban stations than at rural stations, and the cold indices decreased more apparently at urban stations than at rural stations. The tendencies of other extreme value indices have little difference between urban stations and rural stations except for the minimum value of monthly minimum temperature. Urbanization caused significant decreases of ice days (-0.37 d/10 a), frost days (-1.53 d/10 a) and cold days (-1.05 d/10 a) and significant increases of warm days (1.26 d/10 a), the minimum value of monthly minimum temperature (0.15 ℃/10 a) and the maximum value of monthly minimum temperature (0.06 ℃/10 a) in big cities. The urbanization effect on the trends of ice days (-0.29 d/10 a), frost days (-1.27 d/10 a) and the minimum value of monthly minimum temperature (0.12 ℃/10 a) is significant in general cities. The effect of urbanization on extreme temperature indices is evident in the northern Yangtze River Delta, the southern Jiangsu and southeast Zhejiang. The effect of urbanization on the trend of cold days is more significant in winter, and on the trend of warm days (nights) is more significant in summer. The effect of urbanization on the trends of extreme value indices are significant in spring, summer and winter.
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    Cited: CSCD(4)
    The Role of Market Mechanisms and Customary Institutions in Rangeland Management: A Case Study in Qinghai Tibetan Plateau
    JOURNAL OF NATURAL RESOURCES    2016, 31 (10): 1637-1647.   DOI: 10.11849/zrzyxb.20151201
    Abstract488)   HTML12)    PDF (5786KB)(930)      
    In recent years, government has promoted rangeland transfer system, a market-based approach to re-aggregate individual grazing land after implementation of Rangeland Household Contact Policy (RHCP) to support larger scale of livestock production. However, there are also pastoral communities who manage their rangelands according to customary institutions. Therefore, the relation between market mechanism and local customary institution in rangeland management needs further analysis. This paper applies the cases of rangeland management in Yuanyi and Chanaihe villages in Qinghai Province to analyze the impacts of different relationship between market mechanism and customary institutions on herder livelihood, livestock production and gap between rich and poor. We find that there is higher level of livestock mortality, lower livestock productivity level and lower rate of livestock production return in Yuanyi Village compared to Chanaihe Village. In addition, compared to Chanaihe Village, lower household income level and higher wealth gap between rich and poor are observed in Yuanyi Village. Based on these findings, the paper concludes that when market is embedded within customary institutions, it is more effective in rangeland management, because the embedded relationship between market and customary institutions better fits to the characteristics of the coupled pastoral social-ecological system. As pastoral communities are integrated into China’s marketization, market mechanism based on clarification of property rights is necessary, but to do so does not need to replace or weaken the community customary institutions in rangeland management system.
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    Cited: CSCD(7)
    From informational empowerment to comprehensive empowerment: Exploring the ideas of smart territorial spatial planning
    ZHEN Feng, ZHANG Shan-qi, QIN Xiao, XI Guang-liang
    JOURNAL OF NATURAL RESOURCES    2019, 34 (10): 2060-2072.   DOI: 10.31497/zrzyxb.20191004
    Abstract340)   HTML15)    PDF (2347KB)(913)      

    The Communist Party of China's 19th National Congress Report has clearly set the goal of "smart society" and put forward new requirements for the current development of territorial spatial planning. Nowadays, the empowerment of information technology based on the Internet, big data, cloud computing, etc. is the main driving force and development focus of the current practices of smart territorial spatial planning. How to understand and promote the development of smart society is the foundation of the compilation and implementation of smart territorial spatial planning. This paper emphasizes the importance of human-land relationship and the theory of urban life organism to the planning and governance of territory in a smart society. It points out that the overall conceptualization of smart territorial spatial planning should be transformed from informational empowerment to comprehensive empowerment, which includes technological empowerment and innovative empowerment. The paper constructs a smart territorial spatial planning framework-EPTI-based on the ideas of ecological civilization, people-oriented, technology integration application and institutional innovation, and discusses the paths toward smart compilation and implementation of territorial spatial planning.

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    The Regional and Structural Equilibrium Analysis of Grey Water Footprint in China Based on Gini Coefficient
    SUN Cai-zhi, BAI Tian-jiao, HAN Qin
    JOURNAL OF NATURAL RESOURCES    2016, 31 (12): 2047-2059.   DOI: 10.11849/zrzyxb.20160091
    Abstract386)   HTML10)    PDF (4296KB)(908)      

    Based on calculating grey water footprint in 31 provinces of China’s mainland from 1997 to 2013, we select the population and GDP as indicators, and use the Gini coefficient to study the spatial and structural equilibrium of the grey water footprint of China during 1998-2013 in this paper. The results suggest that: 1) In terms of regional equilibrium, the economic grey water footprint is worse compared with the population grey water footprint, being close to the warning line (0.4) for a long time, and the proportionality of the eastern regions in the economic grey water footprint is relatively low while the proportionality of the western regions in the population grey water footprint is relatively low. 2) In respect to structural equilibrium, the Gini coefficient of economic grey water footprint has been raised to 0.583 0, that is to say, the proportionality has reached the “big gap” range, and the Gini coefficients of both agriculture and industry are fluctuating in the vicinity of 0.4 in these years, and in the meanwhile the equilibrium of the economic grey water footprint of the life declined significantly in recent years. 3) From the marginal effect point of view, the overall equilibrium can be improved by reducing the grey water footprint of the heavily polluted regions in the central and western regions and the agricultural grey water footprint of each province, and the equity of China’s water environment can be promoted effectively. At last, aiming at the specific problems of the grey water footprint balance in China, we put forward suggestions to reduce the grey water footprint and improve the equity of the water environment in China.

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    Cited: CSCD(10)
    The model of population urbanization in urban land spatial planning based on multi-source data fusion: A case study of Yangzhou city
    ZHU Jie
    JOURNAL OF NATURAL RESOURCES    2019, 34 (10): 2087-2102.   DOI: 10.31497/zrzyxb.20191006
    Abstract455)   HTML12)    PDF (6309KB)(867)      

    Nowadays, with the increasingly coordinated development of regions, the study of population urbanization also urgently needs to be carried out from a broad regional perspective. Focusing on the three core issues of new urbanization, mamely, people, land, and property, the social, spatial, and economic attributes on population mobility are derived. Based on a comparison of the advantages and disadvantages of commonly used data methods in urbanization analysis, this paper constructs a new conceptual model for population urbanization in different scales with multi-source data. Using the census and survey data, mobile phone data, and enterprise registration data, the conceptual model is applied to an empirical study of urban dense areas-Yangzhou city and shows strong applicability, based on migration flow analysis, location identification, and enterprise headquarters-branch network analysis methods. The results show that: (1) At the regional level, due to the factors such as the threshold of settlement, family rights, and social security, population mobility is more cautious than capital flows. And it is compliant with the administrative district economy and urban hierarchy system. (2) At the municipal level, because the central city has greater advantages than the villages and towns, in terms of public service facilities and income levels, the urbanization form is mainly manifested in the direct connection between urban and rural areas, while the radiating and absorbing effects of key towns for population and enterprises are not strong. (3) In the era of ecological civilization, places with beautiful scenery, profound history, and rich cultural heritage are the natural soil for new economy. And the new economy has become a powerful engine for new urbanization in the late-developing areas. Yangzhou has a pleasant ecological environment and profound cultural atmosphere, which is the natural advantage and foundation of developing new types of economy. It needs to develop industrial platform, innovative environment, and innovation system to jointly create a comprehensive advantage of new economic development. Empirical research shows that the conceptual model has good applicability. It can identify the main pattern of economic and social linkages scientifically, reveal the intensive communicating area in town cluster region, and play a supporting role in delimiting urban development boundaries and optimizing the spatial pattern of land. Therefore, this model has a strong reference value for the study of regional coordination of territorial spatial plan at city and county level.

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    JOURNAL OF NATURAL RESOURCES    2013, 28 (12): 2201-2202.  
    Abstract173)      PDF (276KB)(867)      
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    JOURNAL OF NATURAL RESOURCES    2016, 31 (12): 2151-2158.  
    Abstract183)   HTML9)    PDF (674KB)(851)      
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    The change and reconstruction of spatial planning system under the goal of modern national governance
    ZHANG Jing-xiang, XIA Tian-ci
    JOURNAL OF NATURAL RESOURCES    2019, 34 (10): 2040-2050.   DOI: 10.31497/zrzyxb.20191002
    Abstract267)   HTML8)    PDF (1424KB)(845)      

    From the perspective of intergovernmental relations and government-market relations, this paper, based on the governance theory, analyzes the development process and overall trend of both Western developed countries' and China's spatial planning system under the influence of national governance changes. While spatial planning has become an important institutional reform and reconstruction system for China's ecological civilization construction, this paper hold the opinion that, under the goal of modern national governance, the reconstruction of the future spatial planning system should pay more attention to the following three questions: (1) The multi-attribute nature of "land space" should be fully understood, while the overall balance of spatial planning for multiple objectives should be emphasized; (2) A spatial planning system that corresponds to government affairs should be established; (3) Planning researches and non-statutory planning should be integrated into the spatial planning system to enhance the scientific nature of spatial planning.

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    An analysis framework for identifying and optimizing ecological-production-living space based on resident behavior
    LIU Chun-fang, WANG Yi-xuan, HE Rui-dong, WANG Chen
    JOURNAL OF NATURAL RESOURCES    2019, 34 (10): 2113-2122.   DOI: 10.31497/zrzyxb.20191008
    Abstract300)   HTML4)    PDF (1653KB)(838)      

    Ecological-production-living space (EPLS) is not only the basic carrier of human economic and social activities, but also the spatial reflection of human spiritual and cultural needs. Identifying the scope, understanding residents' demand, adjusting the supply and coordinating the functions of EPLS, are the core of the content of the territorial space planning, as well as the important premise of realizing the modernization of governance capacity and high-quality development in the new era. Based on the requirement of compiling the current territorial spatial planning, and the theoretical methods of behavioral science and behavioral geography, this paper explores the theoretical relationship between ecological-production-living behavior and ecological-production-living space. According to the principle of "demand analysis and spatial identification-problem diagnosis and goal determination-mechanism and coupling relationship-spatial optimization and policy suggestions", an optimization analysis framework of EPLS based on residents' behavior is constructed. This study combines residents' behavior research with space supply and demand, and provides a theoretical framework and new ideas of "humanization" for land and space planning.

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    JOURNAL OF NATURAL RESOURCES    2013, 28 (11): 1987-1987.  
    Abstract287)      PDF (181KB)(833)      
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    Classification, scope and the impact of human activities of ecological space in Tibet Autonomous Region
    WEI Zi-qian, XU Zeng-rang, MAO Shi-ping
    JOURNAL OF NATURAL RESOURCES    2019, 34 (10): 2163-2174.   DOI: 10.31497/zrzyxb.20191012
    Abstract279)   HTML6)    PDF (4293KB)(814)      

    The delimitation of ecological space is an important basis for the scientific management of territorial space and the maintenance of regional ecological security. Since the beginning of the 21st century, China has undergone an unprecedented rapid urbanization process, and the territorial spatial pattern has changed dramatically. However, during this period, a series of disorderly processes of territorial spatial development have resulted in the squeezing of ecological space and many severe regional ecological problems, such as land desertification, biodiversity reduction, ecosystem degradation, which restricts the realization of the goal of sustainable development. The definition of ecological space is mainly put forward by domestic scholars in recent years, and the corresponding concepts in other countries are ecoregion, ecological land space, and green space etc., and the classification system of ecological space is also not unified. Taking the Tibet Autonomous Region (TAR) as an example, we explored the classification system, spatial distribution, attribution of the patches, and human activities intensity of ecological space on provincial scale in the study. The results are as follows. (1) The classification system of ecological space can be composed by 3 hierarchal systems. According to various ecosystems and dominant functions, there are 4 land categories in the primary-class system, 13 sub-categories of land in the second-class system and 29 sub-categories of land in the third-class system. And according to the ecological governance intensity from the strictest regulation to the relatively relaxed regulation, ecological space can be divided into I-level, II-level and III-level areas. (2) Guided by the current spatial planning and governance system, the link between the classification system of ecological space and the existing land classification system such as the land cover and land use classification, ecosystem type was built; the spatial distribution of ecological space, and the attribution of the patches within the space was identified. Besides, the key ecosystem services functional area and the main ecological frangible area were also identified and included into the ecological space. The existing land classification system, the ecosystem services functional area and frangible ecosystem, and the various space can be integrated in GIS environment. The total ecological space of TAR is about 1054500 km2, accounting for 87.7% of the total area. (3) Finally, human activities within the ecological space in Tibet were simulated in order to control the human activities intensity of ecological space and to maintain the ecological security.

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    JOURNAL OF NATURAL RESOURCES    2015, 30 (5): 795-795.  
    Abstract362)   HTML3)    PDF (343KB)(812)      
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    Evaluation on Soil Erosion Effects Driven by Land Use Changes over Danjiang River Basin of Qinling Mountain
    LI Ting, LIU Kang, MA Li-yang, BAO Yu-bin, WU Lei
    JOURNAL OF NATURAL RESOURCES    2016, 31 (4): 583-595.   DOI: 10.11849/zrzyxb.20131354
    Abstract363)   HTML4)    PDF (5595KB)(810)      
    Using ArcGIS 10.0 and InVEST Sediment Retention Model, we analyzed the temporal and spatial characteristics of land use change from 2000 to 2010 in Danjiang River Basin, and simulated the change rules of soil erosion and soil conservation under different land use patterns in different periods in order to explore the effect of land use and land cover change on soil erosion and soil conservation. The result indicates: Bare land reduced a large percentage of 90.18 (831.06 hm 2) and mainly transferred to water body. Farmland reduced a large area of 5 197.24 hm 2 (4.11%) mainly converted to shrubs and towns. The action of grain for green project has begun to show its effects. The reservation and recovery of wetland was particularly effective. During the last ten years, the tendency of soil erosion in this basin was slowing down, but the situation is still serious that most areas are in intensity degree or middle degree of erosion. Taking the feature of land transfer during the study period into consideration, the transition of plough to shrubs was the primary cause of alleviating soil erosion. On the contrary, the inversed transition of forest land, shrubs or grassland to plough was the mainly cause of intensification of soil erosion. The total actual soil conservation in the year of 2000 and 2010 was 5.35×10 8 and 5.47×10 8 t, respectively. The soil conservation of ecosystem had an improvement in the whole region because the woodland, which covered more than half of the study area, had stable quantity of soil conservation per unit area. The soil conservation function of ecosystem is a result of all factors. Ensuring a certain area of forest land, and arranging reasonable spatial distribution of grain for green project under artificial intervention are the prerequisites of preventing deterioration of large area soil erosion in Danjiang River Basin of Qinling Mountain. Meanwhile, attention should also be paid to the preservation of arable land.
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    Cited: CSCD(4)
    JOURNAL OF NATURAL RESOURCES    2013, 28 (12): 2203-2203.  
    Abstract265)      PDF (653KB)(806)      
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    Comprehensive suitability evaluation of spatial development and construction land in the perspective of land-ocean co-ordination:A case study of Liaoning province, China
    JI Xue-peng, HUANG Xian-jin, CHEN Yi, WANG Dan-yang, SONG Ya-ya
    JOURNAL OF NATURAL RESOURCES    2019, 34 (3): 451-463.   DOI: 10.31497/zrzyxb.20190301
    Abstract400)   HTML9)    PDF (2313KB)(800)      

    Comprehensive suitability evaluation of spatial development and construction land is the scientific basis and guarantee for optimizing spatial development pattern and improve its quality and efficiency. It is of great significance for the implementation of regional coordinated development strategy. In this paper, according to the principles of urban-rural integration and land-ocean co-ordination, we selected Liaoning province as a case, the only both coastal and border province in Northeast China. The suitability evaluation index system was established from 3 dimensions, including natural environment, economy and society, and marine function. To evaluate and analyze the suitability of spatial development and constructive land in this province, we integrated the application of Delphi method, cask theory, linear weighted summation model and multi-factors space overlay analysis. The results show that there exist obvious characteristics of spatial differentiation in the suitability of spatial development and construction land throughout Liaoning. The most and more suitable construction land represent an obvious central peripheral structure, and concentrate along both the Shenyang-Dalian axis and the Binhai axis; the most unsuitable construction land shows a north-south symmetric distribution by the Binhai axis, while the more unsuitable construction land shows an east-west symmetric distribution by the Shenyang-Dalian axis. The construction land areas of most suitability, more suitability, more unsuitability, and most unsuitability are 15504.39 km2, 22645.34 km2, 66833.96 km2, and 68720.99 km2, respectively, and the proportions of land-ocean area are 8.93%, 13.04%, 38.48%, and 39.56%, respectively. The suitability of natural environment plays a fundamental and decisive role in the development and construction of regional land; and the characteristics of agglomeration and dispersion are significantly different at different levels and regions. The suitability of economy and society obviously modifies that of natural environment. The introduction of marine functional zone has greatly expanded the regional land in Liaoning province, but the spatial distribution of marine functional suitability is extremely uneven. And due to the nature of marine functional zone, the space which can be directly developed and constructed is limited, while the space for protection is great. The contradiction between spatial development and ecological environment protection will be still severe for a long time.

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    Spatial Pattern Change of the Cultivated Land before and after the Second National Land Survey in China
    TAN Yong-zhong, HE Ju, YUE Wen-ze, ZHANG Liang, WANG Qing-ri
    JOURNAL OF NATURAL RESOURCES    2017, 32 (2): 186-197.   DOI: 10.11849/zrzyxb.20160263
    Abstract509)   HTML4)    PDF (6074KB)(796)      
    The quantity of the cultivated land is related to the food security and the basic national conditions of China as well as many macro decisions, and thus it has received great concerns from home and abroad. The Chinese government attaches great importance to the protection of cultivated land, makes it as a basic national policy, and sets up a Cultivated Land Protection Red Line of 0.12 billion hectare (1.8 billion mu). However, the area of the China’s cultivated land remains a mystery, especially when the Second National Land Survey released in 2013 disclosed an increase of more than 13.33 million hectare (0.2 billion mu) under the background that the area of cultivated land has been declining for decades. In this paper, we carry out comparative analysis on the data of the cultivated land area before and after the Second National Land Survey at different spatial scales from the dimensions of the total area of the cultivated land and the area of different types of cultivated land. The results show that: 1) At the regional scale, the increased 13.33 million hectares (0.2 billion mu) of cultivated land in the Second National Land Survey mainly distribute in the Northeast China, the North China, and the Northwest China, that nearly half of the increase are in the Northeast region. The South China is the only region with cultivated land area reduction. At the provincial scale, the cultivated land area increased in 26 provinces, especially in the three provinces in Northeast China, Xinjiang and the Inner Mongolia. Beijing, Shanghai, Jiangsu, Guangdong and Shaanxi had decline of cultivated land area, especially Guangdong and Jiangsu. At the municipal scale, the spatial agglomeration of cultivated land increase is significant. The cities with increase of cultivated land concentrate in the Northeast China, and the cities with reduction of cultivated land concentrate in the Pearl River Delta and the Yangtze River Delta. At the county scale, the spatial agglomeration of cultivated land is obvious. Counties units with cultivated land increase are centralized in the Northeast China, and the counties with reduction of cultivated land concentrate in provinces of Guangdong, Jiangsu and Yunnan. 2) Three types of cultivated land have increased. The dry land increased the most (53%), and the paddy field increased the least (10%). The paddy field and the irrigated land are increasing in the North and decreasing in the South, and the number provinces with increased land and decrease land are almost the same. Both the increase and the decrease of the dry land mainly distributed in the North. The spatial distribution of changes is very concentrate, that most increase occurred in the northeast and most decrease appeared in the Huang-Huai-Hai Plain. The center of the cultivated land continues to move northward, which exacerbate the spatial incoordination of water and soil resources and thus do harm to the quality of the cultivated land. In the future, the Chinese government should pay close attention to not only the quantity of cultivated land change, but also the improvement and protection of the quality of the cultivated land. The increased area of the cultivated land in the Second National Land Survey resulted from a variety of reasons. The main reason is that the technology and methods adopted in the Second National Land Survey disclosed the concealed area in the false report of the local government.
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    Cited: CSCD(17)
    Geogovernance of national land use based on coupled human and natural systems
    CAO Xiao-shu
    JOURNAL OF NATURAL RESOURCES    2019, 34 (10): 2051-2059.   DOI: 10.31497/zrzyxb.20191003
    Abstract500)   HTML17)    PDF (882KB)(786)      

    The geosystem mainly studies the interaction mechanism between human and natural system on the surface of the earth, emphasizing the integration of human-land use relationship, natural and human factors, namely the human-land use coupling systems. Applications of the geosystem in the land space is mainly composed of geodecisions-making, geosimulation and geoengineering, and the interactions among these constitute geogovernance. Land space is the material carrier of the common practice of nature and human, the extent to which human shaped by nature is no less than that of opposite transformation, therefore, geosystem theory with the core of Coupled Human and Natural Systems has become the theoretical basis of land spatial planning and renovation. Based on the coupled human and natural systems, the remodeling of land space is ultimately reflected in various activities of human acting on the natural environment with the form of geogovernance. With the development of reform and opening-up for 40 years, Chinese land space has been basically in a relatively stable pattern and mainly consists of economic zones, poor areas and small towns, which is different from that of developed countries. We are in a state of "three-dimension-transformation coupling", i.e. urbanization, townization and ruralization. Thus, we must attach importance to the studies of strategic areas based on the Belt and Road Initiative, such as the Pan-Third Pole, the South China Sea Rim, and the Northeast Asia-Arctic. According to the theory of Coupled Human and Natural Systems and the value equilibrium of land space, the basic scientific problem of land space remodeling is the evolution and driving mechanisms of Coupled Human and Natural Systems. Land spatial planning can be divided into three types: Development planning, controlling planning and restoration planning. The protection and management of land space includes the whole area renovation with the core of land use, the systematic restoration with the core of ecological civilization, and the comprehensive management with the core of social harmony. The development goal of human activity system is to establish a community of shared future for mankind, correspondingly, that of the natural system is to establish a sustainable system, so the ultimate development goal of Coupled Human and Natural Systems is to form a community of shared destiny with the interaction between human and nature.

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