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学术成果:
（1）土地利用与城乡发展、社会空间治理、人类居业可持续发展
[1]Qu L., Li Y., Yang F.,et al(2024).Assessing sustainable transformation and development strategies for gully agricultural production: A case study in the Loess Plateau of China.Environmental Impact Assessment Review, 104, 107325.(SSCI, Q1)
[2]Qu L., Wang J., Li Y (2024).Housing-industry transformation development and rural revitalization path based on complex adaptive system in Three Gorges Reservoir Area of China.Ecological Indicators, 112008. (SCI, Q1)
[3]Qu, L., Liu, Y., Li, Y.,et al(2023). Sustainable use of gully agricultural land and water resources for sustainable development goals: A case study in the Loess Plateau of China.Land Degradation &Development, 34(16), 4935–4949.(SCI, Q2)
[4]Qu L., Li Y., Wang Y.,et al(2022). Dynamic evolution and the mechanism of modern gully agriculture regional function in the Loess Plateau,Journal of Geographical Sciences,32(11): 2229- 2250.(SCI, Q1)
[5]Qu L.*, Li Y., Chen Z.,et al(2022). Exploring the spatiotemporal variation characteristics and influencing factors of gully agricultural production transformation in the Chinese Loess Plateau.Land Use Policy, 123,106367.(SSCI, Q1)
[6]Qu L., Li Y., Huang Y.,et al(2021). Analysis of the spatial variations of determinants of gully agricultural production transformation in the Chinese Loess Plateau and its policy implications.Land,10(9): 901.(SSCI, Q2)
[7]Qu L., Li Y., Feng W (2020).Spatial-temporal differentiation of ecologically-sustainable land across selected settlements in China: An urban-rural perspective.Ecological Indicators,105783.(SCI, Q1)
[8]Qu L., Huang Y., Yang L.,et al(2020).Vegetation restoration in response to climatic and anthropogenic changes in the Loess Plateau, China.Chinese Geographical Science,30(8). 89-100.(SCI, Q2)
[9]Qu L., Liu Y., Chen Z. (2019). Spatio-temporal evolution of Ecologically-sustainable land use in China's Loess Plateau and detection of its influencing factors.Journal of Mountain Science,16(5):1065-1574.(SCI, Q2)
[10]Zhou, Z., A, Z.,Qu, L*.,et al(2025).Enhancing agricultural production and environmental benefits through full mechanization: Experimental evidence from China.Habitat International, 157, 103332.(SSCI, Q1)
[11]璩路路,李裕瑞,李明洋,等(2022).基于ML分析的乡村空间发展模式识别与振兴途径研究.干旱区资源与环境,36(05):25-32.(CSSCI&CSCD)
[12]璩路路(2022).黄土高原沟道农地转换特征及影响机制初探.农业资源与环境学报,39(04):806-816.(CSCD)
[13]璩路路,王永生,李裕瑞,等(2021).黄土丘陵沟壑区沟道农业生产功能空间演变特征及其启示.农业工程学报,37(21):259-268.(EI&CSCD)
[14]璩路路,王永生,刘彦随,等(2021).乡村振兴导向的水土资源承载力评价及其优化.自然资源学报,36(02):300-314. (CSSCI&CSCD)
[15]璩路路,李裕瑞,李琳娜,等(2019).农牧交错带乡村空间发展类型及影响因素研究.经济地理, 39(10):153-161. (CSSCI&CSCD)
[16]璩路路,刘彦随,周扬,等(2019).罗霄山区生态用地时空演变及其生态系统服务功能的响应：以井冈山为例.生态学报,39(10):3468-3481.(CSCD)
[17]璩路路,李裕瑞,刘彦随(2019).基于村镇空间“物-场”模型的乡村聚落布局优化研究.经济地理,39(04):174-181. (CSSCI&CSCD)
[18]璩路路,师学义,王博钰(2019).基于改进SPA-Markov的压煤山丘区生态演变及评价:以长河流域为例.生态环境学报,28(02):291-298.(CSCD)
[19]璩路路,师学义,刘畅(2017).基于能值的资源型城市新陈代谢过程对比分析,水土保持研究,24(1) :279-284. (CSCD)
[20]璩路路,师学义,石立豪(2017).基于流域尺度的土地整治工程分区研究,中国人口资源与环境,27(5):239-243. (CSSCI&CSCD)
[21]璩路路,师学义,荣联伟(2016).县域耕地整治潜力评价,中国人口资源与环境, 26(5):239-243. (CSSCI&CSCD)
（2）大数据与人地耦合、气候变化适应行为、数智乡村与农户实验
[1]Qu, L., Tu, Z., Liu, J.,et al(2025). Coupling coordination evolution of the settlements-farming system and its optimization path: Keys to sustainable rural development in the Three Gorges Reservoir Area of China.Habitat International, 163, 103456. (SSCI, Q1)
[2]Qu, L., Liang, Y., Wang, Y.,et al(2025). Evolution of Agricultural Territorial Functions and Synergistic and Trade-off Relationships in the Mountainous Areas of Chongqing's Three Gorges Reservoir Area.Journal of Environmental Management. (SCI, Q1)
[3]Qu, L., Zhang, Y. (2025). Optimizing territorial space development boundaries and zoning with the adaptive cycle model: A case study of Chongqing in southwest China.Environment, Development and Sustainability. (SCI, Q2)
[4] Zhou Z., Tan L., ,Qu L. *et al(2024). The impact of rural land transfer on the living satisfaction of middle-aged rural residents and the implications: A perspective of land attachment,Habitat International, 148,1030385.(SSCI, Q1)
[5]Wang, X.,Qu, L. *, Zhang, X.,et al(2024). Identifying the spatiotemporal dynamics of PM2.5concentration and its implications for National Sustainable Development Experimental Zone of China.Environmental and Sustainability Indicators, 100428. (SCI, Q1)
[6]Wang J.,Qu L. *, Li Y.,et al(2023). Identifying the structure of rural regional system and implications for rural revitalization: A case study of Yanchi County in northern China,Land Use Policy, 124,106436.(SSCI, Q1)
[7] Huang Y., Li M.,Qu L. * (2025). Identification and revitalization strategies of rural regional system types based on human-land coupling: A case study in the Loess Plateau, China.Land Degradation &Development, 1–15.(SCI, Q2)
[8]璩路路,李裕瑞,王介勇(2023).黄土丘陵沟壑区农业生产情景模拟及优化.地理研究,42(6):1647-1662. (CSSCI&CSCD)
[9]璩路路,李裕瑞(2022).黄土高原沟道农业系统与优化模式.自然资源学报，37(12):3252-3266. (CSSCI&CSCD)
[10]璩路路,李裕瑞,董世杰,等(2022).黄土高原沟道耕作转型时空特征及启示:以延安黄土丘陵沟壑区为例.资源科学,44(05):955-967.(CSSCI&CSCD)
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