文献类型: 会议论文
第一作者: Ren, Zhouqiao
作者: Ren, Zhouqiao 1 ; Lu, Xiaonan;
作者机构: 1.Zhejiang Academy of Agricultural Sciences, Hangzhou 310021 China
会议名称: International Workshop on Advanced Computational Intelligence
主办单位:
页码: 64-69
摘要: Integrating optimization techniques with GIS has recently been a rapid expansion of interests and researches in the area of spatial decision support (SDS) and resource allocation. Land use planning or allocation (LUP or LUA), as one of main resource allocation issues, refers to the optimal allocation of multiple sites of different land uses to an area, which not only relates to the conditions and quantity of land, but also should consider the spatial relation of sites and other influences. Recent developments in this field focus on the design of allocation plans that utilize mathematical optimization techniques. In this paper, we firstly describe LUP with mathematics and formulate a multi-objectives optimization model for it, and then demonstrate how genetic algorithm (GA) can be used to solve this nonlinear and multi-objectives spatial optimization problem. The objectives of optimization model consider both planning cost and spatial pattern of the land use. The method is applied to a case study in China.
分类号: TP38
- 相关文献
作者其他论文 更多>>
-
Quantitative heterogeneous source apportionment of toxic metals through a hybrid method in spatial random fields
作者:Fei, Xufeng;Lou, Zhaohan;Sheng, Meiling;Lv, Xiaonan;Ren, Zhouqiao;Fei, Xufeng;Sheng, Meiling;Lv, Xiaonan;Ren, Zhouqiao;Xiao, Rui
关键词:Toxic metal; Source analysis; Bayesian maximum entropy; Positive matrix factorization; Integrative predictability criterion
-
Different "nongrain" activities affect the accumulation of heavy metals and their source-oriented health risks on cultivated lands
作者:Fei, Xufeng;Lou, Zhaohan;Sheng, Meiling;Lv, Xiaonan;Ren, Zhouqiao;Fei, Xufeng;Sheng, Meiling;Lv, Xiaonan;Ren, Zhouqiao;Xiao, Rui
关键词:Nongrain; Cultivated land; Heavy metal; Risk assessment; Source apportionment
-
Estimation of Spring Maize Planting Dates in China Using the Environmental Similarity Method
作者:Sheng, Meiling;Fei, Xufeng;Ren, Zhouqiao;Deng, Xunfei;Sheng, Meiling;Fei, Xufeng;Ren, Zhouqiao;Deng, Xunfei;Zhu, A-Xing;Ma, Tianwu;Zhu, A-Xing;Ma, Tianwu;Zhu, A-Xing
关键词:maize; planting dates; environmental similarity; the third law of geography; spatial prediction
-
Processing toxic metal source proxies appropriately for better spatial heterogeneity source apportionment
作者:Sheng, Meiling;Fei, Xufeng;Lou, Zhaohan;Ren, Zhouqiao;Lv, Xiaonan;Sheng, Meiling;Fei, Xufeng;Ren, Zhouqiao;Lv, Xiaonan;Xiao, Rui;Fei, Xufeng
关键词:Toxic metal; Risk assessment; Source apportionment; Spatial heterogeneity; Integrated models
-
Pollution threshold assessment and risk area delineation of heavy metals in soils through the finite mixture distribution model and Bayesian maximum entropy theory
作者:Fei, Xufeng;Lou, Zhaohan;Lv, Xiaonan;Ren, Zhouqiao;Fei, Xufeng;Lv, Xiaonan;Ren, Zhouqiao;Xiao, Rui
关键词:Heavy metal; Pollution thresholds; Contamination assessment; Spatial analysis; Risk area detection
-
Source analysis and source-oriented risk assessment of heavy metal pollution in agricultural soils of different cultivated land qualities
作者:Fei, Xufeng;Lou, Zhaohan;Ren, Zhouqiao;Lv, Xiaonan;Fei, Xufeng;Ren, Zhouqiao;Lv, Xiaonan;Xiao, Rui
关键词:Heavy metals; Cultivated land quality; Source analysis; Risk assessment
-
Assessment and source apportionment of toxic metal in soils using integrated positive matrix factorization and Bayesian maximum entropy: A case study in Z county, southeastern China
作者:Fei, Xufeng;Lou, Zhaohan;Lv, Xiaonan;Ren, Zhouqiao;Fei, Xufeng;Lv, Xiaonan;Ren, Zhouqiao;Christakos, George;Xiao, Rui
关键词:Toxic metal; Positive matrix factorization; Bayesian maximum entropy; Spatial heterogeneity; Environmental proxies