| 1. | Auto - correlation analysis of landscape pattern for a fast urbanization area
快速城市化景观格局的空间自相关特征分析 |
| 2. | Landscape pattern ; spatial auto - correlation ; artificial reforming ; shenzhen city
景观格局空间自相关人为改造深圳市 |
| 3. | Spatial autocorrelation analysis to the main physical and chemical characters of soil series in zhangpu county based on soter
的漳浦样区土系主要理化性状空间自相关分析 |
| 4. | Hardy - weinberg equilibrium test , the frequency of expected and observed heterozygosity and chi - square ( x2 ) test of fixation index
3 )用x居群的50个个体进行空间自相关分析。 |
| 5. | Auto - correlation analysis of landscape pattern for a fast urbanization area a case study of longhua area , shenzhen city
快速城市化景观格局的空间自相关特征分析以深圳市华地区为例 |
| 6. | In this part , the basic theories of the paper , which are population geography , spatial autocorrelation and gis , are narrated
笔者在这部分详细阐述了河南省人口空间动态特征研究的基本理论，即人口地理学、空间自相关、地理信息系统。 |
| 7. | The spatial variability at all of soil layers was contributed to the influencing of the correlation rather than of the random
进一步分析表明，各层次土壤无机碳和有机碳的空间变异主要是由空间自相关部分引起的，由随机因素引起的空间变异小。 |
| 8. | All parameters exhibited spatial correlation except for soil ph . soil total n and organic matter , spad , lai and spad lai were all positively correlated to rice yield
发现除土壤ph值外的其它土壤特性、作物长势和产量都表现出空间自相关性，达到中等及以上强度；土壤全氮、有机质、 spad 、 lai 、 spad * lai与产量均达到极显著正相关。 |
| 9. | It also discusses the spatial characteristics of club convergence by virtue of visualizing its spatial structure . then , the paper constructs the matrix of spatial markov chain on the condition of
然后,以空间滞后量为条件构建了空间马尔可夫链转移矩阵,研究了空间要素(空间外溢、空间自相关、区位)在区域经济俱乐部趋同过程中的作用。 |
| 10. | Spatial structure analysis indicated that the semivanograms of sic and of soc content at different soil layer were simulated by different theoretical models and had same obvious spatial structure . their correlated distances were 1 km or so . the sic content at the layer of 20 - 40cm had the smallest correlated distance of 0 . 9474km and the soc content at the layer of 10 - 20cm had the biggest correlated distance of 1 . 4113km
结构分析表明，不同层次土壤无机碳和有机碳含量可用不同的理论模型来拟合，各层次土壤无机碳和有机碳在所设计的研究尺度上均具有良好的结构性，它们的空间自相关距离大约都在1km左右， 20 - 40cm层土壤无机碳的独立间距最小( 0 . 9474km ) ， 10 - 20层土壤有机碳的独立间距最大( 1 . 4113km ) 。 |
