Paper Info
Title
Analysis and control on pattern of landscape based on planning land use classification: Taking a case study on Xinbei district of Changzhou, China
Abstract
The landscape in Xinbei district of Changzhou was mapped based on planning land use classification by interpreting remote sensing images. Patch numbers, patch area, variation coefficient, shape index, fractal dimension index, Shannon's diversity index and Shannon's evenness index were selected to analyze landscape pattern in terms of structure, shape and diversity of the landscape. The result showed that cultivated land is largest land use type, covering 49.87% of total study area; thus, being the landscape matrix. Waters and waste land were most complicated in shape, while urban land is the simplest, showing the obvious diversity of the study area. Chunjiang town had the largest landscape diversity; however, Hehai Street had the least. Two kinds of distribution were made according to two secondary land use types. Based on various levels of land protection, study area was classified into 4 categories for land use ecological protection evaluation: strict, middle, moderate and mild. Based on different land use types, study area was divided into 4 categories for land use suitability evaluation of development: priority, moderate, controlled and unsuitable.
Year
DOI
Venue
2010
10.1109/GEOINFORMATICS.2010.5567788
Geoinformatics
Keywords
Field
DocType
terrain mapping,variation coefficient,waste land,urban land,geomorphology,changzhou,distribution,china,fractal dimension index,landscape structure,landscape shape,patch area,landscape diversity,landscape matrix,image classification,geophysical image processing,patch numbers,landscape pattern,landscape pattern control,planning land use classification,landscape pattern analysis,shape index,remote sensing images,shannon's diversity index,waters,xinbei district,cultivated land,comprehensive land use planning,shannon's evenness index,shape,diversity index,land use planning,construction industry,fractal dimension,planning,geology,indexation,indexes,land use
Diversity index,Species evenness,Physical geography,Cultivated land,Shape index,Remote sensing,China,Geology,Contextual image classification,Landscape pattern,Cartography,Land use
Conference
ISBN
Citations 
PageRank 
978-1-4244-7301-4
0
0.34
References 
Authors
0
3
Name
Order
Citations
PageRank
Fuping Tang100.34
Manchun Li221145.40
Feixue Li315.48