ECOLOGICAL CARRYING CAPACITY OF LAND USE CHANGES IN DA’AN CITY

The impact of land use/cover change on the ecological carrying capacity in Loess Hilly region

Based on the theory of ecological footprint, and as land use/cover change the breakthrough point in Loess hilly area, the ecological carrying capacity analysis method was used to calculate the ecological carrying capacity of Shanghuang experimental area. The results showed that the total ecological carrying capacity in 1982, 2000 and 2010 were 242.47、750.53、929.68 hm. Meanwhile the per capita e...

Assessment of Land Use Ecological Footprint in an Iranian Small City

Analysis of Land Use Changes In the period 2018-2005 in Nazloo District of Urmia City

Analysis of land use change in Nazlou district of Urmia in the 2005-2018 time series Abstract Population growth, increased prosperity, the spread of technology, and the improper use of land have in recent decades imposed many changes on land. Nazlou district in Urmia city has been exposed to many changes due to its favorable natural conditions, location in the development paths of Urmia-Cir an...

Detection of land use changes of Urmia city with Use remote sensing

This article was written with the aim of revealing land use changes in Urmia city using remote sensing of Landsat satellite images for 4 periods of 8 years between 1990 and 2019. For this purpose, two categories of data will be used in this research. The first category includes data obtained from satellite images and the second category includes ground data taken from Urmia ground station, whic...

Research on System Dynamics of Urban Land Comprehensive Carrying Capacity in Xi’an City, China

This paper attempts to simulate the development status of Xi’an City from 2012 to 2025 with the method of Systems Dynamics (SD), in order to provide a reference for the future development of Xi’an city. On the basis of theoretical analysis and empirical analysis, in 2025, the carrying capacity indexes of 5 socio-economic development schemes from the highest to the lowest are status-continuous s...