Lowland Technology International
Vol 20 No 3, Dec (2018)

Simulation and prediction of wetland vegetation type based on CA-Markov model

D.J. Guan (Unknown)
S.J. Qu (Unknown)
S.S. Yang (Unknown)
Y.X. Zeng (Unknown)



Article Info

Publish Date
07 Dec 2018

Abstract

The construction of The Three Gorges Reservoir has changed wetland vegetation type and reconstituted Hydro-fluctuation belt pattern. In this paper, we use the improved method to extract the Hydro-fluctuation belt with clear boundary and four types of wetland land use types, and analyze the dynamic changes of wetland land use types through the area change and structural change. The CA-Markov model is used to simulate the distribution map of the wetland utilization type in the next 20 years. The results show that the vegetation coverage stability of the fluctuate belt has improved; the activity of each type is reduced and the stability is enhanced; the transfer of the terrestrial plants is affected by the bare soil, and the water body has a great influence on the centroid transfer of the hygrophyte; it can be seen from the prediction of the distribution pattern of the future Hydro-fluctuation belt that the stability of the Hydrofluctuation belt will gradually decrease if the environment of the Hydro-fluctuation belt is not protected by human intervention.

Copyrights © 2018






Journal Info

Abbrev

ialt_lti

Publisher

Subject

Civil Engineering, Building, Construction & Architecture Engineering Transportation

Description

The Lowland Technology International Journal presents activity and research developments in Geotechnical Engineering, Water Resources Engineering, Structural Engineering, Transportation Engineering, Urban Planning, Coastal Engineering, Disaster Prevention and Mitigation ...