Simulation of water hyacinth growth area based on multi-source geographic information data: An integrated method of WOE and AHP

Simulation of water hyacinth growth area based on multi-source geographic information data: An integrated method of WOE and AHP

Predicting the suitable growth areas (SGAs) of WH under different environmental scenarios are important for sustainable management of water hyacinth (WH) which is more severe than ever due to increased water pollution caused by human activities. Based on an integrated method of Weight-of-Evidence (W...

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Bibliographic Details
Main Authors: Chen, J. (Author), Chen, S. (Author), Fu, R. (Author), Jiang, H. (Author), Li, D. (Author), Mei, Y. (Author), Peng, Y. (Author), Wang, C. (Author), Wang, L. (Author), Zhao, J. (Author)
Format: Article
Language:English
Published: Elsevier B.V. 2021
Subjects:
AHP (analytical hierarchy process)
air temperature
analytical hierarchy process
Analytical Hierarchy Process
aquatic plant
China
Ecosystems
Eichhornia crassipes
environmental factor
evapotranspiration
Growth areas
growth rate
Guangdong
Habitat adaptability index
Habitat adaptability index (HAI)
Hierarchical systems
human activity
Influencing mechanism
Influencing mechanisms
integrated approach
Integrated control
management practice
Potential suitable growth area
prediction
Risk management
Risk perception
Risks management
River pollution
Rivers
Sewage
sustainability
Sustainable development
Topography
Water Hyacinth
Water hyacinth invasion
Water management
water pollution
Weight of evidence
WOE (weight of evidence)
Zhujiang Delta
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