Detecting And Modeling The Changes Of Land Use And Land Cover For Land Use Planning In Da Nang City, Vietnam

Da Nang City, Located In The South Central Coast Region Of Vietnam, Has Developed In Many Aspects In The Last Two Decades And Has Been Known As One Of The Five Independent Municipalities Of VietnamToday, It Constitutes The Key Economic Zone In Central VietnamRapid Industrialization And Urbanization Have Caused Incessant Change Of Land Use And Land Cover lulc In Da Nang CityLinh Nguyen's Study Aims At Detecting, Quantifying, And Characterizing The Changes Of Lulc In The Da Nang City Region By Using Multitemporal Satellite Images From To , It Further Explores The Effects Of Lulc Changes On Landscape Structure Through Spatial Landscape MetricsIn ASimulation It Also Shows The Changes Of Lulc Under Different Scenarios, Utilizing The Model Of System Dynamics And The Model Of Dynamic Conversion Of Land Use And Its EffectsThe Results Show That % Of The Total Land Has Undergone ChangeBefore Being Separated From Quang Nam Province , The Lulc In Da Nang City Changed GraduallyHowever, After Becoming An Independent Municipality, The Lulc Changed With Accelerated Speed, Especially In The Urban AreasWithin Years , The Urban Area Grew By .%The Study Suggests This Is Caused By AStrong Focus On Economic DevelopmentConversely, Agriculture And Forests Had AHigh Rate Of ChangeThe Dynamic Change Of Landscape Indices Reveal That Agricultural Areas Were Broken Into Smaller PatchesHowever, Except Agriculture, Patches Of Forestry And Urban Spaces Tended To Have AUniform Landscape ConfigurationTo Simulate The Future Changes Of Lulc At Da Nang City From To , Three Scenarios With Different Missions Were Developed, Namely, Development As Usual, Aggressive Development, And Optimal DevelopmentAll Scenarios Result In AContinuous Increase In Urban Area And AGradual Decrease In Agriculture, Barren, And Shrub Areas During The Simulated PeriodThe Study Provides New Strategies For Land Use Planning In Comparable Regions Facing Rapid Urbanization.
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