Can land-use and land-cover change explain reduced resilience in forests?

INIS

• ecosystems 100%
• forests 100%
• land use 100%
• islands 83%
• signals 83%
• data 66%
• water 66%
• vegetation 66%
• remote sensing 50%
• mangroves 50%
• management 33%
• time-series analysis 33%
• climates 16%
• tools 16%
• indicators 16%
• applications 16%
• dynamics 16%
• metrics 16%
• correlations 16%
• images 16%
• satellites 16%
• resolution 16%
• middle east 16%
• geography 16%

Keyphrases

• Resilience 100%
• Land Cover Change 100%
• Qeshm Island 50%
• Normalized Difference Vegetation Index 20%
• Water Ratio 20%
• Series Analysis 20%
• Vegetation Water 20%
• Mangrove Forest 20%
• Modified Normalized Difference Water Index (MNDWI) 20%
• Middle East 10%
• Moderate Resolution Imaging Spectroradiometer (MODIS) 10%
• Remote Sensing 10%
• Autocorrelation 10%
• Remote Sensing Data 10%
• Trend Analysis 10%
• Management Tools 10%
• Ecosystem Dynamics 10%
• Statistical Measures 10%
• Remote Sensing Image 10%
• Landsat Data 10%
• High-frequency Data 10%
• One-site 10%
• Ecosystem Management 10%
• Qeshm 10%
• Remotely Sensed Indices 10%
• Conservation Efforts 10%
• Mangrove Forest Ecosystem 10%
• Annual Rainfall 10%
• Reference Ecosystem 10%
• Upward Trend 10%
• Detecting Signals 10%

Earth and Planetary Sciences

• Standard Deviation 100%
• Land Cover Change 100%
• Land Use 100%
• Remote Sensing 42%
• Normalized Difference Vegetation Index 28%
• Vegetation 28%
• MODIS 14%
• Regional Geography 14%
• Trend Analysis 14%
• Ecosystem Dynamics 14%
• Landsat 14%
• Autocorrelation 14%
• Ecosystem Resource Management 14%
• Forest Ecosystem 14%
• Geography 14%