Modelling geoarchaeological resources in temperate alluvial environments: The capability of higher resolution satellite remote sensing techniques

Keyphrases

• Alluvial Environment 100%
• Remote Sensing Techniques 100%
• Deposit Model 100%
• Satellite Remote Sensing 100%
• Archaeological Deposits 100%
• High-resolution Satellite 100%
• Alluvium 50%
• Aerial Photography 50%
• Principal Coordinate Analysis (PCoA) 50%
• River Systems 50%
• Quantitative Evaluation 50%
• Archaeological Remains 50%
• Image Processing Techniques 50%
• Temperate River 50%
• Limited Attention 50%
• Effective Approach 50%
• Region of Interest 50%
• Challenging Environments 50%
• Geophysical Survey 50%
• Visualization Method 50%
• Archaeological Potential 50%
• Herefordshire 50%
• Landform Assemblages 50%
• Separability Measure 50%
• Optimal Image Processing 50%
• Multispectral Satellite Images 50%
• Multispectral Satellite Data 50%
• Large Region 50%
• Spectral Separability 50%
• Earth Surface 50%
• Image Enhancement 50%
• Composite Image 50%
• Archaeological Prospection 50%
• High Capacity 50%

Earth and Planetary Sciences

• Landform 100%
• Satellite Remote Sensing 100%
• United Kingdom 33%
• Aerial Photography 33%
• River System 33%
• Image Processing 33%
• Geophysical Survey 33%
• Principal Component Analysis 33%
• Earth Surface 33%
• Image Enhancement 33%