Phenology based NDVI time-series compensation for yield estimation analysis

Keyphrases

• Normalized Difference Vegetation Index 100%
• Yield Estimation 100%
• Phenology 100%
• Vegetation Index Time Series 100%
• Series Compensation 100%
• Sampling Time 17%
• Phenological 17%
• Savitzky-Golay Filter 17%
• High Correlation 11%
• Turkey 11%
• Correlation Analysis 11%
• Ancillary Data 11%
• Sampling Methods 11%
• Ground-based Observations 5%
• Southeastern Anatolia 5%
• Statistical Analysis 5%
• Time-based 5%
• Satellite Images 5%
• Wheat 5%
• Remote Sensing Image 5%
• Landsat 8 5%
• Landsat 7 5%
• Agrometeorology 5%
• Nonlinearity 5%
• Extraction Methods 5%
• Remote Sensing Satellite 5%
• Machine Learning 5%
• Process-based 5%
• Regression Analysis 5%
• Annual Yield 5%
• Preprocessing Techniques 5%
• Temporal Resolution 5%
• Same-day 5%
• Phenological Stages 5%
• Wheat Production 5%
• Sampling Day 5%
• Annual Mean 5%
• Trend Analysis 5%
• Biological Systems 5%
• Moving Average 5%
• Yield Data 5%
• Vegetation Parameters 5%
• Data Extraction 5%
• TARBIL 5%
• Agricultural Organizations 5%
• Plant Development 5%
• Start of Season 5%
• Fertile Crescent 5%
• Durum Wheat 5%
• Compensation Process 5%
• Application of Informatics 5%
• Informatics Research 5%
• Day of the Year 5%
• Agricultural Informatics 5%
• Vegetation Development 5%
• TIMESAT 5%
• Wheat Yield Prediction 5%
• Upper Envelope 5%
• Environmental Informatics 5%
• Systems-based 5%
• Seasonal Vegetation 5%

Earth and Planetary Sciences

• Normalized Difference Vegetation Index 100%
• Time Series 100%
• Vegetation 11%
• Sampling 11%
• Landsat 8 5%
• Satellite Image 5%
• Landsat 7 5%
• Nonlinearity 5%
• Machine Learning 5%
• Trend Analysis 5%
• Satellite Remote Sensing 5%
• Environmental Informatics 5%
• Remote Sensing 5%

Agricultural and Biological Sciences

• Normalized Difference Vegetation Index 100%
• Phenology 100%
• Annuals 11%
• Landsat 11%
• Remote Sensing 11%
• Sampling 11%
• Food and Agriculture Organization 5%
• Durum Wheat 5%
• Plant Development 5%