Remote Sensing

Phenology-Informed Identification of Opium Poppy Cultivation: Explainable Feature Extraction from Multispectral Time Series Data

Machine learning classification achieving 98.7% F1-score for opium poppy detection with rigorous spatial cross-validation and explainable AI analysis.

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Prashanth Reddy Putta
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Satellite-based Rabi rice paddy field mapping in India: A case study on Telangana state

Phenology-driven framework achieving 93.3% accuracy in mapping 732,345 hectares of rice cultivation across Telangana, India.

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Prashanth Reddy Putta
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Paddy Field Mapping using NDVI Thresholding and Machine Learning featured image

Paddy Field Mapping using NDVI Thresholding and Machine Learning

Published Research: This project evolved into a peer-reviewed publication achieving 93.3% accuracy in mapping 732,345 hectares of rice cultivation across Telangana, India. In this …

Multi-Sensor Land Cover Classification in the Pavia Region Using Google Earth Engine featured image

Multi-Sensor Land Cover Classification in the Pavia Region Using Google Earth Engine

This project implements a land cover classification system for the Pavia region in Italy, utilizing a fusion of Sentinel-1 and Sentinel-2 satellite data within the Google Earth …