Python-Powered Remote Sensing Data

Author:

Raza Aamir1ORCID,Maqbool Sheraz1ORCID,Safdar Muhammad1ORCID,Ali Hasnain1,Ullah Ikram2ORCID,Akbar Ali3ORCID,Williams Avery4,Al Ansari Mohammed Saleh5ORCID,Ahmed Mubashir1,Abbas Awn1,Malik Abdul1

Affiliation:

1. University of Agriculture, Faisalabad, Pakistan

2. Yangzhou University, China

3. Liaoning University, Shenyang, China

4. University of North Texas, USA

5. University of Bahrain, Bahrain

Abstract

Remote sensing is a crucial technique in environmental and spatial investigations, and Python is a popular programming language for analyzing this data. This chapter provides a comprehensive guide to using Python for remote sensing data analysis, covering various data types, attributes, and practical implementations. It introduces Python and its data processing libraries, discusses preprocessing operations like data conversion and import, geometric rectification, and radiometric correction, and covers image enhancement techniques like edge detection, contrast enhancement, and filtering. It also covers image analysis techniques like band mathematics, indices, classification, and segmentation. The chapter also covers exporting data and generating visualization maps and charts. Python's application in remote sensing data analysis is illustrated through case studies.

Publisher

IGI Global

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