Wetland Landscape Characterization GIS Remote Sensing and Image Analysis PDF

Lyon interessierte sich schon früh für Feuchtgebiete und andere mäßig gestörte Systeme als Orte, um den Zustand einheimischer Vegetationsgemeinschaften zu bewerten. Dieses Interesse wurde in seinen jugendlichen Wanderungen in den Bergen und alpinen Systemen des pazifischen Nordwestens, Kaliforniens, Nevadas und Alaskas verfeinert. Das systematische Studium von Feuchtgebieten im Grundstudium am Reed College in seiner Heimat Oregon und als Diplomarbeit an der University of Michigan brachte Bachelor- und Masterarbeiten sowie eine Doktorarbeit über Feuchtgebiete und andere natürliche Systeme hervor. Achtzehn Jahre als Fakultätsmitglied und schließlich als ordentlicher Professor für Bauingenieurwesen und natürliche Ressourcen an der Ohio State University waren weiterhin der wissenschaftlichen Verfolgung dieser Interessen gewidmet. Eine Reihe von Arbeiten umfasste Fernsensor- und GIS-Bewertungen von Feuchtgebieten, die Entwicklung von Feldmethoden zur Identifizierung von Feuchtgebieten und andere Bemühungen in Bezug auf Boden, Landwirtschaft, Flüsse und Systeme der Großen Seen von Laurentian.

Wetland Landscape Characterization GIS Remote Sensing and Image Analysis pdf von John Lyon

"Wetland Landscape Characterization: GIS, Remote Sensing and Image Analysis" authored by John G. Lyon is a comprehensive guide to the use of geospatial technologies for wetland mapping and monitoring. The book covers the fundamental principles of remote sensing and Geographic Information Systems (GIS) and their integration for wetland landscape characterization. The primary focus of the book is on the application of these techniques for wetland inventory, mapping, and monitoring, as well as the use of image analysis techniques for wetland classification.

The book starts with an overview of the wetland ecosystem and its importance in the natural environment. The author then discusses the basic principles of remote sensing and GIS and their applications for wetland landscape characterization. The book covers the different types of remote sensing platforms and sensors that are commonly used for wetland mapping and monitoring, including aerial photography, satellite imagery, and Light Detection and Ranging (LiDAR) data.

The author also describes the various image analysis techniques used for wetland classification, including supervised and unsupervised classification methods, object-based image analysis, and machine learning techniques. The book emphasizes the importance of accuracy assessment in wetland mapping and monitoring and provides a detailed description of the various accuracy assessment techniques used in the field.

The book also includes several case studies that demonstrate the application of remote sensing and GIS for wetland characterization. The case studies cover a range of wetland types, including coastal wetlands, inland wetlands, and constructed wetlands. The case studies provide practical examples of how remote sensing and GIS can be used for wetland mapping, monitoring, and management.

Overall, "Wetland Landscape Characterization: GIS, Remote Sensing and Image Analysis" is a valuable resource for researchers, professionals, and students working in wetland management, conservation, and restoration. The book provides a comprehensive overview of the latest geospatial technologies and their application for wetland characterization. The book is well-written and easy to understand, making it accessible to a wide range of readers.