This book provides an in-depth exploration of scientific photography. Highlighting the best practices needed to make, distribute, and preserve scientific visual information using digital photographic methods and technologies, it offers solutions to some of the biggest challenges facing photographers.
This book provides an in-depth exploration of scientific photography. Highlighting the best practices needed to make, distribute, and preserve scientific visual information using digital photographic methods and technologies, it offers solutions to some of the biggest challenges facing photographers.
Michael R. Peres is an award-winning photo-educator and biomedical photographer. A professor at Rochester Institute of Technology, Peres has been a leader in the field for more than 40 years. He has lectured and led workshops in more than 15 countries and authored more than ten books, including the Focal Encyclopedia of Photography, Fourth Edition and Laboratory Imaging and Photography.
Inhaltsangabe
Preface: Why I Wrote this Book About the Authors Part I: Industry Expectations and Attitudes1. Why Best Practices as an Approach 2. Optimizing Imaging Outcomes 3. The Image in Science 4. Ethical Practices James Hayden 5. The Subject of the Photograph Part II: Tools and Technology Foundations6. Cameras and Photographic Practices 7. Light and Lenses 8. A Deeper Dive into Digital Devices 9. Lighting for Natural Science Photography Part III: Applications 10. Aerial Photography Keith Mancini 11. Close-Up and Macro Photography 12. Computational Photography 13. Field Photography Adrian Davies 14. Fossils, Minerals, and Geological Samples Norman Barker 15. Imaging with Invisible Spectrums Adrian Davies 16. Contemporary Light Microscopy Practices 17. Photographing Small Animals in Captivity Charles Hedgcock 18. Time Based Imaging Ted Kinsman Part IV: After Capture Post Production 19. Image Processing in Science Staffan Larsson
Preface: Why I Wrote this Book About the Authors Part I: Industry Expectations and Attitudes1. Why Best Practices as an Approach 2. Optimizing Imaging Outcomes 3. The Image in Science 4. Ethical Practices James Hayden 5. The Subject of the Photograph Part II: Tools and Technology Foundations6. Cameras and Photographic Practices 7. Light and Lenses 8. A Deeper Dive into Digital Devices 9. Lighting for Natural Science Photography Part III: Applications 10. Aerial Photography Keith Mancini 11. Close-Up and Macro Photography 12. Computational Photography 13. Field Photography Adrian Davies 14. Fossils, Minerals, and Geological Samples Norman Barker 15. Imaging with Invisible Spectrums Adrian Davies 16. Contemporary Light Microscopy Practices 17. Photographing Small Animals in Captivity Charles Hedgcock 18. Time Based Imaging Ted Kinsman Part IV: After Capture Post Production 19. Image Processing in Science Staffan Larsson
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