Presented by: Michael Bevans Information Manager for Digitization

Slides:



Advertisements
Similar presentations
Overwhelmed by Large-scale Digitization Projects
Advertisements

Chapter 10 Digital Imaging: Capture. Digital imaging – electronically producing, viewing, or reproducing an image Pixel – a square with a uniform brightness.
DIGITAL IMAGE PROCESSING CMSC 150: Lecture 14. Conventional Cameras  Entirely chemical and mechanical processes  Film: records a chemical record of.
2.01 Understand Digital Raster Graphics
Information Technology Services North Dakota State University Lorna Olsen Get the Best Digital Images Possible What’s it all about anyway?
File Formats The most common image file formats, the most important for cameras, printing, scanning, and internet use, are JPG, TIF, PNG, and GIF.
Sai Deng, Metadata Catalog Librarian, Wichita State University Libraries Tse-Min Wang, Graduate Student in CS, Wichita State University Digital Imaging.
Technology Bootcamp January 18, 2014 Large-Scale Digital Libraries Digitization Process Krystyna K. Matusiak, Ph.D. Assistant Professor Library & Information.
Digital Images. Scanned or digitally captured image Image created on computer using graphics software.
+ Photoshop – Monitor and Printer Calibration! Drycreekphoto.com.
A quick introduction to shooting digital images in RAW.
Affordable windows based multi purpose DICOM converter It helps capture images from any Non- DICOM modality and convert it to DICOM format Phoenix converts.
Pro Imager A complete image and workflow management solution for the professional lab.
Chpater 3 Resolution, File Formats and Storage. Introduction There are two factors that determine the quality of the picture you take; The resolution.
Task 01 – Explain how different types of graphical images relate to file formats, file conversions, formats and compression. Emily Riley.
OCLC Online Computer Library Center CONTENTdm ® Digital Collection Management Software Ron Gardner, OCLC Digital Services Consultant ICOLC Meeting April.
The Macroalgal Digitization Project Chris Neefus, Department of Biological Sciences University of New Hampshire, Durham, New Hampshire.
Foundations of Web Design I Photoshop CS5 Michael Daniel
The Complexities & Economics of Digitizing Microfilm
OCR and SALIX Parsing Daryl Lafferty Arizona State University October, 2012.
OCR implementation in The Caribbean Plants Digitization Project A project to image and catalog over 150,000 Caribbean specimens at the New York Botanical.
OCLC Online Computer Library Center Kathy Kie December 2007 OCLC Cataloging & Metadata Services an introduction.
SilverImage Streamline tool for photographing herbarium specimen sheets Developed by SilverBiology Michael.
Image Workflow Processes Elspeth Haston, Robert Cubey, Martin Pullan & David J Harris.
University of Florida Digital Collections.
Image Representation. Digital Cameras Scanned Film & Photographs Digitized TV Signals Computer Graphics Radar & Sonar Medical Imaging Devices (X-Ray,
Digitising Royal Greenwich Observatory Photo-Heliographic Reports ( ) Jonathan Warburton UK Solar System Data Centre.
Corinna Gries Edward Gilbert Thomas H. Nash III. Lichens Bryophytes Climate Change  NSF ADBC funding 2011 ~ 2.3 million specimen (90%) ○ 900,000 lichens.
2.3 million specimens, 65 institutions, 1 year later DIGITIZING 'ALL' NORTH AMERICAN LICHEN AND BRYOPHYTE SPECIMENS Corinna Gries Edward Gilbert Thomas.
Digital Photography File Formats (….and why use one or the other…) Instructor: David King.
Things to Remember When working with digital images.
All-Dome - All-Sky Time-Lapse Movies For Planetaria.
The New DRS Introduction. What is DRS? Digital repository for preservation and access – Maintains integrity of deposited content – Preserves content for.
OV Copyright © 2012 Logical Operations, Inc. All rights reserved. Beginning with Image Basics  Manage Image Elements and Formats  Work with Digital.
Photography Vocabulary Part A. A Quick Start On the following slides are some very general instructions and tips on getting started with your camera.
The Role of Embedded Metadata in Visual Resources Mira Basara DSPS January 2015.
Photographs: Preservation and Digitization Presented by Lori Hostuttler WVAM 2010.
Digital Workflow What is meant by Digital Workflow?
Information Technology Images: Types, Resolution and Techniques.
Scanners. Using a Scanner Scanners are used to digitize any flat object. Several types of scanners- flatbed, sheet fed, handheld, film. Most common is.
The Complexities & Economics of Scanning Microfilmed Documents Videos
HTTP transaction with Graphics HTML file + two graphics files.
Laurie N. Taylor Lourdes Santamaría-Wheeler The Basics of Digitizing Collections.
Netta Untershats Jeevika Sivakumaran.  CREATING THE DIGITAL ARCHIVE  YORK UNIVERSITY’S INSITUTIONAL REPOSITORY  THE CHURCHILL COMMUNITY OF KNOWLEDGE.
11 Adobe Lightroom 3 Presented by: Diana Blackard & Geary Smith Presented by: Diana Blackard & Geary Smith.
Digitizing Historical Newspapers South Carolina Digital Newspaper Program's participation with the Library of Congress' Chronicling America: Historic American.
DIGITIZATION IN THEORY AND PRACTICE WEBSITE: Helen Nneka Okpala Presentation done at University of.
MANAGING DOCUMENTS/IMAGES This presentation will probably involve audience discussion, which will create action items. Use PowerPoint to keep track of.
OPTIMIZED STILL IMAGE BATCH PROCESSING OF SPECIAL COLLECTIONS BOUND MONOGRAPHS AND MANUSCRIPTS USING DNG, JPEG 2000, AND EMBEDDED XMP METADATA IS&T ARCHIVING.
Ktisis: Building an Open Access Institutional and Cultural Repository Alexia Kounoudes, Petros Artemi, Marios Zervas Library and Information Services,
2.01 Understand Digital Raster Graphics
Digital Stewardship Curriculum
Sampling, Quantization, Color Models & Indexed Color
UNT Libraries TRAIL Processing Mark Phillips April 26, 2016
2.01 Understand Digital Raster Graphics
A quick introduction to shooting digital images in RAW
"Digital Media Primer" Yue-Ling Wong, Copyright (c)2013 by Pearson Education, Inc. All rights reserved.
Digital Images.
Image File Size and File Compression
Digital Images.
1.01 Investigate graphic types and file formats.
MELCOM INTERNATIONAL (MI) 2017
Multimedia Training Kit
University of Florida Digital Collections
2.01 Understand Digital Raster Graphics
2.01 Understand Digital Raster Graphics
Basic Concepts of Digital Imaging
Digital Photograph Solution
"Digital Media Primer" Yue-Ling Wong, Copyright (c)2013 by Pearson Education, Inc. All rights reserved.
Presentation transcript:

Presented by: Michael Bevans Information Manager for Digitization Imaging Guidelines and Image Archiving Practices Digitizing Plant Specimens at The New York Botanical Garden Herbarium Presented by: Michael Bevans Information Manager for Digitization

Background Imaging since 1998 Average 35,000 images per year since 2006 337,837 specimen images 27.7 TB image archive 2.5 TB remaining

Rapid Digitization Projects Plants and Fungi of the Caribbean 150,000 specimen images ADBC Plants Herbivores and Parasitoids 240,000 specimen images ADBC Bryophytes and Lichens 300,000 label images ADBC Macro Fungi 90,000 label images

3 Year Projection 780,000 images 16 TB Caribbean and Plants and Bugs 35 MB per image Bryophytes and Lichens and Macro Fungi 6 MB per image

Archive Audit GPI scans Thirteen years of legacy decisions .DCR .2TB .SID .479 TB Thirteen years of legacy decisions 2 types of RAW file formats DCR soon to be obsolete Duplicate .TIFF files Orphaned .SID files Proprietary web derivative GPI scans High resolution .TIFF files Free 2.5 TB .CR2 2.5 TB GPI scans 14.5 TB .TIFF 7.58 TB

Housekeeping .TIFF and.SID files offline All files stored on tape All legacy file formats converted to a standard format Compress large file GPI scans 200 MB per image to less than 90 MB per image FREE 19 TB GPI scans 7.5 TB .DNG 3.6 TB

Archive Policy Why archive? Archive original camera capture as .DNG Create new derivatives as technology evolves E.g. Higher resolution images online Don’t repeat digitization efforts Archive original camera capture as .DNG .DNG is an open license ‘archival’ format Preserves metadata in the file Parametric image editing Small file size

Expanded Imaging Capacity Low cost, easy to operate workstations Less than $6000 each 21 megapixel camera Copystand Lightbox Laptop Small footprint 2’x4’

Imaging Lab

Standardized Production Fixed specimen position Color bar and scale included in margin Standardized exposure Simplified file naming Barcode only v-081.1-00136401 00136401

Results of Standardization Dramatically reduced user error Fewer reshoots required Increased productivity From 53 to over 85 exposures an hour* Over 200,000 images in the last 12 months Over 4000 images by volunteers * Eliminating barcode scanning at capture produces up to 200 exposures per hour

Retrieve specimens from Herbarium Re-file specimens in Herbarium Imaging Workflow Retrieve specimens from Herbarium Photograph specimens Scan Barcode Rename file Re-file specimens in Herbarium Add Metadata Creator, Copyright Filename/QC Image Processing Export Derivatives Archive DNG Batch OCR Grayscale Jpegs KeEmu Database Full Size, RGB Jpegs Data + Jpegs Available Online

Retrieve specimens from Herbarium Re-file specimens in Herbarium New Imaging Workflow Retrieve specimens from Herbarium Photograph specimens Re-file specimens in Herbarium Add metadata Creator, © Image Processing Export Derivatives Bar-decode Filer Batch rename Filename QC Archive DNG Batch OCR Grayscale Jpegs KeEmu Database Full Size, RGB Jpegs Data + Jpegs Available Online

For more information and a complete image processing workflow guide visit www.digitalphotorepro.blogspot.com Thank you