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Landscape Change Imagery: preparing a DLESE-ready and easily searchable resource

Landscape Change Imagery: preparing a DLESE-ready and easily searchable resource
景观变化图像:准备 DLESE 就绪且易于搜索的资源
批准号:
0533141
负责人:
Paul Bierman
金额:
$2.45万
依托单位国家:
美国
项目类别:
Standard Grant
财政年份:
2005
资助国家:
美国
项目状态:
已结题
起止时间:
2005-09-01 至 2007-08-31

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中文摘要
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英文摘要
Landscape images are a powerful tool for doing and teaching Earth surface science because they provide a personal and human-scale linkage to geologic processes and the geography of place and time. However, in order for such imagery to be useful, it must be easily findable by those who wish to use it both in and out of the classroom. this proposal provides support targeted directly toward increasing the ability of scientists and educators to find landscape imagery for use in both formal and informal science education as well as scientific research. The work builds directly on the education, research, and outreach success of the Landscape Change Program (uvm.edu/perkins/landscape), a 10,000+ image web-based archive that has been developed over the past 6 years with NSF support The work will prepare the existing image archive for inclusion in the Digital Library for Earth System Education (DLESE) as a collection as well as to create, test, and refine finding aids for the Landscape Change Program archive itself. This project builds on work done with imagery over the past six years that has catalyzed both formal and informal science education from K-12, to college, graduate school, and beyond. Specifically, this work will support the standardization of metadata and image descriptions in the database so that the information can be harvested for inclusion as a collection in DLESE. The work will improve the ability of users to find any one of the 10,000+ images within the Landscape Change Program archive by redesigning the current search page and by annotating images in such a way that Goggle-type web crawlers, and thus image and text searches, are more likely to find individual images.
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Collaborative Research: 3 Myr of Laurentide Ice Sheet History Inferred from Cosmogenic Nuclides in Ice-Rafted Debris
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