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Cartography / Aquatic ecology / Wetland / Imaging / Constructed wetland / Emergent plant / Infrared / Hongze Lake / Remote sensing / Environment / Earth / Electromagnetic radiation


CHANGE DETECTION OF WETLAND IN HONGZE LAKE USING A TIME SERIES OF REMOTELY SENSED IMAGERY R. RUAN*, Y. ZHANG, Y. ZHOU
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Document Date: 2012-10-18 13:45:33


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City

Shanghai / Beijing / New York / /

Company

Eastern China Normal University Press / Prentice-Hall Inc / Y. ZHOU State Key Laboratory / /

Country

Zambia / China / /

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Event

Extinction / /

Facility

Sanhe Dam / Hohai University / Northern Jiangsu Main Irrigation Canal / Y. ZHOU State Key Laboratory of Hydrology / /

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IndustryTerm

functional services / bank / image processing / near-infrared energy / pre-processing / energy / /

NaturalFeature

Huai River / Chinese Lakes / East China Sea / Zhushun Lake / Gaoyou Lake / Lake of Northern Jiangsu Province / Wangsha island / Changjiang River / Hongze Lake / Chinese lake / Sanhe River / /

Organization

Hohai University / /

Person

Mackey / Jr. / Van Nostrand Reinhold / /

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Position

Corresponding author / /

ProvinceOrState

New Jersey / South Carolina / Northern Jiangsu Province / New York / /

Region

East China / Eastern China / /

Technology

remote sensing / GPS / ISODATA algorithm / image processing / /

SocialTag