Airborne laser scanning and spectral remote sensing give a bird's eye perspective on arctic tundra breeding habitat at multiple spatial scales
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- 作者：N.T. Boelmana ; nboelman@ldeo.columbia.edu" class="auth_mail" title="E-mail the corresponding author ; J.D. Holbrookb ; H.E. Greavesc ; 1 ; J.S. Kraused ; 1 ; H.E. Chmurad ; T.S. Magneyc ; J.H. Perezd ; J.U.H. Eitelc ; e ; L. Goughf ; K.T. Vierlingb ; J.C. Wingfieldd ; L.A. Vierlingc ; e
- 关键词：Airborne laser scanning (ALS) ; Arctic tundra ; Breeding habitat ; Gambel's white-crowned sparrow ; Lapland longspur ; Light Detection and Ranging (LiDaR) ; Normalized Difference Vegetation Index (NDVI) ; Remote sensing ; Snow ; Songbirds ; Vegetation structure ; Wildlife
- 刊名：Remote Sensing of Environment
- 出版年：2016
- 出版时间：October 2016
- 年：2016
- 卷：184
- 期：Complete
- 页码：337-349
- 全文大小：1904 K
文摘
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id="p0035">Songbirds breed in habitats with distinct remotely sensed habitat characteristics.
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id="p0040">Habitat characteristics are important at the territory, but not the nest scale.
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id="p0045">Songbird reproductive success was unaffected by variation in habitat characteristics.
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id="p0050">First arctic demo of how LiDaR technology yields insight into wildlife-habitat associations.
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id="p0055">LiDaR technology may be informative in other ecosystems with small ranges in 3-D structure.