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马克思主义、列宁主义、毛泽东思想、邓小平理论(3)
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在“
自然资源管理
”中,
命中:
14
条,耗时:小于0.01 秒
1.
The Airborne Snow Observatory: Fusion of
scanning
lidar
, imaging spectrometer, and physically-based modeling for mapping snow water equivalent and snow albedo
作者:
Thomas H. Paintera
;
thomas.painter@jpl.nasa.gov" class="auth_mail" title="E-mail the corresponding author
;
Daniel F. Berisforda
;
Joseph W. Boardmanb
;
Kathryn J. Bormanna
;
Jeffrey S. Deemsc
;
d
;
Frank Gehrkee
;
Andrew Hedrickf
;
Michael Joycea
;
Ross Laidlawa
;
Danny Marksf
;
Chris Mattmanna
;
Bruce McGurkg
;
Paul Ramireza
;
Megan Richardsona
;
S. McKenzie Skilesa
;
Felix C. Seidela
;
Adam Winstralf
关键词:
Snow water equivalent
;
Snow albedo
;
Water resources
;
Scanning
lidar
;
Imaging spectrometer
刊名:Remote Sensing of Environment
年:2016
2.
Improved methods for measuring forest landscape structure:
LiDAR
complements field-based habitat assessment
作者:
Florian Zellweger (1) Felix Morsdorf (2) Ross S. Purves (3) Veronika Braunisch (4) (5) Kurt Bollmann (1)
关键词:
Airborne laser
scanning
;
Bonasa bonasia
;
Habitat model
;
Mountain forest
;
Remote sensing
;
Species conservation
刊名:Biodiversity and Conservation
年:2014
3.
Real-time approaches for characterization of fully and partially scanned canopies in groves
作者:
Fernando A. Auat Cheeina
;
José
;
Guivantb
;
Ricardo Sanzc
;
Alexandre Escolà
c ;
Francisco Yandú
;
na
;
Miguel Torres-Torritid
;
Joan R. Rosell-Poloc
;
jr.rosell@eagrof.udl.cat" class="auth_mail" title="E-mail the corresponding author
关键词:
Crown volume
;
LiDAR
sensor
;
Mobile terrestrial laser scanner
;
Agricultural robotics
刊名:Computers and Electronics in Agriculture
年:2015
4.
Spatial quantification of leafless canopy structure in a boreal birch forest
作者:
T.D. Reida
;
tim.reid@ed.ac.uk" class="auth_mail
;
timdreid@gmail.com" class="auth_mail
;
M. Spencera
;
B. Huntleyb
;
S. Hancockb
;
c
;
R.L.H. Esserya
;
J. Carled
;
R. Holdenb
;
R. Baxterb
;
N. Ruttere
关键词:
Boreal forests
;
Snow
;
Canopy radiative transfer
;
Airborne
lidar
;
Terrestrial laser
scanning
;
Hemispherical photography
刊名:Agricultural and Forest Meteorology
年:15 May, 2014
5.
How to integrate remotely sensed data and biodiversity for ecosystem assessments at landscape scale
作者:
Petteri Vihervaara (1) Laura Mononen (1) (2) Ari-Pekka Auvinen (1) Raimo Virkkala (1) Yihe L眉 (3) Inka Pippuri (4) Petteri Packalen (4) Ruben Valbuena (4) Jari Valkama (5) 1. Finnish Environment Institute (SYKE)
;
Joensuu
;
Oulu
;
and Helsinki Offices
;
P.O. Box 140
;
00251
;
Helsinki
;
Finland 2. Department of Geographical and Historical Studies
;
University of Eastern Finland (UEF)
;
P.O. Box 111
;
80101
;
Joensuu
;
Finland 3. State Key Laboratory of Urban and Regional Ecology
;
Research Center for Eco-environmental Sciences (RCEES)
;
Chinese Academy of Sciences
;
P.O. Box 2871
;
Beijing
;
100085
;
China 4. School of Forest Sciences
;
University of Eastern Finland (UEF)
;
P.O. Box 111
;
80101
;
Joensuu
;
Finland 5. Finnish Museum of Natural History (FMNH)
;
Zoological Museum
;
Monitoring Centre
;
University of Helsinki
;
P.O. Box 17
;
00014
;
Helsinki
;
Finland
关键词:
Ecosystem service
;
Habitat
;
LiDAR
;
Essential biodiversity variable
;
Citizen science
;
Forest
刊名:Landscape Ecology
出版者:Springer Netherlands
年:2015
6.
Lidar
sampling for large-area forest characterization: A review
作者:
Michael A. Wuldera
;
mwulder@nrcan.gc.ca
;
Joanne C. Whitea
;
Ross F. Nelsonb
;
Erik Næ
;
ssetc
;
Hans Ole Ø
;
rkac
;
Nicholas C. Coopsd
;
Thomas Hilkerb
;
Christopher W. Baterd
;
Terje Gobakkenc
关键词:
Light detection and ranging
;
Lidar
;
Sampling
;
Extrapolation
;
Forest
;
Large area
;
Stratification
;
Satellite
;
Monitoring
刊名:Remote Sensing of Environment
年:2012
7.
Airborne laser
scanning
of forest resources: An overview of research in Italy as a commentary case study
作者:
Alessandro Montaghia
;
alessandro.montaghi@gmail.com
;
Piermaria Coronab
;
Michele Dalpontec
;
Damiano Gianellec
;
Gherardo Chiricid
;
Hå
;
kan Olssona
关键词:
ALS
;
LiDAR
;
Forest inventory
;
Forest management and planning
刊名:International Journal of Applied Earth Observation and Geoinformation
年:2013
8.
From points to numbers: a database-driven approach to convert terrestrial
LiDAR
point clouds to tree volumes
作者:
Rüdiger Hildebrandt (1) André Iost (1)
关键词:
Terrestrial laser
scanning
;
Biomass
;
Tree stem volumes
;
Database
;
Sampling slice
刊名:European Journal of Forest Research
年:2012
9.
Model-assisted regional forest biomass estimation using
LiDAR
and InSAR as auxiliary data: A case study from a boreal forest area
作者:
Erik
;
Næ
;
sseta
;
;
erik.naesset@umb.no
;
Terje
;
Gobakkena
;
Svein
;
Solbergb
;
Timothy G.
;
Gregoirec
;
Ross
;
Nelsond
;
Gö
;
ran
;
Stå
;
hle
;
Dan
;
Weydahlf
关键词:
Forest monitoring
;
Laser
scanning
;
SAR
;
Probability sampling
刊名:Remote Sensing of Environment
年:2011
10.
Estimation of forest resources from a country wide laser
scanning
survey and national forest inventory data
作者:
Thomas Nord-Larsen
;
tnl@life.ku.dk
;
Johannes Schumacher
关键词:
LiDAR
;
Model
;
Basal area
;
Volume
;
Biomass
刊名:Remote Sensing of Environment
年:2012
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