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在“
自然资源管理
”中,
命中:
50
条,耗时:小于0.01 秒
1.
Canopy
skin
temperature
variations in relation to climate, soil
temperature
, and carbon flux at a ponderosa pine forest in central Oregon
作者:
Youngil Kim
;
youngil.kim@oregonstate.edu" class="auth_mail" title="E-mail the corresponding author
;
Christopher J. Still chris.still@oregonstate.edu" class="auth_mail" title="E-mail the corresponding author
;
Chad V. Hanson chad.hanson@oregonstate.edu" class="auth_mail" title="E-mail the corresponding author
;
Hyojung Kwon hyojung.kwon@oregonstate.edu" class="auth_mail" title="E-mail the corresponding author
;
Burke T. Greer burke.greer@oregonstate.edu" class="auth_mail" title="E-mail the corresponding author
;
Beverly E. Law bev.law@oregonstate.edu" class="auth_mail" title="E-mail the corresponding author
关键词:
Thermographic imaging techniques
;
Canopy
temperature
;
Coniferous forest
;
Climate
;
Soil
temperature
;
Carbon dioxide flux
刊名:Agricultural and Forest Meteorology
年:2016
2.
A cost-effective
canopy
temperature
measurement system for precision agriculture: a case study on sugar beet
作者:
J. Martínez
;
G. Egea
;
J. Agüera
;
M. Pérez-Ruiz
关键词:
Infrared thermometer sensor
;
UAV
;
Remote sensing
;
Prescription map
;
Precision irrigation
刊名:Precision Agriculture
出版者:Springer US
年:2017
3.
Application of remote sensing-based two-source energy balance model for mapping field surface fluxes with composite and component surface
temperature
s
作者:
Lisheng Songa
;
b
;
Shaomin Liua
;
smliu@bnu.edu.cn
;
William P. Kustasb
;
Bill.Kustas@ars.usda.gov
;
Ji Zhouc
;
Ziwei Xua
;
Ting Xiad
;
b
;
Mingsong Lic
关键词:
Evaporation and transpiration
;
Composite and component
temperature
s
;
TSEBCT
;
Validation
刊名:Agricultural and Forest Meteorology
年:2016
4.
Trees modify the dynamics of soil CO2 efflux in coffee agroforestry systems
作者:
Lucas de Carvalho Gomesa
;
lucascarvalhogomes15@hotmail.com" class="auth_mail" title="E-mail the corresponding author
;
lucas.c.gomes@ufv.br" class="auth_mail" title="E-mail the corresponding author
;
Irene Maria Cardosoa
;
Eduardo de Sá
;
Mendonç
;
ab
;
Raphael Braganç
;
a Alves Fernandesa
;
Vanessa Schiavon Lopesa
;
Teó
;
genes Sena Oliveiraa
关键词:
Climate change
;
Soil carbon
;
Soil CO2 efflux
;
Tree
canopy
;
Atlantic rainforest biome
刊名:Agricultural and Forest Meteorology
年:2016
5.
Eco-physiological basis of drought stress in coffee (Coffea arabica, L.) in Ethiopia
作者:
Abayneh Melke
;
Masresha Fetene
关键词:
Coffea arabica
;
L.
;
Drought stress
;
Drought adaptation
;
Temperature
stress
;
Oxidative stress
;
Water deficit
;
Photosynthesis
;
Crop yield
;
Water use efficiency
刊名:Theoretical and Experimental Plant Physiology
出版者:Springer International Publishing
年:2014
6.
Estimation of evapotranspiration and its partition based on an extended three-
temperature
model and MODIS products
作者:
Fei Tian
;
GuoYu Qiu
;
YongHui Yang
;
YiHe L¨¹
;
Yujiu Xiong
关键词:
Evapotranspiration
;
Three
temperature
model
;
MODIS
;
Evaporation
;
Transpiration
;
Water resources
刊名:Journal of Hydrology
年:2013
7.
Deficit irrigation in a production setting:
canopy
temperature
as an adjunct to ET estimates
作者:
James R. Mahan (1) Andrew W. Young (2) Paxton Payton (1)
刊名:Irrigation Science
年:2012
8.
Silvicultural treatments for converting loblolly pine to longleaf pine dominance: Effects on resource availability and their relationships with planted longleaf pine seedlings
作者:
Huifeng Hu
;
G. Geoff Wang
;
Joan L. Walker
;
Benjamin O. Knapp
关键词:
Canopy
treatment
;
Cultural treatment
;
Gap light index
;
Soil moisture
;
Soil
temperature
;
Root collar diameter
刊名:Forest Ecology and Management
年:2012
9.
Spatial variability of meteorological conditions at different scales in viticulture
作者:
Alessandro Matesea
;
b
;
a.matese@ibimet.cnr.it" class="auth_mail
;
Alfonso Criscia
;
Salvatore Filippo Di Gennaroa
;
d
;
Jacopo Primicerioa
;
b
;
Diego Tomasic
;
Patrick Marcuzzoc
;
Silvia Guidonib
关键词:
Canopy
microclimate
;
Monitoring
;
Wireless sensor network
;
Agrometeorology
;
Viticulture
刊名:Agricultural and Forest Meteorology
年:1 June, 2014
10.
Two-source energy balance model estimates of evapotranspiration using component and composite surface
temperature
s
作者:
Paul D. Colaizzia
;
Paul.Colaizzi@ARS.USDA.GOV
;
William P. Kustasb
;
Martha C. Andersonb
;
Nurit Agamc
;
Judy A. Tolka
;
Steven R. Evetta
;
Terry A. Howella
;
Prasanna H. Gowdaa
;
Susan A. O&rsquo
;
Shaughnessya
关键词:
Evaporation
;
Transpiration
;
Evapotranspiration
;
Irrigation
;
Cotton
;
Remote sensing
刊名:Advances in Water Resources
年:2012
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