Effects of pot-in-pot production system on water consumption, stem diameter variations and photochemical efficiency of spindle tree irrigated with saline water

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Effects of pot-in-pot production system on water consumption, stem diameter variations and photochemical efficiency of spindle tree irrigated with saline water

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作者：J. Miralles^a ; J.A. Franco^a ; M.J. Sá ; nchez-Blanco^b ; S. Bañ ; ó ; n^a ; ^{sebastian.arias@upct.es" class="auth_mail" title="E-mail the corresponding author}
关键词：AGP ; above ground pot ; AGPc ; AGP with control irrigation ; AGPs ; AGP with saline irrigation ; PIP ; pot-in-pot ; PIPc ; PIP with control irrigation ; PIPs ; PIP with saline irrigation ; DLI ; daily light integral ; WUE ; water use efficiency ; IWET ; irrigation water evapotranspired ; VPD ; vapour pressure deficit ; DAFI ; days after first irrigation ; SDV ; stem diameter variations ; MDS ; maximum daily shrinkage ; MXDS ; maximum daily diameter value ; SGR ; stem growth rate ; DW ; dry weight ; θ ; substrate volume water c
刊名：Agricultural Water Management
出版年：2016
出版时间：31 May 2016
年：2016
卷：170
期：Complete
页码：167-175
全文大小：1840 K

文摘

•: Pot-in-pot (PIP) prevented a fall in the photosynthesis rate in saline conditions.
•: PIP maintained a lower substrate temperature than above-ground-pot (AGP).
•: Evapotranspiration was greater in AGP than in PIP.
•: The PIP system produced a greater leaching fraction than AGP.
•: The PIP system improved spindle tree tolerance to salinity.