第5期 徐佳楠,葛晨辉,王全华,等:菠菜水培技术研究进展与展望 03 stress [J]. Acta Agriculturae Boreali-Occidentalis Sinica, 2008(1): 137-141, 156 [19]王穎,郭世荣,東胜,等.外源亚精胺对盐胁迫下菠菜叶绿素合成前体含量的影响[J].西北植物学报,2015(10) 2026-2034. WANG Y, GUO S R, SHU S, et al. Effects of exogenous spermidine on chlorophyll precursors content of spinach plant under salt stress [J]. Acta Botanica Boreali-Occidentalia Sinica, 2015(10): 2026-2034 [20]陈冠男,刘金香,曹宇,等.水杨酸对盐胁迫下菠菜叶表皮气孔开度的调节[J].郑州轻工业学院学报(自然科学 版),2014(6):33-38 CHEN G N, LIU J X, CAO Y, et al. The adjustment of salicylic acid on stomatal aperture of Spinacia oleracea L. leaf dermis under salt stress [J]. Journal of Zhengzhou University of Light Industry(Natural Science Edition), 2014(6) [21] ZEEVAART J A, GAGE D A, TALON M. Gibberellin Al is required for stem elongation in spinach [J]. Proceedings of the National Academy of Sciences of the United States of America, 1993, 90(15): 7401-7405 [22]罗树生,胡华敏,王宗抗,等.植物生长调节剂灌根对菠菜的作用效果研究[J].广东农业科学,2012,39(19):64 LUO SS, HU H M, WANG Z K, et al. Regulation effects of plant growth regulators on Spinacia oleracea L by soil drench application [J]. Guangdong Agricultural Sciences, 2012, 39(19): 64-66,70 [23]王灿,苏艳,李树,等.不同光照强度对室内水培叶用蔬菜生长的影响[J].天津农学院学报,2014,21(2):18 WANG C, SU Y, LI S, et al. Effects of different light intensity on indoor hydroponic leafy vegetable growth [J]- Journal of Tianjin Agricultural University, 2014, 21(2): 18-20, 23. [24] PROIETTI S, MOSCATELLO S, LECCESE A, et al. The effect of growing spinach( Spinacia oleracea L)at two light intensities on the amounts of oxalate, ascorbate and nitrate in their leaves [J]. Journal of Horticultural Science and logy,2004,79(4):606-609 [25] YORIO N C, GOINS G D, KAGIE H R, et al. Improving spinach, radish, and lettuce growth under red light-emitting diodes LEDs)with blue light supplementation [J]. HortScience, 2001, 36(2): 380-383 [26]OHASHI-KANEKO K, TAKASE M, KON N, et al. Effect of light quality on growth and vegetable quality in leaf lettuce spinach and komatsuna [J]. Environment Control in Biology, 2007, 45(3): 189-198 [27]黄碧阳,林碧英,李彩霞,等.LED光质对菠菜生长和光合生理特性的影响[冂].福建农林大学学报(自然科学版) 2018,47(4):403-408 HUANG B Y, LIN B Y, LI C X, et al. Effects of LED light quality on growth and photosynthetic physiological characteris- ties in spinach [J] Journal of Fujian Agriculture and Forestry University(Natural Science Edition), 2018, 47(4): 403 [28]黄碧阳,林碧英,李彩霞,等.LED红蓝光配比对菠菜生长及品质的影响[J].江苏农业科学,2018,46(7):131-135. HUANG B Y, LIN B Y, LI C X, et al. Effects of red and blue ratios of LEd on growth and quality of spinach [J].Jiangs gricultural Sciences, 2018, 46(7): 131-135 [29]黄传辉.菠菜生长最适光环境的研究[D].福州:福建农林大学,2016 HUANG C H. The optimal light environment i ach growth [D]. Fuzhou: Fujian Agriculture and Forestry University 2016 [30]CHUN C, TAKAKURA T. Rate of root respiration of lettuce under various dissolved oxygen concentrations in hydroponi [J]. Environment Control in Biology, 1994, 32(2): 125-135 [31] SEO T C, KIM Y C, LEE J W, et al. The effect of dissolved oxygen concentration on the growth and nutrient uptake of summer season [J]. Journal of the Korean Society for Horticultural Science第 # 期 徐佳楠#葛晨辉#王全华#等$菠菜水培技术研究进展与展望 ;</:;;$-%'R><1R5/6>.&<./1:X%/:1&6H?>>6T:0<1&6;3606>1!)**""+#&+BF E+!+!+#C' $+,% 王颖!郭世荣!束胜!等'外源亚精胺对盐胁迫下菠菜叶绿素合成前体含量的影响 $-%'西北植物学报!)*+#"+*#& )*)C E)*B!' kR(gj!g8?3 f!3V83!:<1&'I22:><;%2:N%5:0%.;;S:/76T60:%0 >4&%/%S4=&&S/:>./;%/;>%0<:0<%2;S601>4 S&10<; .0T:/;1&<;</:;;$-%'R><1X%<106>1X%/:1&6H?>>6T:0<1&613606>1!)*+#"+*#&)*)C E)*B!' $)*% 陈冠男!刘金香!曹宇!等'水杨酸对盐胁迫下菠菜叶表皮气孔开度的调节 $-%'郑州轻工业学院学报"自然科学 版#!)*+!"C#&BB EB"' \VI(g(!]A8-Q!\R?j!:<1&'h4:1TJ.;<7:0<%2;1&6>=&6>1>6T %0 ;<%71<1&1S:/<./:%24F8'GH8G JZ3IGH3G ]'&:12 :S6T:/76;.0T:/;1&<;</:;;$-%'-%./01&%2`4:05Z4%. 8069:/;6<=%2]654<A0T.;</="(1<./1&3>6:0>:IT6<6%0#!)*+!"C#& BB EB"' $)+% `II$RRfh-R!gRgI@R!hR]?(P'g6WW:/:&&60 R+ 6;/:L.6/:T 2%/;<:7:&%051<6%0 60 ;S601>4 $-%'[/%>::T605;%2 <4:(1<6%01&R>1T:7=%23>6:0>:;%2<4:806<:T 3<1<:;%2R7:/6>1!+,,B!,*"+##&F!*+ EF!*#' $))% 罗树生!胡华敏!王宗抗!等'植物生长调节剂灌根对菠菜的作用效果研究 $-%'广东农业科学!)*+)!B,"+,#&C! E CC!F*' ]8?3 3!V8VP!kR(g`m!:<1&'f:5.&1<6%0 :22:><;%2S&10<5/%U<4 /:5.&1<%/;%0 4F8'GH8G JZ3IGH3G ]'W=;%6&T/:0>4 1SS&6>1<6%0 $-%'g.105T%05R5/6>.&<./1&3>6:0>:;!)*+)!B,"+,#&C! ECC!F*' $)B% 王灿!苏艳!李树!等'不同光照强度对室内水培叶用蔬菜生长的影响 $-%'天津农学院学报!)*+!!)+")#&+" E )*!)B' kR(g\!38j!]A3!:<1&'I22:><;%2T622:/:0<&654<60<:0;6<=%0 60T%%/4=T/%S%06>&:12=9:5:<1W&:5/%U<4 $-%'-%./01&%2 h610J60 R5/6>.&<./1&8069:/;6<=!)*+!!)+")#&+" E)*!)B' $)!% [f?AIhhA3!P?3\RhI]]?3!]I\\I3IR!:<1&'h4::22:><%25/%U605;S601>4 " 4F8'GH8G JZ3IGH3G ]'# 1<<U%&654< 60<:0;6<6:;%0 <4:17%.0<;%2%N1&1<:!1;>%/W1<:10T 06</1<:60 <4:6/&:19:;$ -%'-%./01&%2V%/<6>.&<./1&3>6:0>:10T X6%<:>40%&%5=!)**!!F,"!#&C*C EC*,' $)#% j?fA?(\!g?A(3 g@!mRgAIVf!:<1&'A7S/%9605;S601>4!/1T6;4!10T &:<<.>:5/%U<4 .0T://:T &654<H:76<<605T6%T:; "]I@;# U6<4 W&.:&654<;.SS&:7:0<1<6%0 $-%'V%/<3>6:0>:!)**+!BC")#&B"* EB"B' $)C% ?VR3VAHmR(Im?m!hRmR3IP!m?((!:<1&'I22:><%2&654<L.1&6<=%0 5/%U<4 10T 9:5:<1W&:L.1&6<=60 &:12&:<<.>:! ;S601>4 10T i%71<;.01$-%'I096/%07:0<\%0</%&60 X6%&%5=!)**F!!#"B#&+", E+,"' $)F% 黄碧阳!林碧英!李彩霞!等']I@光质对菠菜生长和光合生理特性的影响 $-%'福建农林大学学报"自然科学版#! )*+"!!F"!#&!*B E!*"' V8R(gXj!]A(Xj!]A\Q!:<1&'I22:><;%2]I@&654<L.1&6<=%0 5/%U<4 10T S4%<%;=0<4:<6>S4=;6%&%56>1&>41/1><:/6;H <6>;60 ;S601>4 $-%'-%./01&%2^.J610 R5/6>.&<./:10T ^%/:;</=8069:/;6<="(1<./1&3>6:0>:IT6<6%0#!)*+"!!F"!#&!*B E !*"' $)"% 黄碧阳!林碧英!李彩霞!等']I@红蓝光配比对菠菜生长及品质的影响 $-%'江苏农业科学!)*+"!!C"F#&+B+ E+B#' V8R(gXj!]A(Xj!]A\Q!:<1&'I22:><;%2/:T 10T W&.:/1<6%;%2]I@%0 5/%U<4 10T L.1&6<=%2;S601>4 $-%'-6105;. R5/6>.&<./1&3>6:0>:;!)*+"!!C"F#&+B+ E+B#' $),% 黄传辉'菠菜生长最适光环境的研究 $@%'福州&福建农林大学!)*+C' V8R(g\V'h4:%S<671&&654<:096/%07:0<2%/;S601>4 5/%U<4 $@%'^.Z4%.&^.J610 R5/6>.&<./:10T ^%/:;</=8069:/;6<=! )*+C' $B*% \V8(\!hRmRm8fRh'f1<:%2/%%</:;S6/1<6%0 %2&:<<.>:.0T:/91/6%.;T6;;%&9:T %N=5:0 >%0>:0</1<6%0;60 4=T/%S%06>; $-%'I096/%07:0<\%0</%&60 X6%&%5=!+,,!!B)")#&+)# E+B#' $B+% 3I?h\!mAPj\!]II-k!:<1&'h4::22:><%2T6;;%&9:T %N=5:0 >%0>:0</1<6%0 %0 <4:5/%U<4 10T 0.</6:0<.S<1i:%2 ;S601>4 10T &:<<.>:5/%U0 4=T/%S%06>1&&=60 ;.77:/;:1;%0 $-%'-%./01&%2<4:m%/:10 3%>6:<=2%/V%/<6>.&<./1&3>6:0>:! C*B