不同下沉深度的日光温室南侧边际效应

1/ ; i 2H=r 40 80cm depth sinking greenhouse. The strength of the illumination marginal effect was 8040 0cm depth sinking greenhouse, the marginal growth vigor of the three different sinking depth greenhouses was 80 40 0cm. Though the south vertical wall engendered shade in the south marginal areas of greenhouse, the sinking greenhouse of depth 80cm still had obvious advantage of heat preservation in winter and spring, and it significantly reduced the marginal effect the south of the greenhouse.The sinking greenhouse of depth 40cm to 50cm is better. Keywords: sinking greenhouse, sinking depth, marginal effect, environment factor / T ; i r : :B i + y i bV “ - ;i“a? a“?Z A z6a r q/Te Z_b E-mailsunzhiqiang1956sina.com 2T ; i | S ! j ; i?Z bE; ; i i=y0 e1-10 M “/ T ; i Bt9 11-12bM “ -/ T ; i O i/ 2H= uy0 b/ T ; i#B4 i 3r q G b/ ; i 2H= ua;#T 1ss/ T ; i 2H=y0M+#H=TYi i aR/ ; i e4 $b 1 ZE 1.1 i# k 2 8, g (N3436 E11321 )hvh g 3 jK =b k |/ sY 0a40a80cm 3 y M ; i Sb | ; i 82m t 10m iW 5m, 4.0m : z 4.5 ma z 2.0ma 3.0mb ij m m 1 U / 80cm ; i b i (r : O i 3cm d $ bb mDN/ ij k i =T (Cucumissativus.L o 1|p b( HW 2010M11 8 HW 2011 M1 18 b zNZ T z 80cmN 50cmTW 30cmbKT i 2 20cmb 1.2 kZ k ; i(1 3 2010 M 12 2011 M 03 = |? 3 / ; i 2H= ura a;vH=T bE i H=# Y | iZ_ P 2m L b m 2 U y “M#/ 40cm i b “ P WyY/ 7?K 3 JTNT-C y. “ _NSb S -20-85 0.5b mDN/ ; i 2H=r a b ;v Ui 1j11 i =/ 10cm r 12j22 i = 1m) b ;v 23 i b ;vb 32 Ts 2.1 / ; i = 2H=r 13d/ ; i 2H=r V=1 i 2H= ui AH=K ; iH= ui“ AM0 i uAs)H=H=M V i 2r H=r b k |T 9l0cm )s i 2H=r b v 14/ 80cm ; i 2H=r pE 3/ ; i 2H= ur Ms) / ; i 2H=r1M m 3b m/ ; i 2H= ur 1Mm 3 V/ ; i = 2r H=rM t Mb4 80cm/ ; i 2rH=r 2 120cm 40cm/ ; ihl20cm 0cm/ ; ihl 40cm 7 “ M 2 (9F 2K (C 1 -N H M (K H ON H 80cm / ; i 2rH=r 2 160cm 40cm/ ; ihl 80cm 0cm/ ; ihl 100cm 2 $ l9F lC o $ 6$ i vM p7 2 # 3/ 40 80cm / ; i 2H=r (rKTH=r i =TYV 0cm/ ; ir 2 40cm i =TYvb 2.2 / ; i 2H= b ; i 2H= u b s # i = r a 2 =r8YH= ui y # i 2H= u b E b |? / ; i 2H= u b Ms 1d =/ ; i 2H= ub M wL m 4b / DNHW2 DN4m/ ; i 2H= b M |Vm 4 V A 1d = i = b iM b 8M t M wLb08:00 - i =rK i K5 04 P 14:00 -rKb 1d= i = b 9 ib/ i = 2H= b 8VC 80#40#0cm0cm/ i =H= 6 q / q ( ivb / T ; i 2 Y P i 2H= u 3BS| T 3 Yb 3 i# ivsY 80cm / i 9.31a40cm / i 9.4a0cm / i 10.45a iv 15.9 i/ |? i hli =4 i = AT OT “/ 9F74b 2.3 / ; i 2H=;v ? / sY 0a40a80cm3 ; i 2H=;v4 ) p 1d = HW i 2H= (bi HWUS;v:USV7 i = 1m)/ ; i 2H=;v M m 5b m 5 V A 3 / ; i 2H=;v M ( wL* vW b 9F 13:00 P vrKvb ! iv;v (v 3 / i;vb 3 / iM1 0cm / i;vv i 40cm/ iv 80cm/ iMvb V ?1 / i 9B#b m/ ; i 2H=;v M i/ DNHWb i/ DN HW;vJMMVNJOBUJPO MYi52.4 / ; i 2H=T | 4 3/ ; i 2H=#vTY ) b pTV 2011-01-18 7 S 3 2011-3-19 WBaY9 i9 ( m 6b m/ ; i 2H=TaY1Mm 6aT 3 - 2011-01-18j2011-02-05 3 9 (v$ 6T9 3b 2 / 7 S9 b 3 z-T9 VC 80#40#0cm / i5 40#80#0cm / i Mvb V ? f / 2H=r1Yy 7 “ MH=rh / i 2H= 2 |Y9v#b m 6b“ 2011-02-12 - 1 Y9 C 0#40#80cm / i f 4 =TY9 (VC 80#40#0cm/ ib V ? y Q 6 i 2H=rh 7/ iN H 2H= 2 |Y9vb4 - TY9 iWs v7 “ M pY9- tb 8 3/ ; i 2H=T 8VC 80#40#0cm/ i9 - 3 i 2H=rM “/ 9F i 2H=r Vrh H=T 3b 3 1/ ; i 2H=r L=1 80cm/ ; i 2rH=r u8Kl 40cm / ; iQ 0cm / ; iQb ; i 2H=rH=r “ i/ 9F7h b 2/ ; i 2H= b L 1d =/ ; i i = b iM b 8M t M O i = b 9 ib/ i = 2 b H=r8VC 0#40#08cmb 3/ ; i 2H=;v L 1d = 3 / ; i 2H=;v M ( wL iv;v (v 3 / i;vb 3 / iM1;vH=r8VC 80#40#0cmb 4VTaY4 Vn 3 / ; i 2H=T 8VC 80# 40#0cm/ ib 8 ; i/ P 2 i 2H= uB|Y =16 i hl i =4 i = AT OT “/ 9F74b8 I n ; i 2/ 40-50cmRb ID1 j i; !9 sZE J j 19928 373-80 2 j ; i J j 199712 123-29 3 fYHq/ i CFD E JS jv 20038 633-37 4 SM l ; i :8. + J j 200319 (3)186-189 5 | i V ; i =;v+# M? p J j 200319(3)200-204 6 | T ; i1 E DW: : W:v 2006 7 Gerard P.A.B . ; i E y J. j 200925(1)164-170 8 ( ; ir H=r J j 200925(5)150-155 9 , v H=r D: 2 jv 2009: 10-14 10 R 6 ; i AM? p J j S 2009(8)43-45 11 ff / T ; ir :8 ? J V 3 ? 200927(3)18-20 12 Z ; ir :8 b + D: 2 jv 2011: 1-10 13 ; iH=r D: 2 jv 2008: 14-19 14 f c +/ T ; i 2H=r M+ J j 201228(8)236-237 3 I f3