! " "1 1 4D P1 ' $3K, ' G:1 & 1 GV1 &4< C9GU -%' 4/ W #, 4;3'.J.G' -%' ' # 3 4;X 2 3;" $3K,

Size: px

Start display at page:

Download "! " "1 1 4D P1 ' $3K, ' G:1 & 1 GV1 &4< C9GU -%' 4/ W #, 4;3'.J.G' -%' ' # 3 4;X 2 3;" $3K,"

Scot Hensley
5 years ago
Views:

1 2 (1384) &73-65 $% &1!"# 21 (Nigella sativa) :7#; $# 89 & " & 4012 " <! ", -".// # $ %# &'?, &@ %# A<.45 67' 89 :;< = #%,.//01 -G # & 7 CD " B1 C, $3K, G:1 &' " -# &1 L@1 CD GD #G'.@J. () -%' M '. ' $3K, -# ' -# 4;3' &$3K, ' G:1 &1 $3K, G:1 &1 L@1 N# $ " : < ", "1 O5.@J 1 4D P1 ' $3K, ' G:1 & 1 4;3' ' " -# : ' Q" &G' -G # 1R & S N# $ " ' 81R.4DG' $3K, -# ' -# U 4< ;, -# ;V. ( " 6, 1118) # 7 GV1 &4< C9GU -%' 4/ W #, 4;3'.J ' G:1 1 $3K, G:1 &1 L@1 &GD #G'.@J 8 #.' $B0.G' -%' ' # 3 4;X 2 3;" $3K,.' & &(Nigella sativa) ' & :02 0=>.'!"#$ % & akbarinia2000@yahoo.com.$ *+,- &.#/ $ ) 2 2

2 =A = ;B %76 C"; 9 09: DE 66 GV1 4%, 4" & '? YZ -" -5# GU %, -" 4%,# YZ.# D -" 8 6 ]< ^ %, 3 8? #.4 GD \ " 8.GD _ ;, C% # -? `%W 8a #' %W 4/.JBW #, '" 4 a 8) GD ]< 8 6#R VJ "' # GD G? 8b N, &4 GD# -" #, '.(1374& (# GU) GD - 1, 1 4?^ & 2 G) D 4%, - `%W ' `%W ]< - - =91, ' Nigella d # (Ranunculaceae) VR 'W # " '.(1379 W.4 GD \ - e% V3 8.GD sativa # -! ]< G W < f # - ]< &D G, # - ' g.d 4%, 89 -?@J &-W &-W G9 G' 8a &i@' Gh C?3 &$@< jbw?2' Gh G":< - - ' #. kb -G' 831 8? #.(1996 &Patel 1375 & ) D1 -' & D _ N1. -" ' GD G P1, 4 Z0 C ]< # 5 - N", ' -" G: V5. $ 3/1 N", V 8 m5?v -GD`b, &"'# 8 3, -%' (1375).//01 M '.GD - # GD N", 7 ' N1.4 # 20 nd ' %W 4/ X,GU U 1# G" N", o G:1 o $< &1 L@1 & %W

3 67 1!"# 21 1 L@1 81R G'D ; # 6 ", "1.G "G (1381) 6G/ M '.G' -%' W # ' ".G 4G # 7 #@ 8 %, -%' VU.4D : P1 ' 1 " ; G:1 &1 L@1 G:1 N5. P1 ' " -# ; ' G:1 &; $<, GV1 N5 7 ', GD % GD ;? 7.:5 (1997) -" Dhuyal.G p B 9 N5 2 3;" G' 9 < N1 401 ; # q1' 9 G:1?u?'.G', G"% ' %W ra s twd 8 : ]/01 M '.4 1 q1' _! ' ; : ^ ', G D &' " -# &r, N1, -%' (1381) -" u, 4D : P1 ; # " 6G' " -# 1 b G:1 -# b.gd W 5, 4< 3 ' X,GU $BU $B0 GV1 4< C9GU -%' 4/ W # ' 4< ;,.' G"W 81R 4' 8 #@ G 5 (1996) -" Patel.:5 G:1. ' (1374) a8.' GV1 N,, &r 1?b $ G', :VZ ; # ' CU ;,, G D?u (4D, # da?b & &;) \ (1978) Penka.4D 1 b G:1 : 4< `%W -# &#1 -# GJ / "1, '.#,! / P1. N5-3' r N $<, 1J, GD t!% ; #

4 =A = ;B %76 C"; 9 09: DE ` 1 ]5 $BU GD _W N,a G' 150.(1373 & 9J) GD ' 1#,, #' ", _ &]5 # 4G `, VP3 8 1 kg" N# h 6#R SD \# a?' ` ' nd ' 4D, s 8:1 -".// # $ N# 8 89 $D, 75 =9 89 :;< = #%,.//01, YZ # 2 3 L@ ' D $< v w X,GU C9GU 82' 350 /Z G' n & 1400 N# C0 fw.gd 2 ' 23/5 6/2 s11.u = #%,.//01, # N# r. V 45 A<.G?1 6 2/1 ' " -# GJ 92 ' 9 -?@J :;< CD " B1 N# 7 $ $ r 4D,. ( -G) # &7 J5 ' 50 CJ5 " %a $ 4%?; "r 6 $< 5 G:1., ".GD 67' ' 20 ",.G'GD 4%,, n1 fw ' 0/5 ] (N) - ' 6, 60 6'.@35 CD (P 2 O 5 6, 60 - ' 2 B' 4D, # C; CD (-GD ; # da ) ' L@1 "1, '# f.j # da 8".GD G'Da fw 9 D

5 69 1!"# 21 $ 3-4 U # "1 -GD ; 1 `; 67' 30) GD 5' -3 "1 1 " _ G/.G G/ 12 # 7 1 & " _ L@1 s: # 14 1 & " _ s: 3600 N C, " _ s: # 21 1.@?' G -# kz W 4 -" 4D i1.(gd 5 ' $ & 10 $ $ # 14 7 "1 4D i1. 18 $ $ # 21 1 $ 6 {'?V3K, #?, '# 4D i $ 8:1. G%' 7-5D #" V &?9 L@1.G'GD 4D fw YZ # DU kru # da.," " 1 & $3K, -# 4;3' &$3K, ' G:1 &1 $3K, G:1 &' " -# &1 G 4G ".G 8:1 N,, ' &' -# 8' \ ' "82' 3/.G SAS 56'.GD 67' GJ 95 $ U YZ $, -%' N#?V 8.@J d' 71 M ' -%' M '.G'GD 3/ 71 $ " 82' 8.43' : $3K, ' G:1 &1 $3K, G:1 &1 L@1 ", G D : P1 N# $ " N,, '.(P< 0/05) G O5.@J N5 s N",.(1 D $G) G DG' P1 ' -# $3K, -# 4;3' ' -# "1

6 =A = ;B %76 C"; 9 09: DE 70 ' D Uz 2 D $G.z<, <-".(P< 0/05) 4;X 2 3;" $3K, ' G:1 1 $3K, G:1 &1 L@1 ' $3K, -# 4;3' ' " -# 4D GJ 1 YZ : ( -G) nd U 4< ;, -# '.;' : 315) ' $B0 GV1 4< C9GU -%' 4/, 4;3'.( 4%, nd ' " 6, (cm) $% JKL 0" I (IA 7 B I75P2 B (g) C"; (kg/ha)=2 C"; (kg/ha)@4 " 45 a 2/6 a 61 a 86 a 2/3 a 2005a 1118a (#) 7 40 ab 2/7 a 59 ab 68 b 2/4 a 1997 B 861 B b 2/5 a 51 b 62 b 2/3 a 1381 c 658 C bc 2/4 a 44 bc 34 c 2/2 a 1072 cd 315d (-G) GJ 5 $ U YZ "1 82' 8 : kz W 6G 2' - " % ku 7 $% NK51" ST -2!"# < B $% 0/6879** 0/476* 0/9131** 0/058 ' 0/3742 0/2844 0/3215 ' " -# 0/6142** 0/ $3K, G:1 0/0952 $3K, ' G:1 1 L@1 GJ 1 YZ : ** GJ 5 YZ : * : 6G

7 71 1!"# 21 ($ 82') 6, 1118 # 7 1 ' 8 % -1 4DG' 9 P1 401 &'" -# 1.G 4G ' G:1 1 $3K, G:1 N5 4 ' N5, 4@.:5 N5, -%' 2-2%"^a.//01.4 $3K, b G:1 (1381 &6G/ #@ ; G:1 N5 s G:1 &1 L@1 '.G (1381 &-" u,) ; # GJ 1 YZ : 4;X 2 3;" $3K, ' G:1 1 $3K, 8 M '.;' : ' $3K, -# 4;3' ' " -# 4D ' (1375) n1 GD 6z M ' " ' # 4;3' (# 7) C, "1 -, -3' (1978) Penka N5 GJ ` YZ : % "1 1 L@1 N5 5, 4<, G '. 4/Z &G D ' N5 1 % $3K, G:1 GV1 4? % o }D 7 ' N1 nd ', 4@ -1 CJU M ' 1.GD g X,GU, GD t!% G' # 4< ;, W 4< &- ~.GD ' W 5, 4< G &' -' 4/, 4;3' ( -G) nd U 4< ;, -# ' " 6, 315) ' $B0 GV1 4< C9GU -%' 8, 1J & -%' (1380) ' ;,.//01 M '.( 4%, nd 450 $: ' D 4D,.J a.v /Z nd G' 2.RB0 0V 8 #, G' GV1 " 6,.G' 'Gb.@1 nd 8" ÄG!'

8 =A = ;B %76 C"; 9 09: DE 72. nd Gb 4D, i1 P &. &';, -.=1?2.//01 3g -" N" -.% ' &6 G. -" 5 GV &. & 2G - '' CU.:5 G: &.6 &.h ÄG9. &a 8 -. :;< = #%, 6 7.; # '.1-6 : 1 D &-?@J :J 2%' d' 4@, 4, &' GD CU N &. & - z # 2%'. " 6 d'3v O5 ' -a.' 8~ G/.0@J 161.-?1 $D GU -#.; #.# /.1373 &._ & 9J - 8.R/ 7 &-W G%"^a.- :J?%"^a. -" -@# N" N &. & ' D "5 &.Ä & u, W5 -.(Cuminum cyminum) ; # r "@Vg,.54 D & G'# N"^a,1! ".1381 &.Ç & 6G/ h.k (Plantago ovata) #@ #.JBW 16(2) G&#%, =J - Abdel-Kawy, A. S. W., Hornik, l. and I. Hetheye Yield response to various levels of water supply in anise (pimpenella ansium L.) Herba. Hungarica, 20 (1-2): Dhuyal. S.L., S.C. Bharagava and M.L. Jakar Screening of drought

9 73 1!"# 21 tolerance in cumingen, types. Annals of Biology ladhiama, 13: Hornok, L Effect of environmental factors on growth, yield and or active principles of some spice plants. Acta Horticulture, 168: Katony,T.M.et al Effect of phosphorus nutrition on growth chloroplast ultrastracture and P uptake by Nigella sativa.j.union Arab Biol., Cariro, vol 7(B) Patel, B. S., S. C o. Sandaria and C. Patel Influence of irrigation and nitrogen on plantago ovata. Indian Journal of Agronomy, 41: Penka. M influence of irrigayion on the contents of effective substances of officinal plants. Acta Agriculture,73:

10 Iranian Journal of Medicinal and Aromatic Plants Research 134 Vol. 21 No. (1), (2005) Effect of Irrigaton Intervals on Yield and Agronomic Characteristics of Black cumin (Nigella sativa) A. Akbarinia 1, M. Khosravifard 1, E. Sharifi Ashoorabadi 2 and P. Babakhanlou Abstract The effects of irrigation regimes on yield and agronomic characteristics of black cumin (Nigella sativa) were studied at the medicinal plants Research station of Qazvin Agricultural and natuoral resources research center during the years 1997 and A compele randomized block design(crbd)with three replications was used. The treatments comprised four irrigation periods, 7, 14, 21 interval days and without irrigation.the characteristits studied include of plant height, 1000 grains weight, number of capsule per plant, number of seeds per capsule, seed/capsule weight ratio and seed yield. Results showed that irrigation perriods in each of two years significantly affected effects plant height, number of capsule per plant, number of seed per plant and seed yield. The seven- day irrigation interval had the highest seed yield (1118kgha -1 ). There was no difference between treatments in respect of 1000 grains weight and grain/capsule weight ratio. However in water deficit and non- irrigation condition, plant showed resistance to the drought and produced crop with minimum soil moisture of the measured parameters, there was a significant correlation between yield, plant height, number of capsule per plant and number of seed per capsule. Key words: Medicinal plant, Nigella sativa, irrigation, seed yield 1- Member of Scientific of Qazvin Agricultural and natural resources Research Center, akbarinia 2000@yahoo.com 2- Research Institute of Forest and Ranglands, P. O. Box , Tehran, Iran.

Parts Manual. EPIC II Critical Care Bed REF 2031

Parts Manual. EPIC II Critical Care Bed REF 2031 EPIC II Critical Care Bed REF 2031 Parts Manual For parts or technical assistance call: USA: 1-800-327-0770 2013/05 B.0 2031-109-006 REV B www.stryker.com Table of Contents English Product Labels... 4