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اثر تنش شوری و منبع نیتروژن بر انتقال مجدد نیتروژن در دو رقم یونجه بمی و قره‌یونجه

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. )YD 5 - 1 +G ! !" \ -

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<

< PE< "N % ,a 0D" Ak$I

A M < PE< <

) M 4 (

< PE< "N % '@ De ^_

'(

'D = < '= 'E + ,a 0D" ( KD '=

= . '("D ! g 2. = 0".

Meuriot et al. -

2003)

Simon et al. (

2004) ( )YD = 0= ) 5

'= 'E + ,a 0D" ( KD '= '( (

<

AK= O .

'E + ,a 0D" 0D . KD

)6 (% e < '=

10

A 8 +

+ ^_

f0=

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. ,a 0D" ( KD

+ ( #DB { S< "$@ @ + B P `=

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) ". -

=

) ) 5"DE_ A 0= + ^_

(Ourry et al., @

1994; Kim et al., 1991)

. / Y - m = G03 !

'\- ". ,28 J K% 1 23

0@ + % -

]F )

= 9 * AB @ '"N 0 +

: ) . .

; < + ,a 0D" 7HM A"$= L AB !

@ T

(Salifu, 2003)

.

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M 3 -

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'( ]L

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) /0.

( (PE< /0. /0.)$"),a 0D" Ak$I

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(ds/m)

%

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) = 1/1 1/05b 1/35b 2/41b 16/9b 18/43b

12 0/69d -34/2* 0/78c -42/2* 1/47c -38/7* 12/84c -24* 14/07c -23/6* 0L

'( 1/1 1/17a 1/51a 2/66a 17/46a 18/86a

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,a 0D" DT )

)$"

/0.

( ,a 0D" ( KD

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) )$"

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%

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) = 1/1 18/1b 25/22b 9/83b %54a

12 8/93c -50/6* 11/23c -56/8* 3/47c -64/7* %38c -29/6* 0L

'( 1/1 20/76a 28/4a 10/54a %50b

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%

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N1 13/4b 18/52c 8/28c %61a N2 22/55a 31/39a 11/23a %50b 1

/ 1

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N3 10/14c -55* 12/23d -59/9* 3/62d -67/2* %35d -28/5*

( KD

,a 0D" DT ,a 0D" Ak$I

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<

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<

'E 'J0*

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]L

59a

% 59d

/ 5 17d

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46c

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53a

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45c

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0L '(

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M 4 - , " )YD 5 - l 0J ,a 0D" DT PE< ,+ ,a 0D" ( KD

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DT

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3

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5 -

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1"_

! $@ '<0v (

1- @

! $@ '<0v 1"_ ! "N %+ = A"B e

]D "B D3 2

) P '=

(Ball & Anderson,

1986)

.

= '("D !

Mohammadi et al.

2008) (

Yarnia et al.

2001)

Sirvastava (

1998) (

0? '( PE< "N % 1- @ { S<

)Y - - .

'% = PE< ,+

9"N '=

2 B -0?

) 1- @ + ) ) A" B "% " @

=

Munns, 2002) .(

'E PE< ,+ - j 0

]L <

0L '(

6 '=

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0%R = ) =

j 0 )N =

12 )B

^ + 0=

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<

> #% ]L

) 4 A

.

= ' )% 5*

[ ,+ 1- @

1 % = 'FM < 'E PE<

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'(

= 0D @ )

M 3 .(

0k = )5 A K V 04% !D30.

) , % A#.

'@

dR De

]L '= A5 ) = ]L 0L

'(

A K +

5 )

'= 0DE"=

1 % AB <0=

. B 0

, 0YE- m_

0= '4N O 2"

/ L

/ K i e

'=

)* + , - ".

v0- '@ , "=

1- @ lM ) 4

' - '% = PE< ,+

]L -

) - )N '= / K / L 1- @ ! K

) 0D @

(Eschie et al., 2002; Munns, =

2002; Zao et al., 2007)

.

' ! %

! 'E PE< ,+ :

"% <

N1

6 '=

) 4

"% +

= 0D @ 0Y ,a 0D"

. 'B 0- < PE< ,+

J0* /03 ' ,a 0D"

]L 0L '(

0%R = ) = ]L +

= . ]L 0L '(

Ak$I < PE< ,+

,a 0D" ( KD K < ,a 0D"

"%

N2

- "% +

N1

N3

AB 0%R = )

M 3

.(

,a 0D" Ak$I < PE< ,+ ) = ]L ,a 0D" ( KD K <

- "%

N2

N3

> #%

) 4 6 '= e !"* A

) 4 +

"%

N1

= 0%R =

=

N2)

N1< N3= (.

i B ! 0=

, " A5b )YD 5 - M '= 'M % =

,a 0D" ( KD K < ,a 0D" Ak$I

< PE< ,+ = dR De

PE< ,+ > #%

<

> #% + ,a 0D" 'J0* /03 'B ]L ,a 0D" ( KD K < ,a 0D" Ak$I

) ) .

,+ - 1 % j 0

- "% < 'E PE<

N2

N3

"% +

= 0%R =N1

. ,a 0D" 'J0* /03 'B 0- 1 %

'E PE< ,+

<

1- @ '% = 9@

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)N [ - "% 1- @

N2

N3

"% +

N1

= 0%R = )

M 3 .(

i B ! 0=

) , % '("D !" v

< 'E PE< ,+ De '@ A30.

A"5b% /03 '= '( '% = 0= ,a 0D" 'J0* '@ ) + ,a 0D" 'J0* '@ ) Y - '= A5 = )D 2 - '=

) 4 ,a 0D" /03 )

> 0D"

/ " G ( 9 T% + =

5 )

<0= 1 % '= 0%R =

=

Etelevina .

et al.

(2005)

N % '@ g 2.

"

PE<

'% = - 8 0

'J0* j

"

5b% /03 '= ,a 0D

"

A

2 - D ) 'J0* '= A5

"

/03 '= ,a 0D

"

> 0D

G

"

/ D"

> 0 / " G 5 9 T% + )

0%R = '=

1 % AB <0=

.

! ( KD

"

+ ,a 0D 0- + ^_ < '= 'E

v

"

!

$ * )

$@

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% ) (%

<

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)

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( KD 1- @ lM

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,+ 0D D

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K 1

( KD

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)

*

"

Y - e ! )

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"

5b% > [ '= ,a 0D

"

2 - A D

)

"

= ,a 0D

K 'J0* = '

"

4 ,a 0D )

/03 '=

> 0D"

/ " G

03 ( KD

"

a 0D 5 9 T% + , )

0%R = '=

0D @ A3 [ AB <0=

.

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