.--,-I-- -~ -- .- --- .~ ...
.--,-I--
-~
--
.-
---
.~
I;-\\tiI.ISb:SS
IS SHORT SEASON PEAWT (:KOSSKS
1:x3
Results
Chico
55-437
TrAG- 1
TxAG-2
Tx85 1856
DEMR
1 la’
10a
l’a
lia
ila
DONE
34b
35ab
39a
38ab
36ab
DFIVE
38b
42a
4 4 a
4 4 a
4521
DTEN
42c
45bc
47ab
46ab
4921
DFIFT
47a
47a
4 9 a
5 0 a
5: i
DTWEN
49a
49a
5 : -.
sia
53.1
DTW5
52a
5lEl
52a
5 3 a
54 i
F’JLL
S a o
qc,, ‘i
, .:
iG.2’
8 _.,
N U M P
21a
15a
22;s
i9a
15c1
%MP
37a
36a
38;s
46ab
513
* Values within rows bordered by common letter are net differerx
(P=.OS,Waller-Duncan testj.
+ Days to emergence and flowers one through 25 are means of four
replications.
Other values are means of three replications
FuII/NUMF
1
.39*
Experimentat
Unit
2
.60’
3
.65*
Trait
P l a n t
P l o t
~-
4
.75*
FU~I% M P
1
-.07
Days to emergence
.05
.03
2
.14
Days to first flower
.lO‘
.4a**
3
-.48’
Days to fifth flower
.12*
.68**
4
-.lB*
Days to tenth flower
.14”
.76’*
NUMP “G,RlP
1
.59’
Days to fifteenth ftower
1 6 ”
.79”
2
.76*
Days to twentieth flower
2 0 ”
81”
‘i
.24’
Dajs to rwenty-fifth
f!owrr
77”
21”
L
.42
_..- -
* Significant at P=.Ol
. Sigr Ificant at P =.OOl levet
” Significant at P=.OOOl
D a t e 1: May 19
F U L L
-0.20’
-0.20’
-0.23’
-0.29*
N U M P
-0.10
-0.08
-0.08
-0.06
%MP
-0.10
-0.10
-0.04
-0.06
D a t e 2 . May 22
F U L L
-0.15
-0.34*
-0.35*
-0.40*
-0.&7‘
-0.49’
? ? ? ? ? ? ?
N U M P
-0.08
-0.20’
-0.26’
-0.32’
-0.37*
-0.38’
-0.39*
%MP
-0.05
-0.16
-0.24’
-0.29*
-0.29*
-0.28
-0.28’
D a t e 3 : June 8
F U L L
-0.29*
-0.29‘
-0.34’
-0.37’
-0.39*
- 0 . 4 0 ’ -----7sxi*
N U M P
-0.35’
-0.37’
-0.42’
-0.45’
-0.47’
-0.48
-0.49’
%MP
-0.20.
-0.22’
-0.21”
-0.22‘
-0.22’
-0.21.
-0.21.
D a t e 4. June 26
F U L L
-0.23’
-0.40’
-0.47’
-0.49’
-0.49’
-0.49*
N U M P
-0.25’
~0.51f
-0.57’
-0.58’
-0 57’
-0.58’
OhMP
-0.03
-0 04
-0.03
-0.02
-0.01
-0.01
--.-.
--
--
----
Tril>le 5. Broad-sense heritabilit) estimatr*s for <la\\-s from pl~mtii~g
tt, Ilrst (DONE), t e n t h (DTEIV),
antl tweniy-fïfth (DnVa>
fl»wers. number of full-size pods, :md numbçr of mature pods
hv parental combination.”
.-
- - - -~-
-~-
cross
DONE D T E N
D T W 5 FULL
N U M P
~~
%
.~.
-
TxAG.2Khico
4 6
2 2
49
2 7
5 4
TxAG 2 1 5 5 - 4 3 7
4 9
6 5
49
4 0
4 0
TX-AC-2/Tx851
8 5 6
1 1
3 7
3 6
4 1
4 3
TxAG 2/TxAG-1
3 9
5 3
6 1
4 0
5
TxAG 1 Chico
2 3
2 5
1 7
1 0
4
TxAG 1 1 5 5 - 4 3 7
3 7
4 3
50
1 3
2 8
1 4
2 7
5 2
5 3
2 1
Chlco’55-437
4 0
3 9
4 9
2 3
5 9
C h i c o ’ T x 8 5 1 8 5 6
5 5
5 9
4 6
6 1
5 7
55-4331Tx851856
4 3
4 4
3 4
5 8
4 5
‘ Crosses and reclprocals were used in estimating heritabilities
Parer Kross
Mean
R a n g e
ParenKross
Mean
R a n g e
.~--._ -..- ..-- .-~--- -
__.
-. -~ - - .----
--.
- - - - - - - - -
--
-
- - - -. --
“CL
5 4
i-98
5 5 - 4 3 7
2 7
4 - 9 8
TxAG-1
6 2
9-l 3 9
TxAG-2
3 8
I-82
Tx85” 8 5 6
3 7
l-59
Chico x 55-437
Chico x TxAG-1
Fl
6 3
6-133
FI
6 3
1 8 - 1 1 9
F 2
4 9
5-147
F 2
6 0
6-168
F2 > Parents’ =6
F2 > Parents =1
Chlcc: x TxAG-2
Chico x Tx851856
FI
5 1
1 1 - 9 7
Fl
4 3
2 0 - 6 4
F 2
5 1
3 - 1 1 2
F 2
4 8
3 - l 2 6
F2 ’ “arents =4
F2 > Parents =4
55-4: 7/TxAG-1
55-437 x TxAG-2
F?
5 2
5 - 1 0 9
Fl
4 9
1 6 - 1 0 5
F-2
4 5
4 - l 3 8
F 2
4ç
l-124
F2 > ‘arents =0
F2 > Parents =8
55-437 x Tx851856
. ..--
TxAG-1 x TxAG-2
- -------
Fl
4 5
2 5 - 7 6
Fl
4 7
11-193
F2
3 5
2 - 9 9
F 2
4 5
4-108
F2 ’ “arents =2
F2 > Parents =0
TxAG-1 x Tx851856
TxAG-2
x Tx85 1836
FI
3 9
14-77
FI
4 4
2 2 - 8 3
F 2
4 0
I-119
F 2
3 9
l-105
F2 ’ ‘arents =0
F2 > Parents =3
-_ ._ -. _I_. ~-- -.
~.
-~ .-
-
-
-
-
- ~.-- --.-
.~ .-.
* Ind cates number of plants that are outside the range of both parents
..- __-__
--~--
137
-~
--
.-
---
.~
I;-\\tiI.ISb:SS
IS SHORT SEASON PEAWT (:KOSSKS
1:x3
Results
Chico
55-437
TrAG- 1
TxAG-2
Tx85 1856
DEMR
1 la’
10a
l’a
lia
ila
DONE
34b
35ab
39a
38ab
36ab
DFIVE
38b
42a
4 4 a
4 4 a
4521
DTEN
42c
45bc
47ab
46ab
4921
DFIFT
47a
47a
4 9 a
5 0 a
5: i
DTWEN
49a
49a
5 : -.
sia
53.1
DTW5
52a
5lEl
52a
5 3 a
54 i
F’JLL
S a o
qc,, ‘i
, .:
iG.2’
8 _.,
N U M P
21a
15a
22;s
i9a
15c1
%MP
37a
36a
38;s
46ab
513
* Values within rows bordered by common letter are net differerx
(P=.OS,Waller-Duncan testj.
+ Days to emergence and flowers one through 25 are means of four
replications.
Other values are means of three replications
FuII/NUMF
1
.39*
Experimentat
Unit
2
.60’
3
.65*
Trait
P l a n t
P l o t
~-
4
.75*
FU~I% M P
1
-.07
Days to emergence
.05
.03
2
.14
Days to first flower
.lO‘
.4a**
3
-.48’
Days to fifth flower
.12*
.68**
4
-.lB*
Days to tenth flower
.14”
.76’*
NUMP “G,RlP
1
.59’
Days to fifteenth ftower
1 6 ”
.79”
2
.76*
Days to twentieth flower
2 0 ”
81”
‘i
.24’
Dajs to rwenty-fifth
f!owrr
77”
21”
L
.42
_..- -
* Significant at P=.Ol
. Sigr Ificant at P =.OOl levet
” Significant at P=.OOOl
D a t e 1: May 19
F U L L
-0.20’
-0.20’
-0.23’
-0.29*
N U M P
-0.10
-0.08
-0.08
-0.06
%MP
-0.10
-0.10
-0.04
-0.06
D a t e 2 . May 22
F U L L
-0.15
-0.34*
-0.35*
-0.40*
-0.&7‘
-0.49’
? ? ? ? ? ? ?
N U M P
-0.08
-0.20’
-0.26’
-0.32’
-0.37*
-0.38’
-0.39*
%MP
-0.05
-0.16
-0.24’
-0.29*
-0.29*
-0.28
-0.28’
D a t e 3 : June 8
F U L L
-0.29*
-0.29‘
-0.34’
-0.37’
-0.39*
- 0 . 4 0 ’ -----7sxi*
N U M P
-0.35’
-0.37’
-0.42’
-0.45’
-0.47’
-0.48
-0.49’
%MP
-0.20.
-0.22’
-0.21”
-0.22‘
-0.22’
-0.21.
-0.21.
D a t e 4. June 26
F U L L
-0.23’
-0.40’
-0.47’
-0.49’
-0.49’
-0.49*
N U M P
-0.25’
~0.51f
-0.57’
-0.58’
-0 57’
-0.58’
OhMP
-0.03
-0 04
-0.03
-0.02
-0.01
-0.01
--.-.
--
--
----
Tril>le 5. Broad-sense heritabilit) estimatr*s for <la\\-s from pl~mtii~g
tt, Ilrst (DONE), t e n t h (DTEIV),
antl tweniy-fïfth (DnVa>
fl»wers. number of full-size pods, :md numbçr of mature pods
hv parental combination.”
.-
- - - -~-
-~-
cross
DONE D T E N
D T W 5 FULL
N U M P
~~
%
.~.
-
TxAG.2Khico
4 6
2 2
49
2 7
5 4
TxAG 2 1 5 5 - 4 3 7
4 9
6 5
49
4 0
4 0
TX-AC-2/Tx851
8 5 6
1 1
3 7
3 6
4 1
4 3
TxAG 2/TxAG-1
3 9
5 3
6 1
4 0
5
TxAG 1 Chico
2 3
2 5
1 7
1 0
4
TxAG 1 1 5 5 - 4 3 7
3 7
4 3
50
1 3
2 8
1 4
2 7
5 2
5 3
2 1
Chlco’55-437
4 0
3 9
4 9
2 3
5 9
C h i c o ’ T x 8 5 1 8 5 6
5 5
5 9
4 6
6 1
5 7
55-4331Tx851856
4 3
4 4
3 4
5 8
4 5
‘ Crosses and reclprocals were used in estimating heritabilities
Parer Kross
Mean
R a n g e
ParenKross
Mean
R a n g e
.~--._ -..- ..-- .-~--- -
__.
-. -~ - - .----
--.
- - - - - - - - -
--
-
- - - -. --
“CL
5 4
i-98
5 5 - 4 3 7
2 7
4 - 9 8
TxAG-1
6 2
9-l 3 9
TxAG-2
3 8
I-82
Tx85” 8 5 6
3 7
l-59
Chico x 55-437
Chico x TxAG-1
Fl
6 3
6-133
FI
6 3
1 8 - 1 1 9
F 2
4 9
5-147
F 2
6 0
6-168
F2 > Parents’ =6
F2 > Parents =1
Chlcc: x TxAG-2
Chico x Tx851856
FI
5 1
1 1 - 9 7
Fl
4 3
2 0 - 6 4
F 2
5 1
3 - 1 1 2
F 2
4 8
3 - l 2 6
F2 ’ “arents =4
F2 > Parents =4
55-4: 7/TxAG-1
55-437 x TxAG-2
F?
5 2
5 - 1 0 9
Fl
4 9
1 6 - 1 0 5
F-2
4 5
4 - l 3 8
F 2
4ç
l-124
F2 > ‘arents =0
F2 > Parents =8
55-437 x Tx851856
. ..--
TxAG-1 x TxAG-2
- -------
Fl
4 5
2 5 - 7 6
Fl
4 7
11-193
F2
3 5
2 - 9 9
F 2
4 5
4-108
F2 ’ “arents =2
F2 > Parents =0
TxAG-1 x Tx851856
TxAG-2
x Tx85 1836
FI
3 9
14-77
FI
4 4
2 2 - 8 3
F 2
4 0
I-119
F 2
3 9
l-105
F2 ’ ‘arents =0
F2 > Parents =3
-_ ._ -. _I_. ~-- -.
~.
-~ .-
-
-
-
-
- ~.-- --.-
.~ .-.
* Ind cates number of plants that are outside the range of both parents
..- __-__
--~--
137