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Australian Government
abare.gov.au
Australian crop report – 16 June 2009
    Overview
      New South Wales
      Victoria
      Queensland
      Western Australia
      South Australia

      Statistical tables
      Download PDF

Overview

Rainfall

Map 1 illustrates rainfall deficiencies throughout Western Australia, eastern Victoria, parts of southern New South Wales, and central Queensland for the March-May period. The majority of grain growing regions in South Australia, western Victoria and northern and central New South Wales received average to above average rainfall. Details of rainfall received in the March–May period are provided in table A.

MAP 1 – Australian rainfall deciles, 1 March to 31 May 2009

Australian wheat growing regions

Australian meteorological districts

A March - May rainfall in major grain growing regions
average a
2007
2008
2009
2007
2008
2009
mm
mm
mm
mm
% of
% of
% of
 
average
average
average
spacer
Queensland
Central Highlands (35)
129
48
32
87
37
25
68
Maranoa (43)
116
45
24
95
39
21
82
West Darling Downs (42)
119
64
34
134
54
29
113
East Darling Downs (41)
140
64
43
148
46
31
106
Moreton South Coast (40)
307
109
139
359
36
45
117
spacer
New South Wales
North West Plains (W) (52)
114
103
41
112
91
36
99
North West Plains (E) (53)
127
115
44
122
90
35
96
North West Slopes (N) (54)
135
135
32
121
100
24
90
North West Slopes (S) (55)
129
161
51
104
125
39
81
Northern Tablelands (N) (56)
153
174
72
224
114
47
147
Central West Plains (S) (50)
113
110
54
87
98
48
77
Central West Plains (N) (51)
113
106
48
113
94
43
100
Central West Slopes (N) (64)
138
152
58
89
110
42
64
Central West Slopes (S) (65)
137
135
62
104
99
45
76
Central Tablelands (N) (62)
141
162
61
102
115
43
72
Central Tablelands (S) (63)
210
173
95
174
83
45
83
Riverina (W) (75)
88
101
44
57
114
50
65
Riverina (E) (74)
110
113
48
66
103
44
60
South West Slopes (N) (73)
138
146
90
109
105
65
79
South West Slopes (S) (72)
182
205
112
158
113
62
87
Southern Tablelands (GM)(70)
155
126
77
119
81
50
77
spacer
Victoria
North Mallee (76)
69
120
40
65
175
58
95
South Mallee (77)
80
124
49
71
154
61
88
North Wimmera (78)
88
133
60
76
150
68
86
South Wimmera (79)
111
161
82
98
146
74
89
Lower North (80)
99
124
49
71
125
50
72
Upper North (81)
118
154
68
79
130
57
67
Lower North East (82)
175
217
111
155
124
63
89
Upper North East (83)
239
247
120
167
103
50
70
North Central (88)
161
184
89
107
114
55
67
Central Western (89)
140
150
85
113
107
61
81
spacer
South Australia
Upper South East (25B)
95
123
68
86
130
72
91
Murray Mallee (25A)
67
110
47
55
165
71
83
Murray River (24)
72
113
53
54
157
73
75
East Central (23)
135
185
116
128
137
86
95
West Central (22)
97
178
86
103
183
88
106
Lower North (21)
92
142
79
81
155
86
88
Upper North (19)
68
85
37
53
126
55
78
Western (18)
73
118
39
87
161
53
119
spacer
Western Australia
North Coast (8)
95
28
100
13
30
106
14
Central Coast (9)
171
110
154
55
64
90
32
Northern Central (10)
89
50
72
52
56
81
58
South Coast (9A)
197
162
206
99
82
105
50
South Central (10A)
101
70
107
43
69
106
43
South East (12)
77
55
26
48
71
34
62
spacer
Tasmania
Northern (91)
227
310
200
258
137
88
114
Midlands (93)
126
132
78
91
105
62
72
a Average from 1913 to 2009.


The Australian Bureau of Meteorology in its latest seasonal rainfall outlook (26 May 2009) for the winter period indicates a slight increase in the odds toward below average rainfall in the grain growing regions of Western Australia, South Australia, Victoria and south-west New South Wales. The chance of exceeding median rainfall is below 40 per cent in small pockets of Western Australia and ranges between 40 and 50 per cent in other areas.

The national outlook for maximum temperatures averaged over winter (June to August) shows a moderate to strong shift in the odds toward warmer than normal conditions across southern Australia, particularly in Western Australia. The chance that the average winter maximum temperature will exceed the long-term median is greater than 60 per cent across the southern half of Queensland, most of New South Wales, Victoria and South Australia. In Western Australia, the chance increases to between 70 and 80 per cent.

MAP 2 – Probability of exceeding median shire wheat yield in the 2009 season given the OI phase was ‘rapidly falling’ during April–May

MAP 3 – Simulated long term median wheat yields, by shire (1901–2005)

 


On 3 June 2009, the Australian Bureau of Meteorology announced the recent evolution of climate patterns across the equatorial Pacific is consistent with the early stages of an El Niño developing. El Niño events are usually (but not always) associated with below normal rainfall in the second half of the year across large parts of southern and inland eastern Australia. If realised the combination of above average temperatures, combined with below average rainfall, may negatively affect 2009-10 winter crop yields.

A number of organisations provide forecast yields for grains, including wheat and grain sorghum. The shire scale wheat forecasting system of the Queensland Primary Industries and Fisheries combines starting soil moisture conditions with the seasonal outlook including the most recent trend in the Southern Oscillation Index (SOI). The probability of exceeding average wheat yields at the beginning of June (map 2) is highly variable across Australia. In Queensland the chance of exceeding long-term median yields ranges from 80 to 90 per cent in most of central Queensland. The chances are mostly around 50 per cent for southern Queensland. In New South Wales the chances of exceeding the long-term median yields vary throughout the state from 10 to 20 per cent in southern New South Wales to close to 100 per cent in northern New South Wales. Throughout Victoria the chances of exceeding long-term median yields are quite low varying between 10 and 30 per cent. In South Australia the chance of exceeding median yields is also highly variable, being between 10 and 70 per cent. Western Australia’s chance of exceeding long-term median yields is the most variable at between 10 and 100 per cent.

Winter crop production

The total area planted to winter grains is forecast to increase slightly in 2009-10, to around
21.9 million hectares (table b). Assuming an improvement in yields in 2009-10, total winter crop production is forecast to be 34.8 million tonnes, a 5 per cent increase from last year’s crop (table c).

Of the major winter grains, the area planted to wheat is forecast to fall marginally to 13.5 million hectares. Wheat production in 2009-10 is forecast to be around 22 million tonnes, a 3 per cent increase from the previous season. The area planted to barley is forecast to fall by 1 per cent to less than 4.5 million hectares. Barley production is forecast to increase to around 7.7 million tonnes in 2009-10, a 13 per cent increase on the 2008-09 harvest, reflecting an improvement in yields in Victoria and South Australia. The area planted to canola is forecast to increase by 7 per cent to slightly more than 1.2 million hectares. Total canola production is forecast at 1.7 million tonnes in 2009-10, a 9 per cent fall from the previous season, which reflects a forecast decline in Western Australian production.

B Winter crop area - Australia a
 
New
South Wales
Victoria
Queensland
Western
Australia
South
Australia
Australia
000 ha
000 ha
000 ha
000 ha
000 ha
000 ha
spacer
1996-97
4 676
2 331
1 225
6 793
3 048
18 102
1997-98
4 543
2 315
1 213
7 141
3 047
18 260
1998-99
4 927
2 454
1 420
7 419
3 376
19 582
1999-00
4 955
2 670
1 337
7 464
3 342
19 763
2000-01
5 398
2 706
1 126
7 390
3 667
20 280
2001-02
5 309
2 684
 788
7 173
3 866
19 817
2002-03
4 782
2 928
 774
7 174
3 965
19 623
2003-04
6 070
3 126
1 039
7 689
4 034
21 982
2004-05
6 456
3 130
 878
7 936
4 018
22 444
2005-06
5 554
2 908
 967
7 390
3 882
20 728
2006-07
5 616
3 054
 792
6 474
4 152
20 117
2007-08
6 315
3 397
 879
7 262
4 142
21 954
2008-09  s
5 946
3 191
1 203
7 406
3 985
21 757
2009-10  f
6 148
3 114
1 322
7 304
3 970
21 879
% change 2008-09 to 2009-10
3
-2
10
-1
0
1
 
a State areas include wheat, barley, oats, canola, lupins, field peas, chickpeas, faba beans and lentils. Australian totals also include triticale, linseed and safflower. f ABARE forecast. s ABARE estimate.

C Winter crop production - Australia a
 
New
South Wales
Victoria
Queensland
Western
Australia
South
Australia
Australia
Kt
Kt
Kt
Kt
Kt
Kt
spacer
1996-97
11 285
4 599
2 469
11 192
5 458
35 071
1997-98
8 558
3 398
1 637
12 097
5 360
31 116
1998-99
9 718
3 495
2 322
12 232
6 305
34 159
1999-00
11 495
5 139
2 222
13 311
4 751
36 981
2000-01
10 834
6 232
1 340
8 726
7 486
34 696
2001-02
11 171
5 873
1 142
12 050
8 927
39 240
2002-03
3 505
1 955
 836
6 812
4 227
17 402
2003-04
10 768
6 945
1 473
16 683
7 450
43 395
2004-05
10 724
4 203
1 383
12 472
5 849
34 711
2005-06
11 867
6 170
1 426
13 922
7 518
40 985
2006-07
3 837
1 787
 907
8 253
2 792
17 613
2007-08
4 000
4 711
1 195
10 750
4 713
25 433
2008-09  s
9 653
3 081
2 190
13 563
4 599
33 149
2009-10  f
9 823
5 189
2 104
11 415
6 169
34 771
% change 2008-09 to 2009-10
2
68
-4
-16
34
5
a State production include wheat, barley, oats, canola, lupins, field peas, chickpeas, faba beans and lentils. Australian totals also include triticale, linseed and safflowerseed. f ABARE forecast. s ABARE estimate.

Climate variability and crop forecasting

Climate variability is an important factor affecting changes in Australian crop production, with rainfall variation the main contributor to changes in crop yields from one year to another.

Crop forecasts by ABARE are based on a combination of variables including discussions with people ‘on the ground’ and using in-house analysts’ professional judgment in assessing the significance of weekly and monthly rainfall data for the principal crop producing regions. A number of organisations provide model-based yield forecasts for grains, including wheat and sorghum, which incorporate climatic information and forecasts provided by the Bureau of Meteorology. For example, the shire scale wheat forecasting system of Queensland Primary Industries and Fisheries combines starting soil moisture conditions with the seasonal outlook including the most recent trend in the Southern Oscillation Index (SOI). This information forms part of the base information used by ABARE.

Early in the growing season, ABARE generally uses a 10 year moving average yield as a starting point for crop forecasts in each state. The 10 year average yield takes account of productivity improvements, farmers’ adaptation to changing climatic conditions and recent trends and variations in rainfall and temperature. ABARE also incorporates three month seasonal outlooks released by the Bureau of Meteorology in its crop production forecasting system. Yield forecasts are formulated by adjusting 10 year averages in accordance with rainfall to date and the climatic (rainfall and temperature) outlooks.

Summer crop production

Summer cropping regions of northern New South Wales and southern Queensland received favourable rainfall throughout the majority of the season. Total summer crop area is estimated to have increased marginally in 2008-09, to slightly more than 1.1 million hectares. The area planted to grain sorghum is estimated to have declined as a result of a fall in feed grain prices and a reduction in the area of fallow land available at the time of sowing. Conversely, an improvement in water storage levels resulted in an increase in the area planted to both cotton and rice. Despite the increase, the area planted to both crops was low in historical terms, as the availability of irrigation water remains a critical issue for both industries. Total summer crop production is estimated to have fallen by 11 per cent to around 3.5 million tonnes (table d).

Grain sorghum production in 2008-09 is estimated to have fallen by 25 per cent to around
2.3 million tonnes. This fall reflects a 15 per cent decrease in the area sown and lower yields than the records achieved in 2007-08. The area planted to rice in 2008-09 is estimated to have been around 9000 hectares. Although this area remained in historic terms low, it was a significant improvement on the 2000 hectares planted in 2007-08. Total rice production is estimated at just less than 66 000 tonnes in 2008-09, which is around 48 000 tonnes more than produced in the previous season.

Australia’s 2008-09 cotton harvest is largely completed and increased supplies of irrigation water and improved cotton varieties have enabled better than average cotton yields to be achieved for both irrigated and dryland cotton. In 2008-09, Australian cotton lint and cottonseed production are both estimated to have been more than double the previous year’s production.

D Summer crop plantings and production - Australia a
New South Wales
Queensland
Australia
spacer spacer spacer
' 000 ha
Kt
' 000 ha
Kt
' 000 ha
Kt
spacer
1996-97
655
2 774
689
1 485
1 431
4 374
1997-98
617
2 588
640
1 139
1 335
3 823
1998-99
885
3 228
721
1 712
1 741
5 097
1999-00
742
2 882
771
2 031
1 591
5 025
2000-01
825
3 366
816
1 786
1 761
5 286
2001-02
777
3 146
794
1 772
1 633
4 933
2002-03
509
1 582
521
1 199
1 097
2 868
2003-04
436
1 766
708
1 806
1 211
3 679
2004-05
493
1 984
773
1 788
1 340
3 889
2005-06
760
2 765
615
1 512
1 442
4 387
2006-07
332
1 036
520
1 079
912
2 181
2007-08
359
1 590
675
2 163
1 108
3 866
2008-09 previous
380
1 394
672
1 785
1 126
3 279
2008-09 f
376
1 379
669
1 979
1 119
3 459
% change 2007-08 to 2008-09
5
-13
-1
-9
1
-11
a State production includes sorghum, rice, cottonseed, maize and sunflowers. Australian production also includes soybeans, peanuts, mung beans and navy beans. f ABARE forecast. s ABARE estimate.
Note: Previous refers to the numbers published in the previous issue of the Australian Crop Report.