BF06_1
BF06
N0P0K0
Jean OUEDRAOGO
SIRI A. 2015
North Soudanian
Burkina Faso
Di
Débé
Bado Herman
NA
WGS84
lower part and flat - valley plain
Gleysols eutriques
Nitrogen-phosphorus trial
Rice
FKR 62N
Rice, Saria, 1_T01, NP-trial
Furrow irrigation
Without fertilizer
119-136
24-32
X
RiceTrials
P
69-30-40
Rice, Saria, 1_T02, NP-trial
N source (Urea (46%)); P source (TSP (46%)); K source (KCl(60%))
0.482608695652174
-0.293333333333333
1.175
33.3333333333333
76.6666666666667
57.5
69
30
40
5200
0.504343819688103
0.13
0.696654352362013
27.2528131599269
62.6814702678319
47.0111027008739
69-40-40
Rice, Saria, 1_T03, NP-trial
0.294202898550725
-0.335
0.4825
11.5942028985507
20
0.618989048651176
0.129999389296219
0.803489646522755
35.2867521353986
60.8696474335625
69-50-40
Rice, Saria, 1_T04, NP-trial
0.204347826086957
-0.282
0.2625
2.17391304347826
3
3.75
0.705535765567441
0.129906407232515
0.884131669920197
42.6540366878311
58.862570629207
73.5782132865087
92-30-40
Rice, Saria, 1_T05, NP-trial
0.391304347826087
-0.44
0.49
17.9347826086957
55
41.25
0.384661581219557
20.4850889416556
62.820939421077
47.1157045658078
92-40-40
Rice, Saria, 1_T06, NP-trial
0.369565217391304
-0.3425
28.804347826087
66.25
92
5550
0.478247538065365
26.5890140939389
61.1547324160595
92-50-40
Rice, Saria, 1_T07, NP-trial
0.371739130434783
-0.258
0.17
21.7391304347826
50
4900
0.548906592571827
32.2081678145124
59.2630287787028
74.0787859733785
120-30-40
Rice, Saria, 1_T08, NP-trial
4850
0.160833333333333
-0.43
0.6875
16.25
65
48.75
0.298496056055429
15.7301190729337
62.9204762917347
47.190357218801
120-40-40
Rice, Saria, 1_T09, NP-trial
0.0866666666666667
-0.185
0.975
20.4166666666667
61.25
5350
0.377671951758226
20.4780123462284
61.4340370386852
120-50-40
Rice, Saria, 1_T10, NP-trial
0.224166666666667
-0.254
0.5125
11.25
27
33.75
0.437460285045767
24.8672669307365
59.6814406337677
74.6018007922096
BF06_2
Rice, Saria, 2_T01, NP-trial
Rice, Saria, 2_T02, NP-trial
0.0971014492753624
0.29
0.5225
37.5
Rice, Saria, 2_T03, NP-trial
0.134782608695652
0.2325
0.1425
28.9855072463768
Rice, Saria, 2_T04, NP-trial
0.42463768115942
0.184
0.805
30.4347826086957
42
52.5
5000
Rice, Saria, 2_T05, NP-trial
0.159782608695652
0.306666666666667
0.4975
23.3695652173913
71.6666666666667
53.75
5050
Rice, Saria, 2_T06, NP-trial
0.248913043478261
0.225
0.35
Rice, Saria, 2_T07, NP-trial
0.392391304347826
0.07
0.43
22.8260869565217
Rice, Saria, 2_T08, NP-trial
5500
0.181666666666667
0.346666666666667
0.575
21.6666666666667
86.6666666666667
Rice, Saria, 2_T09, NP-trial
0.1475
0.3775
0.4875
23.3333333333333
70
5700
Rice, Saria, 2_T10, NP-trial
0.1025
0.19
0.1375
18.75
45
56.25
5150
BF06_3
Rice, Saria, 3_T01, NP-trial
Rice, Saria, 3_T02, NP-trial
0.62463768115942
0.4625
15.2173913043478
35
26.25
4750
Rice, Saria, 3_T03, NP-trial
0.18695652173913
0.285
9.42028985507246
Rice, Saria, 3_T04, NP-trial
0.17536231884058
0.112
0.3875
13.768115942029
19
23.75
4650
Rice, Saria, 3_T05, NP-trial
0.730434782608696
0.33
16.8478260869565
51.6666666666667
38.75
5250
Rice, Saria, 3_T06, NP-trial
0.376086956521739
-0.00250000000000004
11.4130434782609
Rice, Saria, 3_T07, NP-trial
0.673913043478261
0.086
0.0725000000000001
9.23913043478261
17
21.25
Rice, Saria, 3_T08, NP-trial
0.174166666666667
0.276666666666667
0.025
9.58333333333333
38.3333333333333
28.75
Rice, Saria, 3_T09, NP-trial
0.231666666666667
0.1275
0.1725
10.4166666666667
31.25
4950
Rice, Saria, 3_T10, NP-trial
0.318
0.2725
6.66666666666667
16
BF08_1
BF08
OFRA compilation 2014; Segda et al AgronJ97:1429-1437
0
0.129243406107287
0.378741090589225
60.1455421542315
31.2756819202004
N0P13K25
15.3846153846154
8
N30P13K25
43.3333333333333
100
52
3700
0.519108075288403
26.0630682668337
N60P13K25
138.461538461538
72
0.259554037644202
13.0315341334168
N90P13K25
276.923076923077
144
90
13
25
6000
0.173036025096134
8.68768942227788
N120P13K25
30.8333333333333
284.615384615385
148
6100
0.129777018822101
6.51576706670841
N150P13K25
24
0.103821615057681
5.21261365336673
18.3333333333333
42.3076923076923
22
11.6666666666667
53.8461538461538
28
16.6666666666667
115.384615384615
60
14.1666666666667
130.769230769231
68
10.6666666666667
123.076923076923
64
N120P0K25
5
0.27557167253787
0.633459087473076
3.04060361987076
N120P7K25
114.285714285714
32
0.0698799332119005
0.130924598471636
0.337398839652859
3.83613743803459
65.762356080593
18.4134597025661
N120P28K25
19.1666666666667
82.1428571428571
0.279519732847602
0.127354769991482
0.452656241976586
13.0166778779484
55.7857623340644
62.4800538141522
N120P42K25
13.3333333333333
38.0952380952381
0.40294680196083
0.126089198498634
0.49865581848129
18.6643851064083
53.326814589738
89.5890485107598
514.285714285714
7
N120P14K25
32.5
278.571428571429
156
120
14
6300
0.139759866423801
0.129066067148565
0.384826563598632
6.9573395532242
59.634339027636
33.3952298554762
164.285714285714
184
7000
OFRA compilation 2014; Segda Z, Haefele SM, Wopereis MCS, Sedogo MP, Guinko S (2005) Combining field and simulation studies to improve fertilizer recommendations for irrigated rice in Burkina Faso. Agron J 97: 1429-1437
40.8333333333333
116.666666666667
196
7300
N120P13K0
0.12581154719845
5.64389333416971
52.0974769307973
N120P13K50
15
36
0.130958014259246
0.330880707568291
7.19039410495526
66.3728686611254
17.2569458518926
300
311.538461538462
162
6450
323.076923076923
84
6600
NE66_1
NE66
OFRA compilation 2014; FAO fertibase
Niger
N0P60K30
29.75
59.5
0.106429866410258
0.632140607285571
14.406382917351
28.812765834702
N
N15P60K30
209.533333333333
52.3833333333333
104.766666666667
5900
0.399326115824872
0.113129270602548
0.941400649568869
82.7510013560807
20.6877503390202
41.3755006780403
N30P60K30
128.333333333333
64.1666666666667
6607
0.308291902298746
0.117425238336975
1.25066069185217
53.4466792307874
26.7233396153937
N45P60K30
103.622222222222
77.7166666666667
155.433333333333
7420
0.27620134830644
0.120387412007293
1.55992073413547
43.4301756303516
32.5726317227637
65.1452634455274
N122P0K25
OFRA compilation 2014;
9.37704918032787
45.76
0.0274106516675289
0.226416583320328
1.1049129266032
N122P15K25
20.8196721311475
169.333333333333
101.6
5297
0.149547948662432
0.130007746337138
0.834253699788584
8.13837031259651
66.1920785424516
39.715247125471
N122P30K25
32.7622950819672
133.233333333333
159.88
6754
0.19366579036425
0.129798193911144
1.66850739957717
15.2440365836767
61.9924154402853
74.3908985283423
N122P45K25
41.6393442622951
112.888888888889
203.2
7837
0.213999923604363
0.128680461801411
2.50276109936575
21.7528188030484
58.9743087549313
106.153755758876
NE67_1
NE67
27.7
55.4
160.533333333333
40.1333333333333
80.2666666666667
5165
102.2
51.1
5823
86.6
64.95
129.9
6654
15.4426229508197
75.36
N122P13K0
10.1885245901639
95.6153846153846
0.139504336370227
0.130008938081313
7.13107285726906
66.9223760451404
N122P13K12.5
18.0573770491803
169.461538461538
176.24
12.5
4960
1.44603974630021
69.5992710869461
N122P13K25
24.172131147541
226.846153846154
117.96
5706
0.723019873150106
34.799635543473
N122P13K37.5
33.172131147541
311.307692307692
107.92
122
6804
0.482013248766737
23.199757028982
20.6147540983607
167.666666666667
100.6
5272
25.0655737704918
101.933333333333
122.32
5815
32.0163934426229
86.8
156.24
6663
NE68_1
NE68
N45P0K25
OFRA compilation 2014; Mahaman Issaka Mahaman, 1988. Row, Broadcast, hill, or strip placement of P fertilizer on millet and rice in Niger. MS Thesis, Purdue University.
BG-92
Coordinates given of Niamay
Broadcast
0.0242659188235403
0.156175849054039
0.281116528297271
N45P6.608K25
0.160703414845128
0.367516563213531
9.55603625356781
65.0759127437275
17.2008652564221
N45P13.216K25
0.245372630545336
0.735033126427061
18.5163703907928
63.0475686732504
33.3294667034271
N45P19.824K25
0.302935938467024
0.12999962380407
1.10254968964059
27.1222987719537
61.566961498079
48.8201377895167
Band
Strip
NE69_1
NE69
OFRA compilation 2014; Bationo 2008. Integrated soil fertility management options for agricultural intensification in the Sudano-Sahelian Zone of West Africa. P 115.
Upland rice
N0P22K0
64.0909090909091
3150
0.129043056447283
56.6819530231309
N0P44K0
56.4090909090909
0.126841828456838
53.4597178845708
N0P66K0
31.3636363636364
0.124537271839062
44.8383583392241
NG35_1
NG35
N60P60K60
OFRA compilation 2014; S.N. Maobe and J.A. Chweya. Effect of mode and time of nitrogen application on growth and grain yield on lowland rice.East Africa Journal for Agriculture (1990) 56 (1), 7-13
Nigeria
Bray-1
ITA 212
Basal application of P and K
Broadcast and incorporated 1 day after transplant (Basal application)
0.350088755974564
0.12775700693737
0.565914070206474
43.9648999717812
N0P60K60
OFRA compilation 2014; S.N. Maobe and J.A. Chweya. Effect of mode and time of nitrogen application on growth and grain yield on lowland rice.East Africa Journal for Agriculture (1990) 56 (1), 7-18
0.125437695475741
38.7496582513679
OFRA compilation 2014; S.N. Maobe and J.A. Chweya. Effect of mode and time of nitrogen application on growth and grain yield on lowland rice.East Africa Journal for Agriculture (1990) 56 (1), 7-19
NG35_2
OFRA compilation 2014; S.N. Maobe and J.A. Chweya. Effect of mode and time of nitrogen application on growth and grain yield on lowland rice.East Africa Journal for Agriculture (1990) 56 (1), 7-14
2/3 applied basally and 1/3 topdressed 51 days (panacle initiation stage) after transplanting (split application, consid
OFRA compilation 2014; S.N. Maobe and J.A. Chweya. Effect of mode and time of nitrogen application on growth and grain yield on lowland rice.East Africa Journal for Agriculture (1990) 56 (1), 7-20
NG35_3
OFRA compilation 2014; S.N. Maobe and J.A. Chweya. Effect of mode and time of nitrogen application on growth and grain yield on lowland rice.East Africa Journal for Agriculture (1990) 56 (1), 7-15
1/3 applied basally and 2/3 topdressed 51 days (panacle initiation stage) after transplanting (split application)
OFRA compilation 2014; S.N. Maobe and J.A. Chweya. Effect of mode and time of nitrogen application on growth and grain yield on lowland rice.East Africa Journal for Agriculture (1990) 56 (1), 7-21
NG35_4
OFRA compilation 2014; S.N. Maobe and J.A. Chweya. Effect of mode and time of nitrogen application on growth and grain yield on lowland rice.East Africa Journal for Agriculture (1990) 56 (1), 7-16
Top dressed 51 days after transplanting (Topdress application)
OFRA compilation 2014; S.N. Maobe and J.A. Chweya. Effect of mode and time of nitrogen application on growth and grain yield on lowland rice.East Africa Journal for Agriculture (1990) 56 (1), 7-22
NG35_5
OFRA compilation 2014; S.N. Maobe and J.A. Chweya. Effect of mode and time of nitrogen application on growth and grain yield on lowland rice.East Africa Journal for Agriculture (1990) 56 (1), 7-17
Applied 5 to 10 cm below the soil surface 5 days after transplanting (Deep placement application)
OFRA compilation 2014; S.N. Maobe and J.A. Chweya. Effect of mode and time of nitrogen application on growth and grain yield on lowland rice.East Africa Journal for Agriculture (1990) 56 (1), 7-23
NG35_6