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Decree Amending The Decree On The Agricultural Use Of Fertilizers In The Plan Period 2013/2014 And On Plant Cover (Modification Of The Calculation Factor For The Type 2 Correction For Dairy Cows, Etc.)

Original Language Title: Bekendtgørelse om ændring af bekendtgørelse om jordbrugets anvendelse af gødning i planperioden 2013/2014 og om plantedække(Ændring af beregningsfaktoren ved type 2 korrektion for malkekøer m.m.)

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Table of Contents
Appendix 1
Appendix 2
Appendix 3
Appendix 4

Publication of the amendment of the notice on the use of fertilizer in the planned period 2013/2014 and on plant-cover fertilizer

(Amendment of the calculation factor of type 2 cores for dairy cows and m.)

§ 1

Notice no. 975 of 29. July 2013 on the use of fertilizer in the planned period 2013/2014 and on plant cover is amended as follows :

1. § 17, paragraph 1. 2, no. 1, ITREAS :

" 1) Each lot or feed of feed materials, which accounts for more than 10%. of the dry matter in the daily ration of the cow, must be analysed for the content of raw protein. For lots or lots, which are 10%. or less of the dry matter in the encoded daily ration, the default values for grams of raw protein per year. kg of feed material given in Annex 2, Table 4 shall be used. ' ;

2. § 57 revoked.

3. Annex 1, Table 1 : Pivoter norms for agricultural crops and vegetables on free land ; the text of Annex 1 shall be replaced by this notice.

4. Annex 1, Table 3 : Pivoc standards for other planteulary cultures ; the text of Annex 2 to this notice.

5. Appendix 2 the text of Annex 3 to this notice.

6. Annex 4, Table 4 : Conversion factor for the interpretation of statutory crops between two undertakings,

the text of Annex 4 to this notice.

§ 2

The announcement will enter into force on the 11th. September, 2013.

The National Wildlife Agency, the 6th. September 2013

Jette Petersen

/ Pernille Balslev-Erichsen

Appendix 1

' Table 1 : selector standards

Deported

Propultile value

Inserting reproductive value in the nitrogen standard of crops

Inwater growsand JB 1 + 3

Unwater Finsand JB 2 + 4 and 10-12 1)

Water sandearth JB 1-4

Sother JB 5-6 Sother

Lerland JB 7-9

Correction of yield

kg N/ha

Yes / no

Exhictock

Kelective Norm

Exhictock

Kelective Norm

Exhictock

Kelective Norm

Exhictock

Kelective Norm

Exhictock

Kelective Norm

kg N/hkg

hkg/ha

kg N/ha

hkg/ha

kg N/ha

hkg/ha

kg N/ha

hkg/ha

kg N/ha

hkg/ha

kg N/ha

1

2

3

4

5

6

7

8

9

10

11

12

13

14

Vårsemen for maturity
Vårhwheat 2)
0
Yeah.
36 (40)
110
42 (46)
103
47 (52)
122
53 (58)
108
57 (63)
120
1,3
Wat wheat, bread wheat 2)
0
Yeah.
36 (40)
166
42 (46)
161
47 (52)
185
53 (58)
170
57 (63)
187
1,7
Oats
0
Yeah.
42
90
49
86
54
105
55
85
58
98
1.5
Other cormorants, the spring soles
0
Yeah.
43
91
50
87
55
106
55
85
59
98
1.5
Other broadside of the other broadside
9
Yeah.
0
114
0
105
0
120
0
101
0
110
0.0
Maize to maturity
0
Yeah.
66
147
66
135
74
160
73
137
77
152
1.5
Cereal + grain leguins less than 50% grain leguers
8
Yeah.
39
64
42
52
46
66
49
47
51
56
0,5
Modesty Vintersemen
Vinterbarg 2)
0
Yeah.
47 (52)
141
51 (56)
133
55 (61)
150
70 (77)
144
75 (83)
157
1,2
Winter wheat 2)
0
Yeah.
48 (53)
139
62 (68)
142
66 (73)
159
80 (88)
153
85 (94)
167
1,3
Vinterwheat, bread wheat 2)
0
Yeah.
48 (53)
206
62 (68)
215
66 (73)
237
80 (88)
236
85 (94)
254
1,7
Vinterrye 2)
0
Yeah.
42 (46)
120
55 (61)
121
54 (59)
133
67 (74)
124
71 (78)
137
1,2
Hybridrug 2)
0
Yeah.
52 (54)
131
67 (74)
134
67 (74)
146
78 (86)
136
83 (91)
150
1,2
Vintertriticale 2)
0
Yeah.
42 (46)
137
54 (59)
137
54 (59)
150
62 (68)
136
66 (73)
149
1,2
Other cormorants, autumn soles 2)
0
Yeah.
42 (46)
120
54 (59)
119
51 (56)
130
64 (70)
121
68 (75)
134
1,2
Oil seeds and grain leguins
Vårraps
9
Yeah.
20
118
23
109
25
124
26
104
27
114
1.5
Winter raps
9
Yeah.
27
174
35
184
35
184
40
190
42
193
1.5
Rybs
9
Yeah.
18
114
20
104
22
119
23
100
24
109
1.5
Sunflower
9
Yeah.
18
156
20
143
22
156
23
135
24
143
0
Sojabønner
9
No.
45
0
45
0
45
0
45
0
45
0
0
Gul munep
9
Yeah.
19
116
21
106
23
121
23
100
24
109
1.5
Other petroleum seed
9
Yeah.
19
115
21
105
23
120
23
99
24
109
1.5
Peas.
14
No.
46
0
46
0
46
0
46
0
46
0
0
Horse beans
9
No.
46
0
46
0
46
0
46
0
46
0
0
Sødlupin
9
No.
30
0
30
0
30
0
30
0
30
0
0
Dugseed, multi-year-old
9
No.
46
0
46
0
46
0
46
0
46
0
0
Seed semen, other types of maturity
9
No.
46
0
46
0
46
0
46
0
46
0
0
Listen and hemp.
Oil flax
9
Yeah.
15
85
15
72
15
85
15
64
15
72
0
Spindsories
9
Yeah.
91
53
91
40
91
53
91
32
91
40
0
Hamp
9
Yeah.
122
130
122
118
122
130
122
109
122
118
0
Frog grass and other seed seeds
Rajgrass, alm.
9
No.
12
143
12
143
12
143
12
143
12
143
0
Rajgrass, alm. 1. year, autumn
9
No.
12
177
12
177
12
177
12
177
12
177
0
Rajgrass seeds, ital.
9
No.
12
105
12
105
12
105
12
105
12
105
0
Rajgrass seeds, ital. 1. Year Yard
9
No.
12
139
12
139
12
139
12
139
12
139
0
Rajgrass, Hybrid
9
No.
12
118
12
118
12
118
12
118
12
118
0
Rajkweed, fall of autumn. , hybrid
9
No.
12
151
12
151
12
151
12
151
12
151
0
Tymoth seeds (Knoldrottetail)
9
No.
5
93
5
93
5
93
5
93
5
93
0
Dog grassseeds
9
No.
9
168
9
168
9
168
9
168
9
168
0
Winged seeds
9
No.
8
101
8
101
8
101
8
101
8
101
0
Boards of red wine (Fearessvinel)
9
No.
8
118
8
118
8
118
8
118
8
118
0
Rajovolaelseed
9
No.
10
135
10
135
10
135
10
135
10
135
0
Rajosceloars, autumn
9
No.
10
168
10
168
10
168
10
168
10
168
0
Swing seeds, stiffling
9
No.
8
118
8
118
8
118
8
118
8
118
0
Swing seeds, beach
9
No.
8
160
8
160
8
160
8
160
8
160
0
Engrapgrass seeds (field type)
9
No.
11
126
11
126
11
126
11
126
11
126
0
Engrapgrass seeds (lawn-type)
9
No.
8
135
8
135
8
135
8
135
8
135
0
Rapgrass seeds, alm.
9
No.
8
109
8
109
8
109
8
109
8
109
0
Hveneseed alm. and crawling
9
No.
6
101
6
101
6
101
6
101
6
101
0
Riding seeds (red and white clover seeds and alas)
86
No.
4
0
4
0
4
0
4
0
4
0
0
Grass-belt leguers
9
No.
4
0
4
0
4
0
4
0
4
0
0
Commenseed
9
No.
11
110
11
110
11
110
11
110
11
110
4
Valmueseed
9
Yeah.
5
113
8
110
9
126
9
105
9
114
4
Spinatseed
9
Yeah.
12
123
15
133
17
140
17
140
17
140
4
Bederoeseed
9
Yeah.
20
177
20
177
20
177
20
177
20
177
0
Markseed for sowing, other types
9
No.
0
101
0
101
0
101
0
101
0
101
0
Potatoes 12)
Potatoes, put-
0
Yeah.
290
110
316
103
341
119
341
98
341
107
0.2
Potatoes, starch-
0
Yeah.
427
176
478
172
529
193
529
172
529
181
0.2
Potatoes, eat-
0
Yeah.
298
138
375
138
400
155
400
134
400
142
0.2
Potatoes, others
0
Yeah.
441
187
492
183
543
204
543
183
543
192
0.2
Factory Root Fruits
Roer to factory
9
Yeah.
416
110
466
102
466
114
586
103
646
117
0,1
Cicorierøts
9
Yeah.
157
126
208
118
273
136
273
115
292
125
0,1
Other industrial crops, including root fruit
9
Yeah.
0
101
0
101
0
101
0
101
0
101
0
Helsemen, vyear
Vårbyg, sac
0
Yeah.
4500
112
5400
109
6000
127
6800
115
7300
129
0
Vårswheat, sacum
0
Yeah.
4200
110
4900
103
5500
122
6200
108
6700
120
0
Oats, health
0
Yeah.
4600
90
5500
86
6100
105
6200
85
6600
98
0
Mixture, sown sown, sowing
0
Yeah.
4800
91
5600
87
6200
106
6200
85
6700
98
0
Grains and grain leguins, sac, less than 50%. pulses,
5
Yeah.
4800
64
5600
52
6200
66
6200
47
6700
56
0
Tall-semen
9
No.
5100
0
5100
0
5100
0
5100
0
5100
0
0
Silomajs
0
Yeah.
9500
147
9500
135
10500
160
10400
137
10900
152
0
Seed winter
Vinterbarg, sac
0
Yeah.
5800
141
6300
133
6800
150
8600
144
9200
157
0
Vinterwheat, health of saints
0
Yeah.
6000
139
7700
142
8200
159
9900
153
10400
167
0
Vinterrye, sacum
0
Yeah.
4700
120
6300
121
6100
133
7700
124
8200
137
0
Vintertriticale, sacum
0
Yeah.
4900
137
6300
137
6300
150
7300
136
7700
149
0
Mixins, autumn soles, sowing
0
Yeah.
4800
120
6200
119
5800
130
7400
121
7900
134
0
Greengrain
grain grains, greens 13)
0
Yeah.
2700
100
3500
99
3500
112
3800
96
3800
104
0
Grains and grain leguins, greed. 50% grain leguers,
9
Yeah.
2700
62
3500
61
3500
74
3800
58
3800
66
0
Winters, greens 14)
0
Yeah.
3700
123
4800
129
4800
141
5800
137
5800
146
0
Grass. Permanently.
Permanent grass, very low yield. 4)
19
No.
800
25
800
25
800
25
800
25
800
25
0
Permanent grass, low yield 4)
19
No.
1800
67
1800
67
1800
67
1800
67
1800
67
0
Permanent grass, normal yield. 4)
19
No.
3000
130
3000
130
3000
130
3000
130
3000
130
0
Permanent grass, plant, over 6 tonnes 3)
19
No.
6
179
6
179
6
179
6
179
6
179
30
Permanent grass and clover without norm 6)
19
No.
-
0
-
0
-
0
-
0
-
0
0
Grass, permanently (reposted mine. every five. Year) 16)
Permanent grass, less than 50% clover 4) 7))
86
No.
6200
230
6400
231
7700
242
6700
234
6700
234
0
Permanent grass, over 50% clover 4) 7))
86
No.
5300
63
5800
63
6900
63
6900
63
6900
63
0
Permanent grass, no clover 4) 16)
19
No.
6700
307
7200
315
8700
341
7700
324
7700
324
0
Permanent grass for plant 3) 16)
19
No.
11
267
12
288
14
351
13
309
13
309
30
Persistent lucerne for plant 3) 16)
86
No.
11
0
13
0
15
0
14
0
14
0
0
Permanent lucerne over 25% grass, to plant 3) 16)
86
No.
12
63
14
63
16
63
15
63
15
63
0
Permanent rolling grass 16)
0
No.
0
177
0
177
0
177
0
177
0
177
0
Permanent clover for factory 3) 16)
86
No.
12
0
14
0
16
0
15
0
15
0
0
Permanent lucerne and lucerne grass over 50% lucerne 4) 16)
86
No.
5300
63
5800
63
6900
63
6900
63
6900
63
0
Permanent clover grass for factory 3) 16)
86
No.
10
194
11
198
13
225
11
205
11
205
15
Grass plan plants, reoperation
Grass under 50% clover, extremely low yield 4) 7)
19
No.
600
25
600
25
600
25
600
25
600
25
0
Grass under 50% clover, very low yield 4) 7)
19
No.
1500
67
1500
67
1500
67
1500
67
1500
67
0
Grass under 50% clover, low yield 4) 7)
19
No.
2600
130
2600
130
2600
130
2600
130
2600
130
0
Crants and lucerne grass over 50% grass (reoperation) 4) 19)
86
No.
6200
230
6400
231
7700
242
6700
234
6700
234
0
Grass with wicks and other grass fangs, over 50% grass (reoperation) 4)
86
No.
620
230
6400
231
7700
242
6700
234
6700
234
0
Covered grass over 50% clover (reoperation) 4) 7)
86
No.
5400
63
5900
63
7000
63
7000
63
7000
63
0
Lucerne, lucerne grass, over 50% lucerne (reoperation) 4)
86
No.
5400
63
5900
63
6900
63
6900
63
6900
65
0
Cry without clover grass (reoperation) 4)
19
No.
6700
307
7200
315
8700
341
7700
324
7700
324
0
Grass, tug before the year of the year. /ital.rajgrass for seed, 4) 8)
0
No.
2300
89
2300
89
2300
89
2300
89
2300
89
0
Grass, turtgrass (reoperation)
0
No.
0
210
0
210
0
210
0
210
0
210
0
Cry for away pigs.
82
No.
180
180
180
180
180
0
Grass and clover grass with no standard 6)
19
No.
0
0
0
0
0
0
Grass for the factory (reoperation) 3)
19
No.
11
267
12
288
14
351
13
309
13
309
30
The Lucerne, the linus, the line. own feed, 3)
86
No.
11
0
12
0
14
0
13
0
13
0
0
Lucerne, more than 25% grass to the tushes of incline. own feed, 3)
86
No.
11
63
12
63
15
63
13
63
13
63
0
Clever for the tug, inat. own feed, 3)
86
No.
11
0
11
0
13
0
11
0
11
0
0
Plun-grass for factory 3)
86
No.
10
194
11
198
13
225
11
205
11
205
15
Other feed crops
Fodercane beet
14
Yeah.
8900
155
12000
168
12000
181
13000
168
13000
177
0
Turnips
14
Yeah.
7000
151
8500
151
8500
164
8500
143
8500
151
0
Photo marrow cabbage
14
Yeah.
7000
108
7500
101
8500
126
8500
105
8500
114
0
Fodder carrots
14
Yeah.
7000
139
8500
139
8500
151
8500
130
8500
139
0
Posts and crops
Grass, post-post suspension after greed o.l. harvested in maiden / June 4) 9)
0
No.
4100
161
4400
166
5600
186
4000
159
4000
159
0
Grass, post-post suspension after sowing / early seed grass or winter-build harvested no later than 1. August 4) 9)
0
No.
2400
109
2600
113
2700
114
2300
108
2300
108
0
Grass, post-le/veshes after cereals / silly seed grass 4) 9)
0
No.
1100
52
1100
52
1200
54
1100
52
1100
52
0
Grass Grass, Profis/vesitation after greed o.l. harvested in maiden / June 4) 10)
0
No.
3700
120
4000
123
5200
133
3600
119
3600
119
0
Grass Grass, post-post suspension, after all-semen harvested no later than 1. August 4) 10)
0
No.
1800
75
2000
77
2100
77
1700
74
1700
74
0
Grass Grass, post-post suspension after cereals o.l. 4) 10)
0
No.
1100
32
1100
32
1200
32
1100
32
1100
32
0
Grass / clover grass for factory, post-greed o.l. harvested in maiden / June 3)
0
No.
6
204
7
229
7
229
6
204
6
204
30
Autumn crops 11)
17/25
No.
0
0
0
0
0
0
0
Potential and vegetable crops
0
No.
0
0
0
0
0
0
Melletographs
0
No.
0
0
0
0
0
0
Vegetables on free land and herbs
Asier
25
Yeah.
0
135
0
120
0
135
0
110
0
120
0
Asparagus
25
No.
0
150
0
150
0
150
0
150
0
150
0
Bladharcelery
25
Yeah.
0
215
0
200
0
215
0
190
0
200
0
Blomkel
25
Yeah.
0
255
0
240
0
255
0
230
0
240
0
Broccoli
25
Yeah.
0
215
0
200
0
215
0
190
0
200
0
Courgette, squash
25
Yeah.
0
150
0
135
0
150
0
125
0
135
0
kale
50
Yeah.
0
185
0
170
0
185
0
160
0
170
0
Carrot
25
Yeah.
400
125
400
110
400
125
400
100
400
110
0,1
Cabbage
50
Yeah.
0
285
0
270
0
285
0
260
0
270
0
Kinael
25
Yeah.
0
195
0
180
0
195
0
170
0
180
0
celeriac
50
Yeah.
0
235
0
220
0
235
0
210
0
220
0
Onion
0
Yeah.
0
165
0
150
0
165
0
140
0
150
0
Pastinak
25
Yeah.
0
165
0
150
0
165
0
140
0
150
0
Root parsley
25
Yeah.
0
165
0
150
0
165
0
140
0
150
0
Porre
25
Yeah.
0
225
0
210
0
225
0
200
0
210
0
Brussels sprouts
50
Yeah.
0
240
0
225
0
240
0
215
0
225
0
Beet
25
Yeah.
0
180
0
165
0
180
0
155
0
165
0
Redkale
50
Yeah.
0
265
0
250
0
265
0
240
0
250
0
Salat
25
Yeah.
0
165
0
150
0
165
0
140
0
150
0
A sauerkraut, spick dish.
25
Yeah.
0
265
0
250
0
265
0
240
0
250
0
Spinat
25
Yeah.
0
120
0
105
0
120
0
95
0
105
0
Sweet corn
25
Yeah.
0
155
0
140
0
155
0
130
0
140
0
Peas, human consumption
17
No.
0
0
0
0
0
0
0
0
0
0
0
Soil-sock human consumption
25
No.
0
150
0
150
0
150
0
150
0
150
0
Vegetables, others
25
Yeah.
0
265
0
250
0
265
0
240
0
250
0
Bladparsley
25
Yeah.
0
205
0
190
0
205
0
180
0
190
-
Purlied
50
Yeah.
0
300
0
285
0
300
0
275
0
285
-
Crosherbs, eligible
25
Yeah.
0
205
0
190
0
205
0
180
0
190
-
Crosherbs, others
25
Yeah.
0
205
0
190
0
205
0
180
0
190
-
Excultivated areas
Exarable agricultural sareels
0
No.
0
0
0
0
0
0
0
0
0
0
-
Recreative Purpose 15)
0
No.
0
0
0
0
0
0
0
0
0
0
-
Tagetes, disease-singing plant
0
No.
0
0
0
0
0
0
0
0
0
0
0
Randzzones cf. the peripherzon, 17)
Spaces with consents under the environmental arrangements
Eco-grass with N-quota 5)
19
No.
0
0
0
0
0
-
Environmental Grass MVJ pledges (80 N) 4) 5)
22
No.
2200
80
2200
80
2200
80
2200
80
2200
80
-
Environmental Grass MVJ pledges (0 N) (4) 5) 18)
22
No.
800
0
800
0
800
0
800
0
800
0
-
Special crop codes with commitments or environmental measures
Grass on grass, island support
19
No.
800
19
800
19
800
19
800
19
800
19
-
Private afforestation on previous agricultural land 1)
0
No.
0
0
0
0
0
-
20-year withdrawal
0
No.
0
0
0
0
0
-
20-year withdrawal in forest
0
No.
0
0
0
0
0
-
Eco-grass with procurement
0
No.
0
0
0
0
0
-
Sampling areas
0
No.
0
0
0
0
0
-
MVJ not set-aside, non-agricultural land
0
No.
0
0
0
0
0
0
0
0
0
0
-
MVJ set-aside, non-agricultural land
0
No.
0
0
0
0
0
-
Braclasted randzones
0
No.
0
0
0
0
0
0
Environmental measures, not agricultural sareels
0
No.
0
0
0
0
0
0

Tables to Table 1
1)
JB 12 can be positioned as other types of soil from the current texture.
2)
Correction of the nitrogen norms for higher estimated dividends shall be made in relation to the yields indicated in parentheses when the fruit is all but cereals. When the fruit is grains, the correction shall be made against the first yield yields without parentheses.
3)
Exares in tonnes of final products per ha (93% dry matter). It may be converted between feed devices and finished products with a factor 1 FE = 1,2 kg of finished product. Exhibit action is shown in column 14 and is made using hhv. 30 and 15 kg N per. tonnes of finished product.
4)
For the allocation of nitrogen quotas to grass and clover grass into conversion, permanent grass, grass-s/clover grass and grass /clover-grass crops are applicable to the use in the Overview table. The requirements for use of the fields are set at a minimum number of grassroots animal units or linens per one. ha.
5)
The MVJ area of the ' MVJ ' area of animals from another undertaking shall be deduced from the deposits in N through field 305 in the fertiliser account and fill out a Schematic B1 with the quantity of kg N and DE.
6)
Used for pastures or parts of meadows that do not meet the requirements for the award of the norm, cf. The view table.
7)
The clover also includes the lucerne, wicks and other grazing grazing plants.
8)
The normal can be used when a tug is taken after 1. May preceding the spring soles of late soaps, such as silomajs. Normen can also be used when a line of Italian raygrass is taken in the spring of crops in the spring.
9)
The same applies to the afterhaul of non-stifling crops used for degrazing or suspension. The poulp must be included in the summary table below.
10)
This shall also apply to the post-suspension of nitrogen-nosing crops used for degrazing or suspension. The poulp must be included in the summary table below.
11)
' Plitigable crops `, cf. § 29, as well as crops as a result of requirements in Environmental Approvals. An impact shall be taken of 25 kg N per. ha or 17 kg N per. have "dutiful crops", produced in the autumn of 2013 from the company ' s total nitrogen quotas 2013/14. ' Plitiable ' crops `, with the impact of 25 kilograms N per year. have been used when the company has been put up to 0.8 per head. have accordion and over in the previous schedule period (incl. other organic fertilizer, where 100 kg N corresponds to a DE). ' Plitiable crops ` means the aftereffect of 17 kg N per have been used when less than 0,8 DE per person has been released. have accordion in the previous schedule period (incl. other organic fertilizer, where 100 kg N corresponds to a DE).
12)
For potatoes, the yield shall be provided as a calculated product, adjusted in the case of removal and storage.
13)
Excludes the norm for vårtog, oats, voaroved and meslimees to greens.
14)
Excludes the norm for winter barley, winter rye, winter triticale and winter wheat, and mixtures for greens.
15)
Areas for recreational purposes, including the feral care and hunting, can be cleaned without counting the nitrogen in the fertiliser account, provided that the fertilizer has been paid for the fertilizer, cf. Section 14 (2) of the law. 2.
16)
Normen can be used for areas converted into each mine. 5. Years. If the areas of permanent grass have been placed for five years or longer, the crops from the 'Gras, permanent' crop are used.
17)
The quota for the area of MVJ pledges made in 2003, 2004 and 2005 is equivalent to the content of the nitrogen content of grassroots animals. Requirements for the number of grassroots units of animal shall be fixed in the case. Re-r. MVJ pledges made in 2006 and subsequent years, as well as for commitments entered into in 2002 or earlier, made available on its own MVJ areas of own grass-based animals are deducted from the production of the normal production using field 319 in the fertiliser accounts.
18)
The Randzonalm will result in a date. 1. September 2012 must be placed on the peripheral zones, where there will be bans on spraying, fertilizer and cultivate the ground. The Randzone must not, therefore, be given the norm for the planning of the fertilizer planning for 2013/2014.
(19)
This crop code shall, inter alia, be used by undertakings which have applied for the use of the accordion to be applied to 2.3 DE/ha.
Calculation of norm :
The captive normen of the main crop, that is to say. the crop that is at the mark of the Community schedule in the plan period shall be calculated as the crop standard (depending on the type of soil the type of soil is selected column 5, 7, 9, 11 or 13), of the reproductive value (column 2) of the fruit of the foreigold. the main crop during the last period. Note that there is only a way to subtract the value of the word '" Yes' in column 3 for this year's crop crop. In the cultivation of several crops per year, fields per Growth season must be deducted from the fruit of the fruit.
Soil type :
The soil type is specified from the soil type in the plow-line land.
Exchanger :
The allocation of standard to a crop requires the cultivation of crops and harvested in accordance with normal agricultural principles for sale, raising, energy crops or other business purposes, where the yield and use can be documented. The yields provided for cereals, industrial crops and seed for sowing shall be the yield of the base percentage and purity of the crop in force at expense. For potatoes, the yield shall be provided as a calculated product, adjusted in the case of removal and storage. For wholesfish feed, the yields are in net units. In the case of grass or vegetable crops sold for green drying, the yield may be converted as 1 FE = 1,2 kg of finished product.
Feed for wholes-feed crops :
In the case of the raising of the farm, the sum of grasaries in suspension and degrazing shall not exceed 4,000 FE (s) per THEY. The quantity harvested not to be raised on the premises must be able to be documented as a forwards quantity (FE) by using the quantity of the market. the sales attachment. In addition, the beneficiary of herpatic grass, document the use of the grass shall be used as feed using feed plans, etc. Where a company exploits pasture by the pasture of animals belonging to another company, the grazing shall be documented with a receipt from the owner of the animals for the transfer of nitrogen and animal units in manure (Schema B1). In the case of harvesting crop in its own farmhouse, the natural nitrogen content of the crop shall be included in the fertiliser ' s fertiliser account as added to the plant.
Puts for pasture in reoperation and grazing :
The allocation of standard for clover grass in the reoperation takes place according to the content of the leaf clover in the crop. In addition, grass / clover grass shall both be used in rotation and must comply with the requirement for the number of grassroots animal units or linen specified in the Overview table and the normal yield in accordance with. Table 1 column 4.6,8,10 or 12 depending on the type of soil. For degrazing, it must be possible to demonstrate that on the grasslands there is a grassland pressure corresponding to the minimum number of grassine animals specified in the overview table. If one or more grasaries are being tarded in the area, the area shall be reduced in order to document the degrazing of the shares in the specified units per each. sleigh.
Permanent grass Norms :
The allocation of standard for permanent grass shall comply with the requirement for the number of grassroots animal units or a line specified in the Summary Table as well as the normal yield in accordance with. Table 1 column 4.6.8.10 or 12. For degrazing, it must be possible to demonstrate that on the grasslands there is a grassland pressure corresponding to the minimum number of grassine animals specified in the overview table. If one or more grasaries are being tarded in the area, the area shall be reduced in order to document the degrazing of the shares in the specified units per each. sleigh.
The pantograph-ditches published as an alternative to crops :
There is no successor effect for meltdown crops as an alternative to crops.
Table 1 View Table
Minimum number of grassroots animal units per unit. ha (in order to apply the standards for the grazing category) 5)
Graseg Ori 5)
Parts of each hag in the field shall be seized by the field ' s total area 1) 5)
Minimum number of grassroots animal units per unit. ha 2) 5)
Permanent grass, very low yield. 3)
1
0.2
Permanent grass, low yield
1
0,5
Permanent grass, normal yield. 4)
0,5
0.9
Environmental Grass MVJ pledges (80 N)
0,5
0.7
Environmental Grass MVJ pledges (0 N) 3)
1
0.2
Permanent grass, less than 50% clover 4)
0.33
1.9
Permanent grass, over 50% clover
0.33
1,7
Permanent grass, no clover
0.33
2,1
Permanent grass, island support
1
0.2
Permanent lucerne and lucerne grass over 50% lucerne
0.33
1,7
Crants and lucerne grass over 50% grass (reoperation)
0.33
1.9
Grass with wicks and other grazing grazing messes over 50% grass (reoperation)
0.33
1.9
Covered grass over 50% clover (reoperation)
0.33
1,7
Lucerne, lucerne grass, over 50% lucerne (reoperation)
0.33
1,7
Cry without clover grass (reoperation)
0.33
2,1
Grass, tug before the year of the year. /ital.rajgrass for seed,
1
-
Grass under 50% clover, extremely low yield 3)
1
0.2
Grass under 50% clover, very low yield 3)
1
0,5
Grass under 50% clover, low yield 3)
0,5
0.9
Grass, post-post suspension after greed o.l. harvested in maiden / June
0.33
1,3
Grass, post-post suspension after sowing / early seed grass or winter-build harvested no later than 1. August
1
0.8
Grass, post-le/veshes after cereals / silly seed grass
1
0.3
Grass Grass, Profis/vesitation after greed o.l. harvested in maiden / June
0.33
1,1
Grass Grass, post-post suspension, after all-semen harvested no later than 1. August
1
0.6
Grass Grass, post-post suspension after cereals o.l.
1
0.3
List table notes
1)
The proportion of the field ' s pasture, which is seized by a tug, can be no more than 1.00.
2)
Animals in pigs, poultry and furry animals and animals that do not come into grass cannot be counted ;
like grassroots animal units.
Number of animal units shall be collected in accordance with the animal-making declaration of the Ecolite. When land grasses of animals from another company, the fertilizer shipment in kg N and DE shall be indicated by this company at Schemas1. Note that the number of DE that appears in Schema B1 is multiplied by 2 in order to calculate the current grassland in grassful DE.
3)
A minimum of 0,2 animal units shall be counted as per acres. In the case of the fertilizer accounts.
the number of DE shall be deducted from the number of DE.
4)
In particular, productive permanent pasture which has not been reposted within the last five years,
the norm for permanent grass, less than 50% claws, may be used in exceptional cases, provided that a grazing level corresponding to the requirement of grass in conversion can be documented and that the yield exceeds 4000 FE (s) per year. ha. The documentation must consist of a forage plan with the aggregation of the total number of FE produced in the establishment and the need for the feed. The production of the FE shall be made from the yield standards for all the cultivated and purchased fodder and feed requirements are calculated from a maximum amount of feed consumption of grass crops at 2500 FE (s) per year. animal unit.
5)
The sum of the gras; of gras; and ungrazing shall not exceed 4,000 FE (s) per DE by Raised
on your own holding.

"

Appendix 2

' Table 3 : Pivoc norms for other planteularies

Deported

Propultile value

Inserting reproductive value in the nitrogen standard of crops

All soil types N-Norm

Kg N/ha

Yes / no

Kg N/ha

1

2

3

4

Medicine plants
Solhat
0
No.
75
Medicine plants, one and two-year-olds
0
No.
80
Medicine plants, staunds and pits
0
No.
80
Haveseeds
Chrysanthemum Garland, seed
27
Yeah.
60
Dilseeds
27
Yeah.
90
Chinese cabbage seeds
27
Yeah.
140
Seed seeds
27
Yeah.
120
Roquette seeds
27
Yeah.
110
Radisseed
27
Yeah.
120
Bladbeet, beet seed
27
Yeah.
210
Greenkale seed
27
Yeah.
160
Carrot seed
27
Yeah.
160
Cale of turnips (white and red cabbage)
27
Yeah.
200
Silleseed seed
27
Yeah.
210
Dry veloseed
27
Yeah.
180
Mairoeseed
27
Yeah.
160
Pastinakseed
27
Yeah.
120
Schoorzone root seed
27
No.
150
Havrearodseed
27
Yeah.
150
Purgseed
27
No.
120
Timianseed
27
No.
120
Flower seeds
27
Yeah.
60
Other garden seeds
27
Yeah.
100
Planteschoolplants and tismhouses
Bushes and trees
0
No.
150
Stauder
0
No.
300
Flower bulbs
0
No.
300
One-and-two-year-old
0
No.
300
Blackberry, pin-in-up.
0
No.
100
Ribs, tip-up.
0
No.
100
Sticksberry, stickup behavior.
0
No.
100
Raspberry, stick-in-up.
0
No.
100
Strawberries, cranberries and other genus Vaccinium
0
No.
100
Quaede
0
No.
100
Tomatoes 2)
0
No.
2350
Cucumbers 2)
0
No.
2100
Salat 2)
0
No.
900
Other vegetables 2)
0
No.
800
Flowers and cuts green 2)
0
No.
1100
Potteplants 2)
0
No.
950
Plant crops (Stauder and pits of plants) 2)
0
No.
300
Plant plants (one year-olds) 2)
0
No.
300
Closed System 1 (1-year-olds) 3)
0
No.
Quantity delivered
Closed system 2 (stauder and pits of plants) 3
0
No.
Quantity delivered
Container 1 (fruit bushes) 4)
0
No.
550
Container 2 (1-year-olds) 4)
0
No.
550
Container option 3 (Stauder and vedplants) 4)
0
No.
550
Mushrooms, mushrooms
0
No.
Quantity delivered
Hops
0
No.
175
Fruit and berries
Melon
25
Yeah.
135
Pumpkin
25
Yeah.
135
Rabarber
50
No.
100
Strawberries 7)
0
No.
80
Solberries
0
No.
160
Ribs
0
No.
160
Stickleberries
0
No.
100
Bromberries
0
No.
100
Raspberry
0
No.
100
Blueberries
0
No.
160
Surcherries without undergrowth of grass
0
No.
150
Surcherries with undergrowth of grass 1)
0
No.
200
Sleep cherries with no undergrowth of grass
0
No.
150
Sleep cherries with undergrowth of grass 1)
0
No.
200
Other bushfruits
0
No.
85
Spot without undergrowth of grass
0
No.
150
Spot with undergrowth undergrowth 1)
0
No.
200
Hyld
0
No.
200
Hassel (Walnut)
0
No.
85
Apples
0
No.
140
Pears
0
No.
140
Windrues
0
No.
140
Editable grapes
0
No.
140
Raspberry
0
No.
100
Hyben
0
No.
100
Mispel
0
No.
100
Mixed fruit to the country
0
No.
100
Other Tree Fruit
0
No.
100
Tree cultures
Forest service, alm.
0
No.
0
Newplantation in forest of wood height less than 3 meters
0
No.
15
Pyntegreen, organic, JB 2 + 4-12
0
No.
90
Pyntegreen, organic, JB 1 + 3
0
No.
110
Christmas trees and ornails green on agricultural land, JB 2 + 4-12
0
No.
90
Christmas trees and decoration green on agricultural land, JB 1 + 3
0
No.
110
Forest erection of projects not covered by undertakings
0
No.
0
Government afforestation
0
No.
0
Forest erection of previous agricultural land 3
0
No.
0
Federal Forest Travel
0
No.
0
Sustainable forestry operations
0
No.
0
Energy crops and other special production
Lavskov 6)
0
No.
100
Arrow 5)
0
No.
120
Poppel 6)
0
No.
120
El 6)
0
No.
75
Elephant grass
0
No.
75
Rørgrass
0
No.
75
Sorrel
0
No.
150
Other crops
Other crops
0
No.
60
Spaces, labding areas, the parties responsible for peace
0
No.
0
New undertakings without the raw materials in the application
0
No.
0
Other use in the case of the tillers
0
No.
0
Spaces Spaces
0
No.
0
Organic naturai 8)
0
No.
0
Naturareal-application for environmental commitments
0
No.
0

Table 3 Notes
1)
Calculated on the part of the area that is grass-covered, which is harvested or ungrazed during the period of the period.
2)
The cumulative standards shall apply to open systems and are specified in kilograms N per year per year. ha thoroughhouse.
In the case of cultures grown in less than 52 weeks, the nitrogen normen are proportionate.
In the case of tomato and cucumber, the norm is specified for one crop season. For tomato, the cultivation season is nine months.
For undertakings which, in the case of the Natural Business Authority, may prove that they have a cultivation season of 11 months, the norm for tomato, however, is 3000 kilograms N per. ha.
The Normen for lettuce is based on the production of 7 teams per unit. Years. For undertakings which may prove that they have more teams than 7 teams per unit of the nature of the National Business Authority. This year, the norm is adjusted proportionately.
3)
A closed system shall circulate the excess water (fertilizer water) to be recirculated to a container (vessel or pool) from which it is pumped up and mixed with a certain percentage of fertilizer water from the fertiliser cardboard.
4)
A container space is a delimited, planned cultivation area of free land, in which plants are grown in potter (containers).
5)
The Normen for the Arrow is only applicable to the crop for harvest purposes only. The Norm only applies to and with 4. plan period after scrapping or planting.
6)
The standard of poppy, electricity and low-forests shall apply only to crops grown for harvest. The Norm only applies to and by 10. plan period after scrapping or planting.
7)
Norm for strawberries in the washroom is 1000 kg N/ha grow thusground for a nine-month cultivation season in an open system (in a closed system is the amount of the quota).
8)
Used cf. cf. the rules of the Single Payment Scheme. Coverage reserved on its own land of own grassroots animals shall be deduced in the production of normal production using field 319 in the fertiliser accounts.
Calculation of norm :
The captive normen of the main crop, that is to say. the crop that is at the mark of the Community schedule in the period shall be calculated as the standard (column 4) of the crop (column 2) from the fruit of the fruit, i.e. the main crop during the last period. Note that there is only a way of signing up for this year's reproductive value as a 'yes' vote in column 3. In the cultivation of several crops per year, fields per Growth season must be deducted only once.

"

Appendix 3

' Appendix 2

Livestock standards, etc.

Table 1 : Statement of animals in different livestock species

Livestock species

Account

1 oar unreared
Truning records from ongoing crew records
(heavy racial and Jersey each for itself)
1 pair of shoes corresponds to 365 feed days ;
1 oar co-cow without breeding
Truning records from ongoing crew records
(heavy racial and Jersey each for itself). Number of annual animals shall be carried out in the category of weight of less than 400 kg, 400 to 600 kg, and more than 600 kg (600 lb) ;
1 pair of shoes corresponds to 365 feed days ;
1 annual tax kilt (small calves 0-6 mdr. (both from dairy cows and suckler cows))
Enumeration based on ongoing crew records (heavy racial and Jersey are upheld separately).
1 annual tax drain corresponds to 365 feed days ;
1 annual tax kilt (equivall/stude 6 mdr. -Cow towing * / slaughter (both from dairy cows and suckler cows)),
Enumeration based on ongoing crew records (heavy racial and Jersey are upheld separately). 1 annual tax drain corresponds to 365 feed days ;
*Bitch, 27 mdr. For heavy racial and 25 months. for jersey
Paragraph 1. produced tyrekalv 0-6 mdr.
*Countdown based on ongoing crew records (heavy racial and Jersey each for itself)
* Count : The number of animals passed during the period (slaughtered, sold or dead, and calves which have passed 6 months of age)
Paragraph 1. manufactured young bull six months. -slaughter *
*Slaughter : 440 kg for heavy racial species and 328 kg for jersey
Sales Exhies in the Period
(heavy racial and Jersey each for itself)
In the light of the number of animals carried out during the period (slaughtered, sold or dead),
1 annual so of 28,8 pigs to 7.2 kg
Enumeration based on ongoing crew records. The animals are counted as sweeps from and with the first runaway
Alternatively, an annual year can be made up 365 feed days
10 pieces. produced piglets, 7.2-32 kg
A statement must, on the basis of continuous sales, account for the number of piglets that remain in their own crew and the number sold on the market ;
10 pieces. produced sludge, 32-107 kg ;
Sales Exhies in the Period
Number of product used for slaughter shall be calculated as (the number of animals sold by x 1.01)
1000 pieces. the carcases produced,
Sales of sales in the period between five categories 30, 32, 35, 40 or 45 days, scraps, or organic carcases ;
100. produced turkeys
Sales of sales in the period, distributed among the two categories females or males ;
100. produced ducks,
Sales Exhies in the Period
100. geese produced
Sales Exhies in the Period
100 vineyard
Enumeration based on ongoing crew records.
One year of the year corresponds to 365 feed days.
100. Produced hens,
Purchased and Sales Exhib
1 vineyard, mink
Truning records from ongoing crew records
1 vineyard, mink corresponds to 365 feed days.
1 årshest
Enumeration based on ongoing crew records. The fale is included from the time of the westage. Solves within the weight categories of less than 300 kg, 300-500 kg, 500-700 kg and more than 700 kg (700lb)
1 annual shard corresponds to 365 feed days.
1-year-old sheep or goat with the kid
Number of moderately independent of the number of offspring

Table 2 : Contents of nitrogen in manure

The table sets standards for year production and content of nitrogen in livestock manure. The carcase content of livestock manure must be corrected for certain animal species by calculating a correction factor. Reference is made to Table 3.

Household species and stable type

Gull Type

Body kg N

(ab storage)

1 pair of vines (dairy cattle, heavy race)
Constables with greed
Solid fertilizer
+ ajle
66,1
57,1
Restald with riste
Valid
136.7
Bedtime stable with solid floor
Valid
126.6
Sengestald with columns (channel, lineup)
Valid
131,7
Sengestald with columns (channel, slander or ringstation)
Valid
129,1
Bedtime stable, solid drained floor with razor and ajleaflet. 14)
Valid
134.2
Dybtack (whole area)
Depth
146.8
Deep stocking, long aoral space with solid floor
Depth
+ slurg
92,3
50,4
Deep stocking, long-range with spasm (channel, lineplay)
Depth
+ slurg
92,3
52,4
Deep stocking, long ailing space with columns (channel, slander or dial-channel)
Depth
+ slurg
92,3
51,4
1 pair of vines (dairy cows, jersey)
Constables with greed
Solid fertilizer
+ ajle
56,2
48,6
Restald with riste
Valid
116,3
Bedtime stable with solid floor
Valid
107.6
Sengestald with columns (channel, lineup)
Valid
112,0
Sengestald with columns (channel, slander or ringstation)
Valid
109,8
Bedtime stable, solid drained floor with razor and ajleaflet. 14)
Valid
114,1
Dybtack (whole area)
Depth
124.6
Deep stocking, long aoral space with solid floor
Depth
+ slurg
77,8
42,9
Deep stocking, long-range with spasm (channel, lineplay)
Depth
+ slurg
77,8
44.6
Deep stocking, long ailing space with columns (channel, slander or dial-channel)
Depth
+ slurg
77,8
43.7
1 femmec cow (less than 400 kg) 1)
Constables with greed
Solid fertilizer
+ ajle
14.5
23,7
Restald with riste
Valid
41,3
Dybtack (whole area)
Depth
44.4
Dybtack (short burrow space with solid floor)
Depth
43.8
Deep stocking, long aoral space with solid floor
Depth
+ slurg
27,3
14.7
Deep stocking, long-range with columns (canal, line-play)
Depth
+ slurg
27,3
15.6
Deep stocking, long ailing space with columns (channel, slander or dial-channel)
Depth
+ slurg
27,3
15.2
1 annual co-cow (400-600 kg) 1)
Constables with greed
Solid fertilizer
+ ajle
20,6
35,2
Restald with riste
Valid
60,2
Dybtack (whole area)
Depth
64.1
Dybtack (short burrow space with solid floor)
Depth
63.4
Deep stocking, long aoral space with solid floor
Depth
+ slurg
39,4
21,4
Deep stocking, long-range with spasm (channel, lineplay)
Depth
+ slurg
39,4
22,8
Deep stocking, long ailing space with columns (channel, slander or dial-channel)
Depth
+ slurg
39,4
22,1
1 femmeko (more than 600 kg) 1)
Constables with greed
Solid fertilizer
+ ajle
22,7
40,8
Restald with riste
Valid
68,4
Dybtack (whole area)
Depth
72,1
Dybtack (short burrow space with solid floor)
Depth
71,4
Deep stocking, long aoral space with solid floor
Depth
+ slurg
44,2
24,4
Deep stocking, long-range with spasm (channel, lineplay)
Depth
+ slurg
44,2
26,0
Deep stocking, long ailing space with columns (channel, slander or dial-channel)
Depth
+ slurg
44,2
25.2
1 annual tax kilt (small calf 0-6 mdr. , heavy race) 2) 3)
Dybtack (whole area)
Depth
26,7
Dybtack + short-stocking room with solid floor
Depth
26,7
1 annual tax kilt (heifers or stowed 6 months. -The bitch (27 months.) )/slaughter, heavy race) 2) 3)
Constables with greed
Solid fertilizer
+ ajle
21,1
23,3
Restald with riste
Valid
48,1
Bedtime stable with solid floor
Valid
43,1
Sengestald with spalky wolf (channel, lineplay)
Valid
45.7
Sengestald with spalky wolf (channel, slander or ringstation)
Valid
44.4
Bedtime stable, solid drained floor with razor and ajleaflet. 14)
Valid
47,0
Deep-stocking, whole area.
Depth
52.6
Dybtack + short-stocking room with solid floor
Depth
51.5
Deep stocking, long aoral space with solid floor
Depth
+ slurg
33.1
17.1
Deep stocking, long-range with spasm (channel, lineplay)
Depth
+ slurg
33.1
18,1
Deep stocking, long ailing space with columns (channel, slander or dial-channel)
Depth
+ slurg
33.1
17.6
Spaltegulvaults
Valid
44.0
1 annual tax kilt (small calf 0-6 mdr. , Jersey. 2) 3)
Dybtack (whole area)
Depth
20,1
Dybtack + short-stocking room with solid floor
Depth
20,1
1 annual tax kilt (heifers or stowed 6 months. -The bitch (25 months) () /slaughter, Jersey) 2) 3)
Constables with greed
Solid fertilizer
+ ajle
16.3
17.1
Restald with riste
Valid
36,2
Bedtime stable with solid floor
Valid
32,3
Sengestald with spalky wolf (channel, lineplay)
Valid
34,3
Sengestald with spalky wolf (channel, slander or ringstation)
Valid
33.3
Bedtime stable, solid drained floor with razor and ajleaflet. 14)
Valid
35,3
Deep-stocking, whole area.
Depth
40.1
Dybtack + short-stocking room with solid floor
Depth
39,0
Deep stocking, long aoral space with solid floor
Depth
+ slurg
25.1
12.8
Deep stocking, long-range with spasm (channel, lineplay)
Depth
+ slurg
25.1
13.6
Deep stocking, long ailing space with columns (channel, slander or dial-channel)
Depth
+ slurg
25.1
13.2
Spaltegulvaults
Valid
33.1
Paragraph 1. bull calf, 0-6 mdr. Heavy race. 2) 4)
Dybtack (whole area)
Depth
11,7
Dybtack + short-stocking room with solid floor
Depth
11,7
Paragraph 1. young stud, six months. -slaughter (440 kg), heavy race, 2) 4)
Constables with greed
Solid fertilizer
+ ajle
12.4
9.1
Restald with riste
Valid
23,5
Deep-stocking, whole area.
Depth
25.3
Dybtack + short-stocking room with solid floor
Depth
24,8
Deep stocking, long aoral space with solid floor
Depth
+ slurg
15.9
8.3
Deep stocking, long-range with spasm (channel, lineplay)
Depth
+ slurg
15.9
8.8
Deep stocking, long ailing space with columns (channel, slander or dial-channel)
Depth
+ slurg
15.9
8.5
Spaltegulvaults
Valid
21,3
Bedtime stable with solid floor
Valid
20,9
Sengestald with spalky wolf (channel, lineplay)
Valid
22,1
Sengestald with spalky wolf (channel, slander or ringstation)
Valid
21,5
Bedtime stable, solid drained floor with razor and ajleaflet. 14)
Valid
22,8
Paragraph 1. bull calf, 0-6 mdr. Jersey. 2) 5)
Dybtack (whole area)
Depth
8.7
Dybtack + short-stocking room with solid floor
Depth
8.7
Paragraph 1. Bachelor 6 months. -slaughter (328 kg), Jersey 2) 5)
Constables with greed
Solid fertilizer
+ ajle
9.7
7.0
Restald with riste
Valid
18.3
Bedtime stable with solid floor
Valid
16.2
Sengestald with spalky wolf (channel, lineplay)
Valid
17.2
Sengestald with spalky wolf (channel, slander or ringstation)
Valid
16,7
Bedtime stable, solid drained floor with razor and ajleaflet. 14)
Valid
17.7
Deep-stocking, whole area.
Depth
19.6
Dybtack + short-stocking room with solid floor
Depth
19.2
Deep stocking, long aoral space with solid floor
Depth
+ slurg
12.3
6.4
Deep stocking, long-range with spasm (channel, lineplay)
Depth
+ slurg
12.3
6.8
Deep stocking, long ailing space with columns (channel, slander or dial-channel)
Depth
+ slurg
12.3
6.6
Spaltegulvaults
Valid
16.5
1 yearsso. 28,8 piglets for 7.2 kg 6) 7)
Contributions from running and drainness
Individual termination, partial spalout wolf
Valid
15.9
Individual termination, full-splete wolf
Valid
15,1
Individual clearance, solid floor
Solid fertilizer
+ ajle
4.57
8.08
Outgoing, in-depth, deep-down, plus spallion.
Depth
+ slurg
4.83
10.4
Outgoing, deep-stocking, solid floor.
Depth
+ slurg
4.83
10.1
Lion, depth,
Depth
14.2
Lion, partial spallout wolf.
Valid
15.7
Contributions from the Remads 6)
Cartridge, partial spal-wolf
Valid
6.80
Point of mass trails, full of spout wolf.
Valid
6.08
Friland 8)
Other livestock manure
8.37
10 piglets, 7.2-32 kg 9) 12)
Toklimastald, partial spal-wolf
Valid
4.76
Full-plaice wolf
Valid
4.30
Drained the floor + spalates (50/50)
Valid
4.44
Solid floor
Solid fertilizer
+ ajle
1.71
1.32
Depth
Depth
3.15
10-produced sludge wines, 32-107 kg 9) 13)
Partial spalout wolf by 50-75% solid floor
Valid
25.7
Partial spam-wolf with 25-49% solid floor
Valid
24,9
Full-plaice wolf
Valid
23,5
Drained Floor + spalter (33/67)
Valid
24,1
Solid floor
Solid fertilizer
+ ajle
9.22
9.27
Depth, split lease area
Depth
+ slurg
9.58
12.3
Depth
Depth
19.2
Slave shelves, 1000 pieces. produced
Production time 30 days
(live weight of slaughter, 1.63 kg)
Depth
23,8
Production time 32 days
(live weight of slaughter, 1,8kg)
Depth
27,5
Production time 35 days
(live weight of slaughter, 2,0kg)
Depth
33.1
Manufacturing Time 40 days
(live weight of slaughter, 2.54 kg)
Depth
44.0
Production time 45 days
(live weight of slaughter, 3.00 kg)
Depth
55,8
Skrabekyllinger, 56 days
(live weight of slaughter, 2.40 kg)
Depth
40,7
Organic carcases, 81 days
(vivid weight of slaughter. 2.15 kg)
Depth
77,8
Poultry poultry, 100 paragraph. produced
Turkeys, heavy females, production time 112 days
Depth
31,8
Turkeys, heavy hanner, production time 147 days
Depth
57,8
Ducks, production time 52 days
Depth
12.2
Geese, marketing time 91 days
Depth
37,7
Høns, 100 vines (1-year-old = 365 fodder) 10)
Free land, summarize eggs,
floor operation + fertilizer number
Depth
+ solid fertilizer
15,5
24,6
Free land, summarize eggs,
floor operation without fertilizer number ;
Depth
46,4
Free land, summarize eggs,
floor operation + slippers-etagline system with fertilizer bands ;
Depth
+ solid fertilizer
10.4
43,0
Ecological, congremous eggs,
floor operation + multi-etagsystem with fertilizer band
Depth
+ solid fertilizer
11,4
47,6
Ecological, congreed eggs, floor operations
Depth
49,5
Scrouns. Consummed eggs.
floor operation + fertilizer number
Depth
+ solid fertilizer
17.3
27,7
Scrouns. Consummed eggs.
floor operation + slippers-etagline system with fertilizer bands ;
Depth
+ solid fertilizer
13.1
46,5
Burchickens, congremous eggs, fertilizer quakes
Solid fertilizer
49,9
Burchickens, consummed eggs, tapes
Solid fertilizer
51,1
Burchickens, consummed eggs, tapes
Valid
58.9
Rugey (HPR-yner),
floor operation + fertilizer number
Depth
+ solid fertilizer
38,4
15,0
Chickens, 100 pieces. produced
Sum, cages, production time 112 days
Solid fertilizer
5.44
Konsum, floor operations, marketing time 112 days
Depth
6.95
Rugey (chicken, HPR), floor operation, production time 119 days
Depth
5,70
Pelssts, 1 year of trysts
Mink, cages, fertilizer, weekly carpening.
Valid
3.5
Mink, cages, fixed fertilizer in fertilizer 15)
Other livestock manure
2.7
Horses
1 adult annual shest, less than 300 kg ;
Depth
21,1
1 adult fembob, 300 kg-less than 500 kg
Depth
34,8
1 adult fembob, 500 kg-less than 700 kilograms
Depth
43.7
1 adult annual shard, 700 kg or more
Depth
53,3
Sheep and goats, 1 motherbeasts with offspring
Sheep
Depth
14.6
Mohairgeder
Depth
15.7
Meatgoats
Depth
14.1
Malkegeder
Depth
14.6
Other animal species or stable systems 11)
Kg N per THEY
Cattle, other species or other stable systems
100,0
Pigs, other species or other stable systems
100,0
Poultry (laying down), other species or other stable systems
100,0
Poultry (slaughtering), other species or other stable systems
100,0
Turkeys, other species or other stable systems
100,0
Geese, other species or other stable systems
100,0
Ducks, other species or other stable systems
100,0
Strudbirds, other species or other stable systems
100,0
Pelsals, other species or other stable systems
100,0
Sheep, other species or other stable systems
100,0
Goats, other species or other stable systems
100,0
Horses, other species or other stable systems
100,0
Deer species, other species or other stable systems
100,0
Other animal species
100,0

Table 2 Notes
1)
in the case of rearing and single bulls, the norm shall be used for either annual tax-kilt, heavy race or thieving / single bulls, heavy breed. For small ammeds of at least 75% of genetic material from either Dexter, Galloway or Scottish Highland wall, the standards for the Jersey State are used.
2)
The production of fertilizer from farmed and single bulls is divided into small calves and quieses / stup/ungbulls. The calves are defined as calves for the first six months, where they are in depth and as heifers / stupendous bulls in the period after transfer to the final stable system.
3)
Paragraph 1. annual tax kilt corresponds to 365 feed days.
4)
In the case of breeding up to 440 kg, the same standards shall be used as for bull calves and single bulls. For heavier breeding control, values are used per the vineyards, which are 2 times the standards for young bulls of 6 months. to 440 kilograms. Code for heavier breeding rule is 1206 and the code for the stable system is the same as for single bulls.
5)
In the case of breeding up to 328 kg, same standards shall be used as for bull calves and single bulls. For heavier breeding control, values are used per the vineyards, which are 2 times the standards for young bulls of 6 months. to 328 kilograms. Code for heavier breeding rule is 1236 and the code for the stable system is the same as for single bulls.
6)
Ordinarily, feed consumption is consumed by a year of approximately 70%. for the running / drainage and 30%. At the risk of danger. The production of manure for a year is therefore divided into a contribution from the run / drainness and in a contribution from the danger. When the number of animals is specified, the full number of yearly lakes shall be provided in both the running / slayness and at the risk of danger. For example, if you have 50 year-end sweetener, the 50-year lakes of the year of the death row and 50 year-long lakes are in danger.
7)
If you sell polte that differs from a one-off weight of 107 kg, you can correct the nitrogen quantity in the same way as for slaughtering pigs with the deviant weight of departure.
8)
In the norm for free farming, it is provided that the lakes are at times of the running / drainage period and at free time during the period of danger.
9)
For the purpose of the FRATS production (pigs from framing to slaughter), the sum of the norm for piglets and the norm for slaughtering pigs shall be used. Do you, for example, have 500 FRATS pigs, you write 500 piglets and 500 slackers of slain. In the case of correction (type 1 or 2), you use the power of slaughtering wine. The correction factor shall be multiply by the number of pigs for slaughter and not by the sum of the standards for piglets and slaughtering pigs.
10)
The norms are specified per 100 units of 365 feed days. Number of forage days are calculated from ongoing registrations of the mortality rate and is normally calculated in the efficacy control. However, the number of feed days may also be calculated using the following formula : (the number of inmates multiply the duration of the period in days) times 0,5 times (number of inmates reapes + the number of hens at the end), the number of inmates harvesting, assuming that mortality is evenly distributed throughout the production process.
11)
The annual nitrogen content of the livestock fertiliser is set up for other species or stable systems based on the number of animal units multiples by the quantity of nitrogen per unit. animal unit.
12)
For piglets, the norms are based on the piglets of piglets. Instead, you can use produced piglets from a piglet report.
13)
For slaughtering pigs, the standards based on produced pigs are based on a production of pigs. If the inventory is charged on supplied slash wine, you calculate the producers who are : Produced slash wine = supplied slaodesvin x 1.01.
14)
Faste drained floors by two per-per-per-second. the case of longing sinks. The floor / gangarepalette is mechanical with a scraping plant every two hours. The Skabber will deliver the fertilizer into one or more cross-channel transducts or in a long-running, middle-of-the-aisle canal. The maximum degree of light (open-opening) of the floor must be a maximum of 5%. of the palate palette.
15)
The fertiliser system with fertiliser is mounted in the soil for the collection of fertilizer, urine and straw, which shall be torn down by each likening in the fertiliser rate. Water spillers shall be discharged via the water management assembly at the drinking water supply.

Table 3 : Correction of nitrogen content in livestock manure

The carcase content of the livestock manure must be corrected for certain animal species by calculating a correction factor. The concentration of the substance shall then be corrected by multiparing the production of the livestock manure by the correction factor. For the species in which a type of 2 correction has been specified in Table 3, derogations may be corrected for levels of benefit and production, forage and composition of the quantity of feed. In the case of a type 2 correction, the content of the livestock manure must be adjusted for the species in which a type 1 correction is made in Table 3 in the livestock manure. The milk must not be corrected for milk.
The correction formulae for dairy cows type 1 is based on kilograms of energy-corrected milk (ECM), whereas the corresponding type of two formulas are based on produced kilograms of milk. If you do not have available statistics from the benefit control, kilograms of milk produced from the benefit can be calculated as kilograms delivered milk x 1.055. For the calculation of kilograms of ECM, the following formula is used : g EKM = kg of produced milk × (383% fat% + 242 ×protein% + 783 ,2)/3140, where fat% and protein% are determined by chemical analysis.
The corps for slaughtering pigs are based on the weighted weight. If you do not have documentation of the actual weighted weight, it may be calculated as a slaughter weight × 1,31.
Formulas for the correction of nitrogen content in livestock manure
Milky Queues, heavy race :
Type 1 :
For each 100 kilograms of the EMK, which is produced more or less than 9517 kg of the ECM per kilo. For the weight of the year, the 0,55% of the nitrogen in the fertiliser shall be attributed to or deducted from the nitrogen.
Type2 :
When calculating feed quantity, content of raw protein in the feed, milk production and the protein percentage in milk, the correction factor shall be calculated using one of the following formulas :
((FE pr. oars × g raw protein per year. FE / 6250)-(kg milk per kilo) femsko ×% protein in milk / 638 (1,73)-1,73) / 140,91
((kg forage matter per oars × g raw protein per year. kg of feed material / 6250)-(kg milk per kilogram) oars × pct. protein in milk / 638 (1,73)-1,73) / 140,91
Malk cows, Jersey :
Type 1 :
For each 100 kilograms of ECM, which is produced more or less than 8594 kg of the ECM per kilo. in the year of the Jersey condensed or severed, 0,67% shall be attached. of the nitrogen in the fertilizer.
Type 2 :
When calculating feed quantity, content of raw protein in the feed, milk production and the protein percentage in milk, the correction factor shall be calculated using one of the following formulas :
((FE pr. oars × g raw protein per year. FE / 6250)-(kg milk per kilo) femsko ×% protein in milk / 638)-1,08) / 119,89
((kg forage matter per oars × g raw protein per year. kg of feed material / 6250)-(kg milk per kilogram) oars × pct. protein in milk / 638)-1,08) / 119,89
Ammequeues (less than 400 kg) :
Type 2 :
In the inventory of the feed quantity and content of raw protein in the feed, the correction factor shall be calculated by means of the formula :
((FE pr. oars × g raw protein per year. FE/6250)-6,78) / 43,64
Ammequeues (400-600 kg) :
Type 2 :
In the inventory of the feed quantity and content of raw protein in the feed, the correction factor shall be calculated by means of the formula :
((FE pr. oars × g raw protein per year. FE/6250)-9,33) / 63.62
Ammequeues (more than 600 kg) :
Type 2 :
In the inventory of the feed quantity and content of raw protein in the feed, the correction factor shall be calculated by means of the formula :
((FE pr. oars × g raw protein per year. FE/6250)-10,29) / 72,41
Annual tax kilt (small calf 0-6 mdr. , heavy race) :
Type 1 :
Correction of the deviant entry and / or age of departure (month (mdr. ).
The following factor shall be corrected as follows :
(((age, in + age, flight) × 0,0729) + 1,93) / 2,37
Type 2 :
The correction factor of nitrogen in the feed must be calculated by one of the following formulae :
((FE pr. annual tax-kilt × g raw protein per gram ; FE/6250)-6.62) / 26,73
((kg forage matter per annual tax-kilt × g raw protein per gram ; kg of feed material /6250)-6 ,62 )/26, 73
Annual tax kilt (small calf 0-6 mdr. , Jersey.
Type 1 :
Correction of the deviant entry and / or age of departure (month (mdr. ).
The following factor shall be corrected as follows :
(((age, in + age, flight) × 0,0576) + 1,46) / 1.81
Type 2.
The correction factor of nitrogen in the feed must be calculated by one of the following formulae :
((FE pr. annual tax-kilt × g raw protein per gram ; FE/6250)-4,96) / 20,05
((kg forage matter per annual tax-kilt × g raw protein per gram ; kg of feed material /6250)-4 ,96 )/20,05
Annual tax kilt (equivall/stude 6 mdr. -The bitch (27 months.) )/slaughter, heavy race) :
The erection formula for heifers of a heavy race can be used for a seven-month old age. At a basement age of 27 mdr. is used to use the corrective factor for a base-age of 27 mdr.
Type 1 :
Correction of the deviant entry and / or age of departure (month (mdr. ).
The following factor shall be corrected as follows :
(((age, in + age, flight) × 0,0729) + 1,93) / 4.34
Type 2 :
The correction factor of nitrogen in the feed must be calculated by one of the following formulae :
((FE pr. annual tax-kilt × g raw protein per gram ; FE/6250)-7,09) / 50,40
((kg forage matter per annual tax-kilt × g raw protein per gram ; kg of feed material /6250)-7 ,09 )/50, 40
Annual tax kilt (equivall/stude 6 mdr. -The bitch (25 months) )/slaughter, Jersey) :
Correation formula for heifers of the Jersey race can be used for a quarter of a month of a basement. At a woman's age, over 25 months. is used to use the corrective factor for a 15-month calming age.
Type 1 :
Correction of the deviant entry and / or age of departure (month (mdr. ).
The following factor shall be corrected as follows :
(((age, in + age, flight) × 0,0576) + 1,46) / 3,25
Type 2 :
The correction factor of nitrogen in the feed must be calculated by one of the following formulae :
((FE pr. annual tax-kilt × g raw protein per gram ; FE/6250)-5,26) / 37,86
((kg forage matter per annual tax-kilt × g raw protein per gram ; kg of feed material /6250)-5 ,26 )/37, 86
1 bull calf (0-6 mdr. , heavy race) :
Type 1 *I :
The following factor shall be corrected by means of deviating entry weight and / or off-balance weight (kg) :
(1,825 × (weight, departing-weight, ind) + 0,00605 × ((weighing, departing) 2 -(Weight, in) 2 ) / 612
*) In addition to the weight of the impact, the weight can be determined as follows :
The weight of the weight of the weight is 40 kilograms and 30 kilograms per kilo. md. Up to 6 months.
Type 2 :
In the case of deviant growth, feed quantity and raw protein in feedingstuffs, the correction factor for nitrogen shall be calculated using one of the following formulae :
((FE pr. produced bull from entry to flight × g of raw protein per unit ; FE / 6250)-(kg of growth × 0,0285)) / 11,6
((kg forage matter per produced tyrecalf from 0 to 6 mdr. and raw protein per kg of feed material /6250)-(kg of growing 0 ,0285)) /11, 6
In the bull calf (0-6 mdr. , Jersey.
Type 1 *I :
The following factor shall be corrected by means of deviating entry weight and / or off-balance weight (kg) :
(2,308 × (weight, moving-weight, ind) + 0,00676 × ((weighing, departing) 2 -(Weight, in) 2 ) / 415
*) Aside from the slaughter weight, the weight shall be as follows :
The weight of the weight of the weight is 25 kilograms and 20 kilograms per kilo. md. Up to 6 months.
Type 2 :
In the case of deviant growth, feed quantity and raw protein in feedingstuffs, the correction factor for nitrogen shall be calculated by helping one of the following formulae :
((FE pr. produced bull from entry to flight × g of raw protein per unit ; FE / 6250)-(kg of growth × 0,0285)) / 8,5
((kg forage matter per produced tyrecalf from 0 to 6 mdr. × g of raw protein per year. kg of feed material /6250)-(kg of growth × 0 ,0285)) /8, 5
Ungbulls, heavy racial species, 220 to 440 kg *) :
*) The corpation formula for a heavy race can be used for a weight of a maximum weight of 700 kg. For a slaughterweight of 700 kilograms, the correction factor of a pound mass is used in the case of a weight of 700 kilograms.
(**) In addition to the weight of the slaughter weight, the weight shall be determined as follows : 33 kg per. md. (too expensive over 6 months. ).
Type 1 : (**)
The following factor shall be corrected by means of deviating entry weight and / or off-balance shall be corrected by :
(1,825 × (weight, departing-weight, ind) + 0,00605 × (weighing, departing 2 -Weight, in. 2 () )/ 1280
Type 2 :
In the fodder, the correction factor of nitrogen shall be calculated by one of the following formulae in the fodder.
((FE pr. produced bull from entry to flight × g of raw protein per unit ; FE / 6250)-(kg of growth × 0,0245)) / 24,3
((kg forage matter per produced young stud from 6 months. for the slaughter × g of raw protein per year. kg of feed material /6250)-(kg of growth × 0 ,0245)) /24,3.
Ungbulls, Jersey, 145-328 kg *) :
*) The corper weight correction formula can be used for a slaughter weight of a maximum of 525 kg (525 kg.). In the case of a slaughter weight exceeding 525 kg, the correction factor of a weighing weight of 525 kg is used.
Type 1 : (**)
The following factor shall be corrected by means of deviating entry weight and / or off-balance shall be corrected by :
(2,308 × (weight, moving-weight, ind) + 0,00676 × (weighing, departing 2 -Weight, in. 2 ) / 1008
(**) Except for the weight of the slaughter weight, the weight shall be as follows : 28 kg per kilo. md. (too expensive over 6 months. ).
Type 2 :
In the fodder, the correction factor of nitrogen shall be calculated by one of the following formulae in the fodder.
((FE pr. produced bull from entry to flight × g of raw protein per unit ; FE / 6250)-(kg of growth × 0,0245)) / 18,9
((kg forage matter per produced young stud from 6 months. for the slaughter × g of raw protein per year. kg of feed material /6250)-(kg of growth × 0 ,0245)) /18, 9
Searching
Type 2 :
In the case of the quantities of raw protein content in the fodder, the number of weaned piglets and the fraction weight the correction factor shall be calculated by using the formula :
((FE pr. yearly protein per raw protein per year. FE / 6250)-1.98-(number of weaned pigs per annual sso × fraction weight × 0,0257 kg N per kg of growth) / 25, 56 1) ()
1) If there is only compound feedingstuffs declared by FEso, FE equals FEso. If compound feed is to be used with both FEsv and FEso the following are used :
FE per. yearly shall be calculated as the sum of FEsv and FEso, and g of raw protein per FE is calculated as a weighted average of the raw protein content of the feed materials used (g raw protein per gram. FEsv × FEsv per Annual so + g raw protein per FEso × FEso per yearsso) / (FEsv + FEso).
Piglets
Type 1 :
The following factor shall be corrected by means of deviating entry and exit weights :
((weight-of-weight-entry weight) × (13,77 + 0,1733 × (weightweight + entry weight))) / 510
Type 2 :
In the inventory of feed quantity, content of raw protein in the feed, entry weight and weight of the raw protein, the correction factor shall be calculated using the formula :
(FAIRY sv per produced pig × g raw protein per unit ; FAE sv / 6250)-(side weight entry weight) × 0,0304 kg N per. kg of growth)) / 0,510
Slave wine
Type 1 :
The following factor shall be corrected by means of deviating entry and exit weights :
((weight-of-weight-entry weight) × (13,77 + 0,1733 × (weightweight + entry weight)) / 2838
Type 2 :
In the inventory of the feed quantity, the content of raw protein in the feed, entry weight and weight of the raw protein, the correction factor shall be calculated by means of the formula :
(FAIRY sv per produced pigs × g raw protein per unit ; FAE sv / 6250)-(side weight entry weight) × 0,0296 kg N per. kg of growth) / 2,838
Slaughterpoultry :
Type 1 age :
Catchers, 30 days :
At the time of deviant production time (age of slaughter new () more than 30 and up to 32 days the nitrogen quantity shall be multiplied during the 30 days time multiplied by a factor calculated by the formula :
(1 + (Butcher Age new -(30) days) × 0,079)
Slave shelves, 32 days :
At the time of deviant production time (age of slaughter new () more than 32 days, the nitrogen quantity at the time of the production of 32 days shall be multiplied by a factor calculated using the formula :
(1 + (Butcher Age new -32 days) × 0,069)
Cartriplets, 35 days :
At the time of deviant production time (age of slaughter new () in excess of 35 days, the quantity of nitrogen at the age of 35 shall be multiplied by a factor calculated by the formula :
(1 + (Butcher Age new -35 days) × 0.067)
Cartriplets, 40 days :
At the time of deviant production time (age of slaughter new () in excess of 40 days, the nitrogen quantity in the production time of 40 days shall be multiplied by a factor calculated by the formula :
(1 + (Butcher Age new -(40) days) × 0,054)
Type 1 weight :
Slaughsals, live weight by slaughter 1,63 kg
For the deviating production weight (slaughter weight new () the nitrogen quantity of the nitrogen quantity at the production weight of 1,63 kg must be multiplied by a factor calculated by means of the formula :
(1 + (slaughter weight new -1,63 kg) × 0,878)
Slaughsals, live weight at slaughter 1,8kg
For the deviating production weight (slaughter weight new () the nitrogen quantity of the nitrogen quantity at the production weight of 1,8kg must be multiplied by a factor calculated by using the formula :
(1 + (slaughter weight new -1,8kg) × 0,767)
Cartriplets, live weight at slaughter 2,08 kg
For the deviating production weight (slaughter weight new () in the case of 2.08 and up to 2,54 kg, the quantity of nitrogen in the production weight of 2,7kg shall be multiplied by a factor calculated using the formula :
(1 + (slaughter weight new -2,7kg) × 0,729)
Slaughsals, live weight at slaughter 2,54 kg
For the deviating production weight (slaughter weight new () more than 2,54, the quantity of nitrogen in the production weight of 2,54 kilograms shall be multiplied by a factor calculated by the formula :
(1 + (slaughter weight new -2,54 kg) × 0,587)
Type 2 :
In the inventory of feed quantity, content of raw protein in feed and for growth, the correction factor of nitrogen shall be calculated using the formulas :
Cartriplets, 30 days
((kg feed per produced chicken × protein% in feedingstuffs × 1, 6)-(kg of growth per unit. produced chicken × 29 ,0)) /34,54
Slave shelves, 32 days
((kg feed per produced chicken × protein% in feedingstuffs × 1, 6)-(kg of growth per unit. produced chicken × 29, 0)) /40,01,
Cartriplets, 35 days :
((kg feed per produced chicken × protein% in feedingstuffs × 1, 6)-(kg of growth per unit. produced chicken × 29 ,0)) /48, 28
Cartriplets, 40 days :
((kg feed per produced chicken × protein% in feedingstuffs × 1, 6)-(kg of growth per unit. produced chicken × 29 ,0)) /64, 46
Butchers, 45 days :
((kg feed per produced chicken × protein% in feedingstuffs × 1, 6)-(kg of growth per unit. produced chicken × 29 ,0)) /81, 86 ;
Skrabekylchickens, 56 days.
((kg feed per produced chicken × protein% in feedingstuffs × 1, 6)-(kg of growth per unit. produced chicken × 29, 0)) /62, 88
Cartriplets, ecological, 81 days :
((kg feed per produced chicken × protein% in feedingstuffs × 1, 6)-(kg of growth per unit. produced chicken × 29 ,0)) /126, 61
Turkeys, females :
((kg feed per produced turkey × protein% in feedingstuffs × 0,16)-(kg of growth per unit. produced turkey × 2 ,88), /48, 11 ;
Turkeys, males :
((kg feed per produced turkey × protein% in feedingstuffs × 0,16)-(kg of growth per unit. produced turkey × 2 ,88) /87, 82
Ducks :
((kg feed per produced and × protein% in feedingstuffs × 0,16)-(kg of growth per unit. produced and × 2 ,4)) /17, 26
Geese :
((kg feed per produced goose × protein% in feedingstuffs × 0,16)-(kg of growth per unit. produced goose × 2 ,4)) /56,08
Chickens and chickens :
Type 2 :
In the inventory of feed quantity, content of raw protein in the feed, the production of eggs and for growth, the correction factor of nitrogen shall be calculated using the formulas :
Free-range hens :
((kg feed per arable × protein% in feedingstuffs × 0,16)-(kg eggs per) year-year × 1.81)-(kg of growth per year oars × 2 ,88) /80, 2
Organic hens :
((kg feed per arable × protein% in feedingstuffs × 0,16)-(kg eggs per) year-year × 1.81)-(kg of growth per year oars × 2 ,88) /88, 8
Skrabefohens :
((kg feed per arable × protein% in feedingstuffs × 0,16)-(kg eggs per) year-year × 1.81)-(kg of growth per year annual shines × 2 ,88) /81, 1
Burchickens :
((kg feed per arable × protein% in feedingstuffs × 0,16)-(kg eggs per) year-year × 1.81)-(kg of growth per year oars × 2 ,88)) /66, 8
HPR harvesting :
((kg feed per arable × protein% in feedingstuffs × 0,16)-(kg eggs per) year-year × 1.81)-(kg of growth per year year-year × 2 ,88) /89, 0
Wønniker, human consumption :
((kg feed per produced fodder × protein% in feedingstuffs × 0,16)-(kg of growth per unit. produced hens, × 2 ,88) /10, 7
Hønniker, HPR :
((kg feed per produced fodder × protein% in feedingstuffs × 0,16)-(kg of growth per unit. produced hens, × 2 ,88) /8, 72 ;
Mink :
Type 2 :
In the case of the quantities of animal origin, the correction factor for nitrogen shall be calculated using the formula :
(kg feed per arpic) /244, 9

Table 4 : Gram raw protein per feed unit in crops for bovine animals,

Crops

Gram raw protein per. forage unit 1)

Roer, root + top
Foderbeer
74 (74)
Sugar beet
60 (59)
Turnips
102 (101)
Turnips
115 (112)
Root + Top
127 (119)
Roetop, fresh
190 (164)
Roetop, silage
226 (180)
Turnip top
241 (190)
Top + Pulpettes
180 (150)
Top + straw
205 (130)
Top + straw + pulp
200 (150)
Helsemen + top
155 (120)
Samensilage
Unsilated Rois + top + pulp
148 (120)
Unsilated roer + straw
112 (75)
Carrots and potatoes
Carrots
108 (105)
Potatoes
91 (92)
Lucerne
Lucerne, beginning blossoming
231 (193)
Lucerne in flower
238 (153)
Lucerne after blossoms
267 (124)
Convergrass
Grave turf, 6-8 cm, 20% clover
190 (184)
Grave turf, 12 to 15 cm, 20% clover
185 (176)
Grave grasses, 20 to 25 cm, 20% clover
178 (160)
Grave turf, 6-8 cm, 40% clover
198 (193)
Grave turf, 12 to 15 cm, 40% clover
192 (184)
Grave turf, 20 to 25 cm, 40% clover
185 (168)
Grave turf, 6-8 cm, 60% clover
204 (200)
Grave turf, 12 to 15 cm, 60% clover
198 (192)
Grave turf, 20 to 25 cm, 60% clover
192 (176)
Grave turf, 6-8 cm, early, irrigation
180 (188)
Grave turf, 6-8 cm, in the middle, irrigation
201 (192)
Grave turf, 6-8 cm, late, watering
219 (203)
Grave turf, 6-8 cm, early, no watering
181 (188)
Grave turf, 6-8 cm, in the middle, no watering
190 (175)
Grave turf, 6-8 cm, late, no watering
213 (196)
Grave grasses, 12 to 15 cm, early rim, irrigation
194 (200)
Grave grasses, 12 to 15 cm, in the middle, irrigation
195 (184)
Grave turf, 12 to 15 cm, late, watering
214 (196)
Grave grasses, 12 to 15 cm, early, no watering
174 (179)
Grave grasses, 12 to 15 cm, in the middle, no irrigation
189 (173)
Grave grasses, 12 to 15 cm, late, no water
214 (196)
Italian Rajgrass
Italian raygrass, spring, time.
210 (220)
Italian RA, spring, centre
190 (184)
Italian Rajgrass, spring, late
179 (158)
Italian rajweed, after sac
186 (150)
Italian RA Grass, by cereals
196 (163)
Angel Grass
Varigt enggrass
182 (156)
Grass
Grass, 6-8 cm
200 (191)
Grass, 12 to 15 cm
194 (183)
Grass, 20 to 25 centimeters
186 (165)
Prefern, fresh
Galega
279 (175)
White clover, beginning blossoming
239 (250)
Red clover, beginning blossoming
196 (170)
Photo marrow cabbage
149 (129)
Horse beans
209 (165)
Cute lupin.
264 (177)
Oats, peas, wicker
206 (140)
Progregating green
196 (156)
Byghelsemen
140 (102)
Sea reminals
167 (105)
Maize, fresh
128 (100)
Rug, fresh
175 (143)
Peas.
207 (171)
Lucersilage
Lucersilage, high FK
254 (202)
Lucersilage, low FK
307 (185)
Livesilage sensisilage
Co-silage sensilage, high FK, 20% clover
168 (155)
Cloning silage, midl. FK, 20% clover
190 (161)
Co-silage sensilage, low FK, 20% clover
207 (156)
Co-silage sensilage, high FK, 40% clover
171 (157)
Cloning silage, midl. FK, 40% clover
194 (161)
Co-grass silage, low FK, 40% clover
212 (156)
Co-grass silage, high, FK, 60% clover
193 (177)
Cloning silage, midl. FK, 60% clover
210 (175)
Co-grass silage, low FK, 60% clover
224 (165)
Greed sensitising
Enumerable figures. raygrass, silage,
191 (154)
Deported, sawed, silage
214 (166)
Post-crop, cereals, silage
223 (168)
Dog grass, silage
190 (114)
Varigt meapasture, silage
190 (136)
Cry Sensilage, High FK
172 (155)
Cry-silage, midl. SHEP
194 (160)
Cry Sensilage, Low FK
197 (147)
Lampsilage, very low FK
200 (124)
NH3 and NaOH Processed halm 2)
Byghalm, NaOH Processed
103 (45)
Byghalm, NH3-treated, high ford.
173 (83)
Byghalm, NH3-Processed, low ford.
173 (69)
Havrehalm, NH3-Processed
184 (80)
Hvedehalm, NH3-Processed
194 (80)
Rughalm, NH3-Processed
255 (80)
Galega, clover and feed marvels, etc.
Galega silage
289 (180)
White clover, pitch. yarding, silage,
264 (264)
Red clover, pitch. yarding, silage,
208 (180)
Photo marrow cabbage, silage
171 (113)
Horsebean, silage
247 (190)
Lupin, silage
227 (156)
Oats + peas + Vikker, silage
200 (129)
Seeds
Horse beans
265 (311)
Hørseeds
141 (238)
Rapsseed, double-low
103 (194)
Peas.
188 (240)
Sojabønner
281 (411)
Lupin, yellow
304 (419)
Lupin, smallpaper.
266 (355)
Sunflower seed
143 (184)
Sanctisesilage
Greenreciprobrine
201 (160)
Byghelers, silage, high digestibility
134 (104)
Byghelers, silage, digevity
149 (109)
Byghelers, silage, low digestion
186 (125)
Winter-ghelseed, silage
156 (115)
Sea reminers, silage
195 (121)
Wheat grass, silage
167 (123)
Wester-peas, silage.
157 (121)
Wheat, silage, silage, high digestibility,
116 (96)
Wheat, silage, silage, digelibility
120 (92)
Weed, silage, silage, low digestibility,
146 (101)
Maize silage
77 (83)
Corsilage, high digestibility,
86 (79)
Corsilage, medium-digestibility,
88 (77)
Corsilage, silage, low digestibility,
92 (76)
Triticalehelle, silage
158 (113)
Green rye, silage
160 (129)
Vege-peas, silage, 40% peas
177 (136)
Vegety-peas, silage, 70% peas
217 (166)
Vegeal, silage
217 (170)
Byg-geted, silage, 20% peas
150 (114)
Byg-geted, silage, 40% peas
175 (135)
Byg-geted, silage, 60% peas
206 (162)
Peas of peas, silage
210 (167)
Halm, untreated
Byghalm, vyear
175 (40)
Byghalm, winter
189 (40)
Havrehalm
173 (37)
Whvedehalm
152 (33)
Rughalm
244 (38)
Honest straw
222 (72)
Rajgrashalm
163 (65)
White clover straw
318 (145)
Red wingle straw
486 (38)
Cereals
Vinterbarg
90 (101)
Vårbyg
92 (103)
Oats
112 (102)
Wheat.
83 (100)
Rug
82 (96)
Triticale
89 (105)
Maize
79 (96)
Milo
94 (115)
Rice
94 (97)
Oats, naked
134 (146)
Bark and Greenpills
Lucernehø, in flower
235 (144)
Clever hay, high digestibility
184 (140)
Clever hay, low digestibility
164 (100)
Grasø
151 (99)
Greenhø, Extra
229 (192)
Greenhø, Plus
257 (193)
Greenhø, Standard
278 (182)
Greenhisch, lucerne
307 (182)
Greenpills, high digestibility
218 (180)
Greenpills, digeyiness.
247 (180)
Green pills, low digestion
270 (170)
Lucernia pills, high digestibility
195 (152)
Lucera pills, low digestion
221 (129)

1) The numbers in parentheses indicate the content of raw protein per year. kilograms. dry matter.

2) In the case of liquid ammonia deliveries, the quantity required,

in accordance with the rules of livestock manure, the notice may be used for the relief of straw, and separately.

Table 5 : Gram raw protein per kilograms. fodder and content of feed units (FEsv and FEso) per kilograms. in feed materials for swine,

Feedingers
Gram raw protein per. kg 1)
FAE sv 2) per kg
FAE so 3) per kilograms.
Vårbyg 2011
89
1.05
1.05
Vårby 2012
84
1.04
1.04
Vinterbarg 2011
91
1.04
1.04
Vinterbarg 2012
82
1.01
1,02
Wheat 2011
91
1.15
1.13
Wheat 2012
89
1.15
1.13
Rug
82
1.10
1.09
Oats
87
0.87
0.89
Triticale
93
1.13
1.12
Rapsseed DL
179
2.07
2,05
Rape Raw
345
0.74
0.80
Rapskaus, 5% fat
346
0.81
.86
Rapskaus, 9% fat
311
0.89
.95
Rapskag, 11,4% fat
292
0.92
.99
Soyaskraw
427
0.88
0.91
Soyash Raw, Scaly
470
.95
0.97
Sojaprotein, HP 300
554
.95
.98
Sunflower slop, partially scalable, 14% wood
371
0.71
0.77
Sunflower slop, partially scalable, 17% wood
371
0.68
0.75
Sunflower slop, partially shellated, 22% wood
317
.54
0.63
Sunflower days, partially descalated, 15% wood
364
.95
1.01
Sunflower days, partially shellated, 21% wood
298
0.75
0.83
Peas.
204
1.01
1,02
Valle, category A (Perlac 5, 5)
6
0.06
0.06
Valle, category B (Perlac 7)
3
0.08
0.08
Fishing meal, standard
704
1.13
1.10
Fish meal, Iceland
683
1.34
1.29
Pigefed 92/10
0
3.79
3.64
Soya oil
0
4.04
3.88
Rapsolie
0
3.81
3,66
Palm oil
0
4.04
3.88
PFAD
0
3.77
3.62
Gant cream, Novo
74
0.16
0.16
Redundant, sprit
109
0.22
0.24

1) The numbers in parentheses indicate the content of raw protein per year. kg, dry matter

2) FAE sv specifies feed units for pig growth : piglets and slaughtering pigs.

3) FAIRY so sets feed units for lakes, boars and poles above normal slaughter weight ;

"

Appendix 4

"

Table 4 : Conversion factor for the interpretation of statutory crops between two establishments
Delegation :
Conversion factor :
From a business that endlines > 0,8 DE/ha for the company that brings up < 0,8 DE/ha
0.7
From a business that brings up < 0,8 DE/ha for the business that endlines > 0,8 DE/ha
1.5
Units of the end
1
The number of hectaps to be transferred to another set of soil shall be calculated as the conversion factor multiplied by the number of statutory crops being paid for the transfer.

"