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作物杂志,2023, 第6期: 209–217 doi: 10.16035/j.issn.1001-7283.2023.06.029

• 生理生化·植物营养·栽培耕作 • 上一篇    下一篇

日喀则高寒河谷区一年生饲用作物适宜混播方式的筛选

周启龙()   

  1. 西藏自治区农牧科学院草业科学研究所，850000，西藏拉萨
  • 收稿日期:2022-05-28 修回日期:2022-07-26 出版日期:2023-12-15 发布日期:2023-12-15
  • 作者简介:周启龙，主要从事牧草遗传育种方面的研究，E-mail：qilong_zhou@163.com
  • 基金资助:
    国家牧草产业技术体系拉萨综合试验站(CARS-34);西藏自治区草业所自主课题―燕麦与豆科牧草间套作模式与响应机制研究(CYS2020-1)

Screening of Suitable Mixed Sowing Methods for Annual Forage Crops in Rikaze Alpine Valley Region

Zhou Qilong()   

  1. Institute of Grasses Science, Tibet Academy of Agricultural and Animal Husbandry Sciences, Lhasa 850000, Tibet, China
  • Received:2022-05-28 Revised:2022-07-26 Online:2023-12-15 Published:2023-12-15

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摘要：

为探究高寒河谷区一年生饲用作物的牧草生产性能和适宜混播方式，对日喀则地区常见4种一年生饲用作物（青稞、燕麦、油菜、箭筈豌豆）的5种混播组合（青稞混播油菜、燕麦混播油菜、青稞混播箭筈豌豆、燕麦混播箭筈豌豆、油菜混播箭筈豌豆）和5种混播比例（3:7、4:6、5:5、6:4、7:3）的饲用价值进行了灰色关联度评价，并分析了混播后的增产增质效应。结果表明，4种饲用作物单播的饲草性能为箭筈豌豆>油菜>燕麦>青稞。5种混播组合的最佳比例分别为青稞:油菜=4:6、燕麦:油菜=4:6、青稞:箭筈豌豆=3:7、燕麦:箭筈豌豆=6:4、油菜:箭筈豌豆=6:4。29个处理中灰色关联度排名前三的为燕麦:油菜=4:6、箭筈豌豆单播、油菜:箭筈豌豆=6:4。综合考虑产量和营养品质，燕麦:油菜=4:6、燕麦:箭筈豌豆=6:4、油菜:箭筈豌豆=6:4可作为优质饲草种植模式在日喀则地区进行示范推广。

关键词: 青稞, 燕麦, 油菜, 箭筈豌豆, 混播

Abstract:

In order to investigate the performance of forage and the suitable mixed sowing method for annual forage crops in the alpine valley region, four annual forage crops (Tibetan hulless barley, oat, rape, common vetch) in the Rikaze region were analyzed with the gray correlation system in the forage value of five mixed combinations (Tibetan hulless barley mixed with rape, oat mixed with rape, Tibetan hulless barley mixed with common vetch, oat mixed with common vetch, rape mixed with common vetch) and five mixed ratio (3:7, 4:6, 5:5, 6:4, 7:3), and the mixed effects were analyzed. The results showed that the forage value order of four crops sown alone was common vetch > rape > oat > Tibetan hulless barley. The optimal mixing ratio for the five mixed combinations was Tibetan hulless barley mixed with rape 4:6, oat mixed with rape 4:6, Tibetan hulless barley mixed with common vetch 3:7, oat mixed with common vetch 6:4, rape mixed with common vetch 6:4. The top three grey correlation system scores among the 29 mixed sowing treatments were oat mixed with rape 4:6, common vetch single sowing, and rape mixed with common vetch 6:4. The combined sowing of oat and rape (4:6), oat and common vetch (6:4), and rape and the common vetch (6:4) might be employed as high-quality forage planting models for demonstration in Rikaze based on yield and nutritional composition.

Key words: Tibetan hulless barley, Oat, Rape, Common vetch, Mixed cropping

表1

不同处理播量

处理
Treatment		 青稞
Tibetan hulless barley		 油菜
Rape		 处理
Treatment		 燕麦
Oat		 油菜
Rape		 处理
Treatment		 青稞
Tibetan hulless barley		 箭筈豌豆
Common vetch
A3C7 67.5 10.5 B3C7 54 10.5 A3D7 67.5 84
A4C6 102.0 9.0 B4C6 72 9.0 A4D6 102.0 72
A5C5 112.5 7.5 B5C5 90 7.5 A5D5 112.5 60
A6C4 135.0 6.0 B6C4 108 6.0 A6D4 135.0 48
A7C3 157.5 4.5 B7C3 126 4.5 A7D3 157.5 36
处理
Treatment		 燕麦
Oat		 箭筈豌豆
Common vetch		 处理
Treatment		 油菜
Rape		 箭筈豌豆
Common vetch		 处理
Treatment		 单播
Single sowing
B3D7 54 84 C3D7 4.5 84 A 225
B4D6 72 72 C4D6 6.0 72 B 180
B5D5 90 60 C5D5 7.5 60 C 15
B6D4 108 48 C6D4 9.0 48 D 120
B7D3 126 36 C7D3 10.5 36 / /

表2

混播组合、混播比例及其交互作用的方差分析（F值）

变异来源
Variation source		 株高
Plant height		 鲜重
Fresh weight		 干重
Hay weight		 鲜干比
Fresh weight/dry weight		 粗蛋白
Crude protein		 粗脂肪
Crude fat		 粗灰分
Ash		 RFQ
混播组合Mixed combination 511.60** 105.74** 316.92** 58.33** 85.11** 3.58* 14.72** 59.34**
混播比例Mixed ratio 82.15** 11.59** 49.28** 13.46** 83.78** 30.72** 25.23** 42.01**
混播组合×混播比例
Mixed combination×mixed ratio		 95.29** 21.30** 45.65** 7.11** 17.38** 2.52* 7.12** 7.99**

表3

4种饲用作物单播的牧草农艺性状和营养指标

处理
Treatment		 株高
Plant height (cm)		 鲜重
Fresh weight (kg/hm2)		 干重
Hay weight (kg/hm2)		 鲜干比
Fresh weight/dry weight		 粗蛋白
Crude protein (%)		 粗脂肪
Crude fat (%)		 灰分
Ash(%)
A 66.99±7.57c 33 794.47±3668.05b 6678.75±889.09b 5.08±0.34b 8.31±0.17c 1.60±0.10b 5.70±0.10c
B 103.59±5.13b 52 086.03±2592.70a 14 755.25±1130.16a 3.54±0.22c 7.55±0.28d 1.80±0.10b 5.77±0.15c
C 115.30±12.33a 49 038.01±2537.23a 8078.75±324.66b 6.08±0.38a 13.58±0.56b 2.07±0.06a 6.97±0.25b
D 42.40±5.02d 28 759.71±5812.38b 7431.45±255.74b 3.89±0.88c 20.03±0.29a 2.20±0.20a 7.77±0.06a

表4

4种饲用作物单播的相对饲用品质

处理Treatment NDF (%) ADF (%) DMI DDM RFV RFQ
A 52.63±2.05a 26.67±6.21bc 2.28±0.09c 68.13±4.84ab 120.65±11.78bc 168.21±22.97bc
B 55.43±0.93a 32.43±0.49ab 2.17±0.04c 63.63±0.38bc 106.81±2.34c 141.23±4.56c
C 45.33±1.05b 34.13±0.40a 2.65±0.06b 62.31±0.31c 127.90±2.61ab 182.35±5.09ab
D 34.37±1.78c 22.60±0.96c 3.50±0.18a 71.29±0.75a 193.30±9.57a 309.88±18.65a

表5

不同混播组合的牧草农艺性状和营养指标

处理
Treatment		 株高
Plant height (cm)		 鲜重
Fresh weight (kg/hm2)		 干重
Hay weight (kg/hm2)		 鲜干比
Dry weight/fresh weight		 粗蛋白
Crude protein (%)		 粗脂肪
Crude fat (%)		 灰分
Ash (%)
AC 86.58±20.39b 43 616.75±6025.15b 8638.90±1343.99c 5.09±0.58a 11.49±2.26cd 2.36±0.36a 7.01±0.71b
BC 99.34±15.23a 53 665.49±17 956.74a 14 530.40±4601.41a 3.69±0.39c 11.11±2.60d 2.47±0.48a 7.02±0.90b
AD 59.86±8.47e 27 004.49±3389.51c 6517.89±655.51d 4.14±0.27b 16.13±2.28a 2.52±0.38a 8.03±0.85a
BD 69.70±12.10d 38 309.93±9993.60b 11 721.64±2372.69b 3.24±0.28d 13.32±2.58bc 2.36±0.32a 7.29±0.49b
CD 77.88±11.16c 35 943.97±10 279.76b 9683.62±2661.81c 3.72±0.35c 14.85±3.67ab 2.60±0.37a 7.61±1.29ab

表6

不同混播组合的相对饲用品质

处理Treatment NDF (%) ADF (%) DMI DDM RFV RFQ
AC 48.85±4.49a 31.00±2.75a 2.48±0.23b 64.75±2.15b 124.45±13.86b 175.62±27.03b
BC 51.60±5.16a 30.42±4.58a 2.35±0.24b 65.20±3.57b 118.71±14.03b 164.43±27.37b
AD 41.98±3.01b 26.33±1.96b 2.87±0.22a 68.39±1.52a 152.47±14.39a 230.27±28.06a
BD 48.46±4.16a 28.90±2.85ab 2.49±0.20b 66.39±2.22ab 128.46±13.03b 183.44±25.41b
CD 41.49±5.07b 28.63±4.72ab 2.93±0.37a 66.60±3.68ab 152.25±26.24a 229.83±51.16a

表7

不同混播比例的牧草农艺性状和营养指标

处理
Treatment		 株高
Plant height
(cm)		 鲜重
Fresh weight
(kg/hm2)		 干重
Hay weight
(kg/hm2)		 鲜干比
Fresh weight/
dry weight		 粗蛋白
Crude protein
(%)		 粗脂肪
Crude fat (%)		 灰分
Ash (%)
A3C7 114.15±4.69ab 46 319.51±3652.80def 9281.03±964.16hij 5.00±0.17bc 8.57±0.38ij 2.43±0.08bcdefg 6.23±0.37ijk
A4C6 63.25±4.37op 38 509.07±2602.70ghi 8859.35±682.35ij 4.35±0.05def 13.47±0.64def 2.79±0.18abc 7.37±0.15efgh
A5C5 71.90±4.89klm 36 258.96±2039.65ghij 6517.91±277.12mn 5.57±0.29ab 14.19±1.45de 2.40±0.20bcdefgh 8.00±0.44abcdef
A6C4 78.55±5.31ij 46 480.90±2467.19def 9722.16±724.83ghi 4.79±0.10cd 10.64±0.83ghi 2.40±0.20bcdefgh 6.50±0.30hijk
A7C3 105.05±5.64de 50 515.31±2960.93cde 8814.06±1183.77ij 5.77±0.46a 10.60±0.66hi 1.80±0.20ij 6.93±0.31ghi
B3C7 106.94±2.05cde 39 730.22±1436.72fgh 10 952.17±641.31fg 3.63±0.16ghij 14.20±2.72de 2.58±0.27bcdef 7.03±0.93fghi
B4C6 111.75±5.50abc 78 304.25±7974.92a 21 537.87±1416.22a 3.66±0.56ghij 11.44±1.02fgh 2.90±0.46ab 7.20±0.40fghi
B5C5 73.75±4.29jkl 52 875.79±4407.12cd 13 889.53±507.17de 3.81±0.38efghi 8.01±0.30j 1.80±0.40ij 6.40±0.30hijk
B6C4 109.65±8.76bcd 64 597.52±11465.57b 17 045.52±505.22b 3.79±0.69efghi 9.36±1.12hij 2.47±0.35bcdefg 7.20±1.10fghi
B7C3 94.60±5.31f 32 819.67±2579.38hijkl 9226.91±352.00hij 3.55±0.16ghij 12.55±1.02efg 2.61±0.28bcde 7.24±1.63fgh
A3D7 47.90±3.60s 28 480.00±2048.76klm 7072.76±258.50lm 4.03±0.25efg 18.42±1.36ab 2.60±0.40bcde 8.60±0.40abcd
A4D6 57.70±4.68qr 27 129.93±963.94klm 6453.26±510.93mn 4.22±0.29defg 17.66±1.03bc 2.90±0.20ab 8.67±0.25abc
A5D5 64.45±4.92nop 31 501.57±2257.45ijkl 7174.34±360.92lm 4.39±0.09de 12.64±0.97efg 2.30±0.30cdefgh 6.87±0.31ghij
A6D4 59.65±3.91pq 22 758.15±1800.47m 5626.91±120.58n 4.04±0.30efgh 16.37±1.11bc 2.70±0.10abcde 8.73±0.15ab
A7D3 69.60±4.78lmn 25 152.82±1068.73lm 6262.18±363.12mn 4.03±0.31efgh 15.58±1.13cd 2.10±0.30fghi 7.30±0.30efgh
B3D7 75.90±4.47jk 43 363.05±1180.26efg 12 766.40±394.15e 3.40±0.06hij 13.96±1.30de 2.27±0.17defghi 7.66±0.46defg
B4D6 65.50±7.02no 31 726.08±3083.91ijkl 10 370.84±603.26fgh 3.06±0.14j 13.46±1.98def 2.72±0.17abcd 7.29±0.16efgh
B5D5 54.40±4.12r 31 501.57±5879.93ijkl 10 046.95±982.96fghi 3.12±0.32ij 13.39±0.88def 2.39±0.25cdefgh 7.11±0.23fghi
B6D4 65.95±5.26no 30 794.68±3948.18jkl 9866.86±253.47fghi 3.12±0.36ij 16.40±1.06bc 2.51±0.17bcdefg 7.80±0.10bcdefg
B7D3 86.75±4.71gh 54 164.27±1851.76c 15 557.17±1431.63c 3.50±0.28hij 9.39±1.01hij 1.93±0.27hij 6.61±0.28hijk
C3D7 61.80±4.40opq 26 872.77±2421.74klm 7427.81±354.84klm 3.62±0.23ghij 17.51±1.06bc 2.65±0.22abcde 8.63±0.45abc
C4D6 89.80±6.56fg 43 298.76±1484.02efg 11 148.47±746.86f 3.90±0.34efgh 9.56±0.25hij 2.50±0.30bcdefg 5.97±0.65jk
C5D5 84.45±4.68h 28 672.86±2331.44jklm 7282.84±391.49lm 3.95±0.49efgh 16.31±2.06bc 2.47±0.25bcdefg 8.23±0.60abcde
C6D4 71.30±4.72klm 29 830.06±1832.15jklm 8685.74±545.62ijk 3.45±0.39hij 18.44±2.01ab 3.10±0.30a 8.80±0.20a
C7D3 82.05±3.30hi 51 045.41±6389.97cd 13 873.23±1068.47de 3.67±0.17fghij 12.43±0.80efg 2.30±0.30cdefgh 6.40±0.30hijk
A 66.99±7.57mno 33 794.47±3668.05hijk 6678.75±889.09mn 5.08±0.34bc 8.31±0.17j 1.60±0.10j 5.70±0.10k
B 103.59±5.13e 52 086.03±2592.70cd 14 755.25±1130.16cd 3.54±0.22ghij 7.55±0.28j 1.80±0.10ij 5.77±0.15k
C 115.30±12.33a 49 038.01±2537.23cde 8078.75±324.66jkl 6.08±0.38a 13.58±0.56def 2.07±0.06ghij 6.97±0.25ghi
D 42.40±5.02t 28 759.71±5812.38jklm 7431.45±255.74klm 3.89±0.88efgh 20.03±0.29a 2.20±0.20efghi 7.77±0.06cdefg

表8

不同混播比例的相对饲用价值

处理Treatment NDF (%) ADF (%) DMI DDM RFV RFQ
A3C7 51.73±7.04bcde 32.53±2.06abcd 2.35±0.35fghi 63.56±1.61efgh 115.58±14.21klmn 158.34±27.71klmn
A4C6 44.00±1.43hi 28.14±1.66defgh 2.73±0.09cde 66.98±1.29abcde 141.74±7.22defgh 209.35±14.08defgh
A5C5 45.75±1.05ghi 28.52±0.88cdefg 2.62±0.06cdef 66.68±0.68bcdef 135.65±4.39defghij 197.46±8.56defghij
A6C4 51.27±1.72bcdef 31.47±1.26abcdef 2.34±0.08fghi 64.38±0.99cdefgh 116.86±2.23jklmn 160.82±4.34jklmn
A7C3 51.47±2.09bcdef 34.34±1.32ab 2.33±0.09fghi 62.15±1.03gh 112.40±2.84lmn 152.14±5.54lmn
B3C7 45.51±3.57ghi 26.44±9.46fgh 2.65±0.21cdef 68.30±7.37abc 139.47±6.36defghi 204.92±12.41defghi
B4C6 49.76±2.70cdefg 31.78±2.35abcdef 2.42±0.13efghi 64.14±1.83cdefgh 120.02±3.09jklmn 166.99±6.03jklmn
B5C5 57.32±1.96a 31.80±3.49abcdef 2.10±0.07i 64.13±2.72cdefgh 104.04±1.35n 135.84±2.64n
B6C4 56.06±2.37ab 31.43±2.09abcdef 2.14±0.09hi 64.42±1.62cdefgh 106.95±2.19mn 141.49±4.26mn
B7C3 49.33±3.09defgh 30.66±2.00abcdef 2.44±0.15defgh 65.02±1.57cdefgh 123.06±10.69hijklmn 172.91±20.84hijklmn
A3D7 37.16±1.51k 24.23±2.10gh 3.23±0.13ab 70.02±1.63ab 175.60±11.27ab 275.36±21.98ab
A4D6 42.56±2.07ij 26.73±1.90efgh 2.82±0.14c 68.08±1.48abcd 149.12±10.39cde 223.73±20.26cde
A5D5 43.49±1.89ij 27.82±1.65defgh 2.76±0.12cd 67.23±1.28abcde 143.90±3.57defg 213.55±6.97defg
A6D4 44.26±0.89ghi 26.42±1.07fgh 2.71±0.05cde 68.32±0.83abc 143.62±1.38defg 213.00±2.69defg
A7D3 42.44±2.36ij 26.45±2.17fgh 2.83±0.16c 68.29±1.69abc 150.13±12.02cd 225.71±23.45cd
B3D7 46.48±1.97efghi 27.39±3.15defgh 2.58±0.11cdefg 67.56±2.45abcde 135.24±0.89defghijk 196.66±1.73defghijk
B4D6 47.52±2.41defghi 27.63±1.89defgh 2.53±0.13cdefg 67.37±1.47abcde 132.21±9.66defghijkl 190.77±18.83defghijkl
B5D5 47.59±1.76defghi 29.23±3.01bcdefg 2.52±0.09cdefg 66.13±2.35bcdefg 129.26±0.81efghijkl 185.02±1.57efghijkl
B6D4 45.63±3.22ghi 27.56±0.96defgh 2.64±0.19cdef 67.43±0.75abcde 137.99±11.27defghi 202.03±21.98defghi
B7D3 55.06±3.50abc 32.67±1.83abcd 2.19±0.14hi 63.45±1.43efgh 107.59±9.27mn 142.74±18.07mn
C3D7 36.13±3.56k 23.59±2.99gh 3.34±0.33ab 70.53±2.33ab 183.20±24.40ab 290.18±47.59ab
C4D6 46.09±3.37fghi 35.26±3.77a 2.61±0.19cdefg 61.43±2.93h 124.72±15.23ghijklm 176.15±29.69ghijklm
C5D5 43.17±5.40ij 27.22±2.15defgh 2.81±0.36c 67.70±1.68abcde 147.75±22.41def 221.06±43.69def
C6D4 38.43±3.90jk 26.48±2.24fgh 3.14±0.32b 68.27±1.74abc 166.13±12.68bc 256.90±24.72bc
C7D3 43.63±3.38ij 30.60±1.89abcdef 2.76±0.21cd 65.06±1.47cdefgh 139.43±13.74defghi 204.84±26.80defghi
A 52.63±2.05abcd 26.67±6.21efgh 2.28±0.09ghi 68.13±4.84abcd 120.65±11.78ijklmn 168.21±22.97ijklmn
B 55.43±0.93ab 32.43±0.49abcde 2.17±0.04hi 63.63±0.38defgh 106.81±2.34mn 141.23±4.56mn
C 45.33±1.05ghi 34.13±0.40abc 2.65±0.06cdef 62.31±0.31fgh 127.90±2.61fghijkl 182.35±5.09fghijkl
D 34.37±1.78k 22.60±0.96h 3.50±0.18a 71.29±0.75a 193.30±9.57a 309.88±18.65a

表9

不同处理的加权关联度与排序

处理
Treatment		 加权关联度
Weight association		 组内排名
Ranking in the group		 总排名
Overall ranking		 处理
Treatment		 加权关联度
Weight association		 组内排名
Ranking in the group		 总排名
Overall ranking
A3C7 0.5046 3 17 B3D7 0.5171 2 16
A4C6 0.5189 1 14 B4D6 0.4993 3 19
A5C5 0.5183 2 15 B5D5 0.4765 5 27
A6C4 0.4840 5 25 B6D4 0.5242 1 12
A7C3 0.5045 4 18 B7D3 0.4953 4 22
B3C7 0.5409 3 9 C3D7 0.5975 2 4
B4C6 0.7282 1 1 C4D6 0.4841 5 24
B5C5 0.4657 5 28 C5D5 0.5360 3 10
B6C4 0.5693 2 7 C6D4 0.6292 1 3
B7C3 0.4954 4 21 C7D3 0.5221 4 13
A3D7 0.5967 1 5 A 0.4275 4 29
A4D6 0.5721 2 6 B 0.4847 3 23
A5D5 0.4790 5 26 C 0.5567 2 8
A6D4 0.5317 3 11 D 0.6458 1 2
A7D3 0.4982 4 20

表10

混播组合和混播比例的干草增产效应

混播组合
Mixed combination		 混播比例Mixed ratio
3:7 4:6 5:5 6:4 7:3
青稞:油菜Tibetan hulless barley:rape 21.18 17.83 -11.67 34.31 24.16
燕麦:油菜Oat:rape 8.63 100.36 21.66 41.05 -27.65
青稞:箭筈豌豆Tibetan hulless barley:common vetch -1.84 -9.50 1.69 -19.38 -9.30
燕麦:箭筈豌豆Oat:common vetch 32.59 0.10 -9.43 -16.56 23.88
油菜:箭筈豌豆Rape:common vetch -2.59 44.97 -6.09 11.07 75.95

表11

混播组合和混播比例的粗蛋白增质效应

混播组合
Mixed combination		 混播比例Mixed ratio
3:7 4:6 5:5 6:4 7:3
青稞:油菜Tibetan hulless barley:rape -28.58 17.42 29.65 2.13 7.17
燕麦:油菜Oat:rape 20.64 2.44 -24.18 -6.04 34.10
青稞:箭筈豌豆Tibetan hulless barley:common vetch 11.54 15.11 -10.80 25.94 31.74
燕麦:箭筈豌豆Oat:common vetch -14.28 -10.49 -2.90 30.76 -16.86
油菜:箭筈豌豆Rape:common vetch -3.23 -45.22 -2.95 14.11 -19.88
[1] 孙鸿烈, 郑度, 姚檀栋, 等. 青藏高原国家生态安全屏障保护与建设. 地理学报, 2012, 67(1):3-12.
doi: 10.11821/xb201201001
[2] 冯西博, 王建林, 钟志明, 等. 青藏高原青稞赖氨酸含量空间分布及其与环境因子的关系. 核农学报, 2017, 31(7):1388- 1396.
doi: 10.11869/j.issn.100-8551.2017.07.1388
[3] 尼玛扎西, 禹代林, 边巴, 等. 燕麦在西藏畜牧业生产中的地位与作用. 西藏农业科技, 2007, 29(4):36-40.
[4] 袁英良, 唐丹, 鲁英, 等. 吉林地区麦后复种饲用油菜与燕麦混播效应研究. 草业学报, 2021, 30(7):167-178.
doi: 10.11686/cyxb2020551
[5] Vierstra R D, Langan S M, Haas A L. Purification and initial characterization of ubiquitin from the higher plant Avena sativa. Journal of Biological Chemistry, 1985, 260(22):12015-12021.
pmid: 2995356
[6] 史志强, 裴亚斌, 徐强, 等. 甘南高寒牧区甘农2号小黑麦与箭筈豌豆的混播效果. 草业科学, 2021, 38(9):1771-1781.
[7] 何勤勇. 西藏农牧区改革开放三十年来的回顾及其主要经验. 西藏大学学报, 2008, 23(4):96-101.
[8] 周娟娟, 白玛嘎翁, 魏巍, 等. 西藏高寒区禾-豆混播对牧草营养品质及土壤养分的影响. 干旱地区农业研究, 2021, 39(2):143-149.
[9] 周娟娟, 白玛嘎翁, 魏巍. 西藏羊八井箭筈豌豆+燕麦混播的生产性能和营养品质比较. 黑龙江畜牧兽医, 2020(10):105- 109.
[10] 王富强, 向洁, 郭宝光, 等. 拉萨河谷区箭筈豌豆和黑麦混、间播建植方式研究. 草业学报, 2018, 27(8):39-49.
doi: 10.11686/cyxb2017348
[11] 李佶恺, 孙涛, 旺扎, 等. 西藏地区燕麦与箭筈豌豆不同混播比例对牧草产量和质量的影响. 草地学报, 2011, 19(5):830- 833.
doi: 10.11733/j.issn.1007-0435.2011.05.020
[12] 鲍宇红, 李锦扬, 普布卓玛, 等. 西藏作物秸秆营养成分及体外发酵特性比较研究. 动物营养学报, 2021, 33(9):4980-4988.
doi: 10.3969/j.issn.1006-267x.2021.09.018
[13] 德吉措姆, 赵江涛, 闫宝莹, 等. 西藏日喀则地区常用饲料原料的营养价值评定. 山东农业科学, 2019, 51(10):143-147.
[14] 高伟, 李菁, 李鼎, 等. 西藏农作物秸秆混合青贮利用研究进展. 西藏农业科技, 2019, 41(1):60-63.
[15] 王波, 张文会, 白婷, 等. 不同收割时间对青稞秸秆主要营养物质的影响. 大麦与谷类科学, 2018, 35(4):7-11.
[16] 魏迎春, 刘启勇, 冬梅, 等. 2005年白朗县青稞油菜混播与单播的效益分析. 西藏农业科技, 2009, 31(3):37-39,36.
[17] Van Soest P J, Robertson J B, Lewis B A. Methods for dietary fiber, neutral detergent fiber, and non-starch polysaccharides in relation to animal nutrition. Journal of Dairy Science, 1991, 74 (10):3583-3597.
doi: 10.3168/jds.S0022-0302(91)78551-2 pmid: 1660498
[18] 李志强. 燕麦干草质量评价. 中国奶牛, 2013(19):1-3.
[19] 邓聚龙. 灰色系统与农业. 山西农业科学, 1985(6):29-33.
[20] 黎松松, 王宁欣, 郑伟, 等. 一年生和多年生豆禾混播草地超产与多样性效应的比较. 植物生态学报, 2021, 45(1):23-37.
[21] 秦彧, 李晓忠, 姜文清, 等. 西藏主要作物与牧草营养成分及其营养类型研究. 草业学报, 2010, 19(5):122-129.
[22] 贾存辉, 钱文熙, 吐尔逊阿依·赛买提, 等. 粗饲料营养价值指数及评定方法. 草业科学, 2017, 34(2):415-427.
[23] 周青平. 燕麦+箭筈豌豆混播草地的草层结构与产量. 草原与草坪, 2002(3):43-45.
[24] Watkinson A R. Density-dependence in single-species populations of plants. Journal of Theoretical Biology, 1980, 83(2):345-357.
doi: 10.1016/0022-5193(80)90297-0
[25] 赵海新, 朱占林, 张永亮, 等. 混播草地之研究进展. 中国农学通报, 2005, 21(11):38-41,49.
[26] 曹仲华. 西藏农区箭筈豌豆与一年生禾草混种效应的研究. 杨凌:西北农林科技大学, 2007.
[27] 谭海运. 西藏高寒干旱半干旱地区饲草混播试验研究. 西藏农业科技, 2022, 44(1):47-49.
[28] 冯廷旭, 德科加, 向雪梅, 等. 高寒地区燕麦与豌豆不同混播组合和比例对饲草产量及品质的影响. 草地学报, 2022, 30 (2):487-494.
doi: 10.11733/j.issn.1007-0435.2022.02.029
[29] 王辛有, 曹文侠, 王小军, 等. 河西地区豆禾混播草地生产性能对刈割高度与施肥的响应. 草业学报, 2021, 30(4):99-110.
doi: 10.11686/cyxb2020467
[30] 徐强, 田新会, 杜文华. 高寒牧区黑麦和箭筈豌豆混播对草产量和营养品质的影响研究. 草业学报, 2021, 30(8):49-59.
doi: 10.11686/cyxb2020310
[31] Yin W, Yu A Z, Chai Q, et al. Wheat and maize relay-planting with straw covering increases water use efficiency up to 46%. Agronomy for Sustainable Development, 2015, 35(2):815-825.
doi: 10.1007/s13593-015-0286-1
[32] 黎松松, 于辉, 王宁欣, 等. 新疆昭苏地区混播箭筈豌豆和施氮处理下燕麦草地的氮产量. 草业科学, 2021, 38(10):1918- 1929.
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