Analysis of the ecological circular mode of integrated crop-livestock farming of “corn + beef cattle” in hilly and gentle slope areas：a case study of Happy Family Farm in Pingyao Town，Yuhang District，Hangzhou City

doi:10.16178/j.issn.0528-9017.20260026

Abstract

Abstract:

The integrated crop-livestock ecological circular mode is a green and efficient agricultural production method which organically combines crop cultivation and livestock farming. Developing crop cultivation and livestock farming on hilly and gentle slope areas is in line with the development direction of resource-saving and sustainable agriculture in China. An analysis of the ecological circular mode of integrated crop-livestock farming of "corn + beef cattle" in Happy Family Farm of Pingyao Town showed that this mode took full advantage of hilly and gentle slope areas for crop cultivation and livestock farming，realizing the organic integration of cultivation and breeding. It improved the comprehensive land productivity，increased farmers' income，and effectively solved the environmental pollution problems caused by livestock excrement discharge and crop straw burning. This mode delivered favorable economic，ecological and social benefits，and offeredreference value and broad application prospects for the development of crop cultivation and livestock farming in hilly and gentle slope areas，particularly in regions with severely insufficient cultivated land resources.

Key words: hilly and gentle slope area, integrated crop-livestock farming of "corn + beef cattle", ecological circular agriculture

CLC Number:

F323

QIAN Haishan, QIAN Haiqiang, WEN Dan, PANG Yinghua, LOU Ling, CAI Xiaomin, GU Wanfan. Analysis of the ecological circular mode of integrated crop-livestock farming of “corn + beef cattle” in hilly and gentle slope areas：a case study of Happy Family Farm in Pingyao Town，Yuhang District，Hangzhou City[J]. Journal of Zhejiang Agricultural Sciences, 2026, 67(8): 1995-1998.

茬口	鲜玉米产量/kg	产值/元	物化成本/元					人工成本		收益/ 元
茬口	鲜玉米产量/kg	产值/元	种子（种苗）	化肥	农药（含除草剂）	地膜	小计	管理用工/工	用工费用/元	收益/ 元
合计	1 550	8 840					2 074.9		5 220	+1 545.1
第1茬	880	6 160	250	92.5	100	1 000	1 442.5	15	2 700	+2 017.5
第2茬	0	0	120	46.2	150	0	316.2	6	1 080	-1 396.2
第3茬	670	2 680	120	46.2	150	0	316.2	8	1 440	+923.8

茬口	鲜玉米产量/kg	产值/元	物化成本/元					人工成本		收益/ 元
茬口	鲜玉米产量/kg	产值/元	种子（种苗）	化肥	农药（含除草剂）	地膜	小计	管理用工/工	用工费用/元	收益/ 元
合计	1 550	8 840					2 074.9		5 220	+1 545.1
第1茬	880	6 160	250	92.5	100	1 000	1 442.5	15	2 700	+2 017.5
第2茬	0	0	120	46.2	150	0	316.2	6	1 080	-1 396.2
第3茬	670	2 680	120	46.2	150	0	316.2	8	1 440	+923.8

类别	育肥期			催肥期
类别	日均饲喂量/ kg	单价/ （元·kg^-1）	日均饲喂成本/ 元	日均饲喂量/ kg	单价/ （元·kg^-1）	日均饲喂成本/ 元
合计			28.05			58.05
豆粕	1.0	1.0	1.00	1.0	1.0	1.00
玉米	5.0	2.9	14.50	5.0	2.9	14.50
稻草	3.0	1.1	3.30	3.0	1.1	3.30
预混料	0.5	6.5	3.25	0.5	6.5	3.25
催肥配方料	0	0	0	5.0	6.0	30.00
人工			6.00			6.00

类别	育肥期			催肥期
类别	日均饲喂量/ kg	单价/ （元·kg^-1）	日均饲喂成本/ 元	日均饲喂量/ kg	单价/ （元·kg^-1）	日均饲喂成本/ 元
合计			28.05			58.05
豆粕	1.0	1.0	1.00	1.0	1.0	1.00
玉米	5.0	2.9	14.50	5.0	2.9	14.50
稻草	3.0	1.1	3.30	3.0	1.1	3.30
预混料	0.5	6.5	3.25	0.5	6.5	3.25
催肥配方料	0	0	0	5.0	6.0	30.00
人工			6.00			6.00

[1]	肖从兴. 种养结合生态循环农业模式成效探讨［J］. 粮油与饲料科技，2025（4）：13-15.
[2]	汪李平. 长江流域塑料大棚鲜食玉米栽培技术（下）［J］. 长江蔬菜，2020（20）：19-23.
[3]	李洪伟. 青贮玉米栽培与青贮技术［J］. 特种经济动植物，2021，24（11）：88-89，91.
[4]	马成艳，周小栋，黄帅. 青贮乳酸菌的生物学功能研究进展［J］. 草学，2025（4）：1-7.
[5]	陈亚方. 巨大芽孢杆菌对玉米秸秆青贮发酵品质、微生物多样性和瘤胃甲烷产生的影响［D］. 扬州：扬州大学，2025.
[6]	胡泽昆. 桐庐县低丘缓坡资源开发综合利用探析［J］. 资源节约与环保，2024（1）：9-12.

Analysis of the ecological circular mode of integrated crop-livestock farming of “corn + beef cattle” in hilly and gentle slope areas：a case study of Happy Family Farm in Pingyao Town，Yuhang District，Hangzhou City

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