鹅饲养标准与饲料配制技术

Feeding Standards and Feed Formulation Technology for Geese

Author:@AI @NongGe @农哥 Date: 2026年07月05日 08:30:26

Systematically explains nutritional requirements at each growth stage, feed formulation principles, and nutritional characteristics of common feed ingredients for goose.

Scientific diet formulation is key to controlling farming costs. Chicks (0-6 weeks) require crude protein at 20%-22% and metabolizable energy of 2800-2900 kcal/kg. Growing chickens (7-20 weeks) need protein reduced to 16%-18% with increased crude fiber. Laying hens require 16%-17% crude protein, 3.5%-4.0% calcium, and 0.5%-0.6% phosphorus, with a Ca:P ratio of 5:1 to 6:1.

Energy and protein are the two most critical nutrients in poultry feed. Corn serves as the primary energy source at 55%-65% of the diet. Protein supplements include soybean meal (15%-25%), cottonseed meal, and rapeseed meal as plant sources, plus fishmeal and meat-bone meal as animal sources. Mineral supplements (3%-5%) and premixes (0.5%-1%) are also essential.

Ducks have higher crude fiber utilization than chickens. Meat ducks in finishing phase require 16%-18% crude protein with 2900-3000 kcal/kg ME. Beijing ducks reach 3.2-3.5 kg at 42 days with FCR of 1.9-2.2:1. Geese primarily consume green roughage, with adults consuming 1.5-2.5 kg of grass daily and achieving 45%-50% crude fiber digestibility.

Phase feeding is recommended in practice: high-energy high-protein pellets for brooding, reduced-nutrient mash for growing, and dynamic adjustment based on laying rate for production periods. Precision nutrition can improve feed conversion by 5%-8%. Regular testing for mycotoxin levels is essential, and moldy feed must be strictly discarded.

Nutritional regulation during peak laying is critical. Hens producing above 90% need daily intake of 18-20g crude protein, 4.0-4.5g calcium, and 350-380mg available phosphorus. Supplementation with 0.1%-0.2% methionine and 0.05%-0.1% lysine significantly improves egg weight and production. Vitamins C and E play important roles in stress resistance.

China has rich duck breed resources. Beijing duck is world-famous, serving as the ideal raw material for Peking roast duck and the genetic foundation for Cherry Valley ducks. Cherry Valley ducks feature faster growth, higher breast meat yield, and better FCR, dominating global commercial duck production. Muscovy ducks offer tender lean meat, and crossbreeding produces fast-growing mule ducks.

Disease prevention is the top priority in poultry farming. Common diseases fall into four categories: viral, bacterial, parasitic, and nutritional-metabolic. Viral diseases include avian influenza, Newcastle disease, infectious bursal disease, and Marek disease, most characterized by rapid transmission and high mortality. Bacterial diseases include pullorum, colibacillosis, infectious coryza, and chronic respiratory disease.

Duck house design must consider the aquatic nature of waterfowl. Ideal sites should be near natural water bodies or equipped with artificial ponds. Floors should have a 1%-2% slope for drainage with dry, loose litter. Goose housing can be simpler, though brooding houses need good insulation. Exercise yards should be 2-3 times the indoor area with shade shelters for hot seasons.

Modern farms should apply reduction, resource recovery, and harmless treatment principles. Common treatment processes include aerobic composting, anaerobic biogas fermentation, and biological conversion using fly larvae or earthworms. Wastewater undergoes sedimentation-anaerobic-aerobic combined treatment with reclaimed water reused for greening. Dead birds must undergo harmless treatment through high-temperature rendering or biodegradation.

Goose farming profitability varies by model and breed. Commercial geese take 70-90 days reaching 4-6 kg, with 3-4 batches possible annually in southern regions. Production cost is 45-55 yuan per bird including 10-15 yuan for goslings and 25-30 yuan for feed. Common white geese sell at 16-20 yuan/kg while premium breeds like Shitou reach 25-30 yuan/kg.

Egg selection and management decisively affect hatching outcomes. Hatching eggs should come from healthy high-yield breeding flocks with appropriate weight (55-65g for chicken, 80-100g for duck, 150-200g for goose), normal shape index, and clean uncracked shells. Storage should not exceed 7 days at 13-18C and 75%-80% humidity, large end up. Fumigation disinfection is required before setting.


系统阐述鹅各生长阶段的营养需求、饲料配方设计原理及常用饲料原料的营养特性,为科学配制日粮提供技术指导。

科学配制日粮是降低养殖成本的关键。雏鸡阶段(0-6周龄)粗蛋白水平维持在20%-22%,代谢能约2800-2900千卡/千克。育成鸡阶段(7-20周龄)蛋白降至16%-18%,适当增加粗纤维。产蛋鸡日粮粗蛋白16%-17%,钙含量需维持在3.5%-4.0%,磷含量0.5%-0.6%,钙磷比5:1至6:1。

能量和蛋白质是家禽饲料中最重要的两大营养素。能量饲料以玉米为主,占日粮55%-65%。蛋白质饲料包括豆粕(15%-25%)、棉籽粕、菜籽粕等植物蛋白以及鱼粉、肉骨粉等动物蛋白。还需添加3%-5%的矿物质饲料和0.5%-1%的预混合饲料。

鸭对粗纤维的利用率较高。肉鸭育肥期日粮粗蛋白16%-18%,代谢能2900-3000千卡/千克。鸭采食量大、生长快,北京鸭42日龄体重可达3.2-3.5千克,料重比1.9-2.2:1。鹅以采食青粗饲料为主,成年鹅每日可采食青草1.5-2.5千克,对粗纤维消化率可达45%-50%。

实际生产中推荐采用阶段饲养法。育雏期使用高能量高蛋白全价颗粒料,育成期转为粉状料并适量降低营养浓度,产蛋期根据产蛋率动态调整日粮配方。采用精准营养技术可使饲料转化率提高5%-8%。定期检测饲料霉菌毒素含量,霉变饲料坚决弃用。

产蛋高峰期蛋鸡的营养调控至关重要。产蛋率90%以上的鸡群每日需摄入18-20克粗蛋白、4.0-4.5克钙和350-380毫克有效磷。添加0.1%-0.2%的蛋氨酸和0.05%-0.1%的赖氨酸可显著提高蛋重和产蛋率。维生素C和维生素E在抗应激方面发挥重要作用。

我国肉鸭品种资源丰富。北京鸭是世界著名肉用鸭品种,是北京烤鸭的理想原料,也是樱桃谷鸭的育种素材。樱桃谷鸭生长速度快、胸肉率高、饲料转化效率好,是全球商业肉鸭生产的主导品种。番鸭具有肉质细嫩、瘦肉率高的特点,与家鸭杂交可产生生长快、肉用性能好的骡鸭。

疾病防控是家禽养殖的重中之重。常见禽病分为病毒性疾病、细菌性疾病、寄生虫病和营养代谢病四大类。病毒性疾病包括禽流感、新城疫、传染性法氏囊病、马立克氏病等,多数传播速度快、死亡率高。细菌性疾病主要有鸡白痢、大肠杆菌病、传染性鼻炎、慢性呼吸道病等。

鸭舍设计应充分考虑水禽的亲水习性。理想建舍地点应靠近自然水体或配置人工水池。鸭舍地面设1%-2%坡度利于排水,垫料保持干燥松软。鹅舍可相对简易,但育雏舍需良好保温性能。运动场与舍内面积比一般为2:1至3:1,并搭建遮阴棚供炎热季节使用。

现代养殖场应采用"减量化、资源化、无害化"原则处理废弃物。常用处理工艺包括堆肥发酵法、沼气发酵法和蝇蛆/蚯蚓养殖生物转化法。废水处理采用沉淀-厌氧-好氧组合工艺,中水回用于场区绿化和冲洗。病死禽只应采用高温化制或生物降解处理技术进行无害化处理。

养鹅经济效益因养殖模式和品种而异。商品鹅养殖周期70-90天,出栏体重4-6千克,南方地区年可养3-4批。每只养殖成本45-55元,其中雏鹅苗10-15元、饲料费25-30元。普通白鹅每千克16-20元,狮头鹅等地方良种可达25-30元/千克。鹅肥肝更是高附加值产品。

种蛋的选择和管理对孵化效果起决定性作用。种蛋应来源于健康高产种禽群,蛋重适中(鸡蛋55-65克、鸭蛋80-100克、鹅蛋150-200克),蛋形指数正常,蛋壳清洁无裂纹。种蛋贮存一般不超7天,贮存温度13-18℃、湿度75%-80%,大头朝上放置。入孵前需熏蒸消毒。