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市场调查报告书
商品编码
1456948
饲料市场 - 2024 年至 2029 年预测Forage Feed Market - Forecasts from 2024 to 2029 |
饲料市场预计将以 2.29% 的复合年增长率成长,从 2022 年的 347.57 亿美元增至 2029 年的 407.23 亿美元。
饲料是除谷物以外的可食用植物,用作放牧动物的饲料或收穫作为牲畜的饲料。它在肉牛产业中发挥重要作用,改善作物多样性、野生动物栖息地和土壤生态系统服务。透过正确的作物选择和精心的管理,饲料可以成为农民的宝贵工具。也必须解决害虫问题,以减少其对生产力的负面影响。为了最大限度地提高饲料生产力,需要采取谨慎的放牧策略。例如,为了生产干草或青贮饲料,饲料可以单独用于该目的,也可以先放牧,然后再留作饲料储存。草根增加了土壤的有机质含量,也是维生素、纤维和蛋白质的良好来源,有助于动物代谢。
市场驱动力
全球牛奶消费量不断增加,导致牲畜数量增加。这支持了饲料工业的发展,因为它是乳牛饲料和纤维的基本组成部分。乳牛饲餵营养饲料以提高产乳量。改善牛健康和生产取决于饲料的品质。具有高饲料价值的干草、青贮饲料和草料被饲餵各种反刍动物,包括牛和水牛。养殖动物从饲料种子中获取热量、纤维和必需的蛋白质,并且透过添加补充品成分可以进一步提高产量。根据美国农业部《畜禽》世界市场与贸易统计,2023年全球家牛存栏量为9,42,630头,较2022年增加2,260头。
正在进行各种研发活动和实验,以提高饲料的整体效率和采食量。例如,为了评估硫对饲料的影响,ICL在2022年12月进行了一系列产品实验,将矿物肥料多硫酸盐与标准农业氮和硫产品进行比较。 ICL 在英国28 个地点进行了试验,其中一些在有机土壤上进行。研究区分为两个区域:一个区域每公顷施用100公斤多硫酸盐和氮肥,另一个区域依照常规耕作方法施用硫酸铵(AS)。
人们一直强调增加牲畜饲料供应,并实施了各种技术创新,为未来的市场成长铺平了道路。例如,利拉伐于 2022 年 12 月推出了第二版饲料挤压成型机器人 OptiDuo。此版本可让牛每日产奶量增加多达 3 公升。机器人每天可以在牛舍巡逻多达10次,补充饲料或重新安排饲料,以鼓励牛消耗更多饲料。新型号配备双旋转螺旋钻,可让您组合不同类型的饲料,并增加了浓缩液分配器的选项。
牛和牛等牲畜的饲养是因为它们能够拉动耕耘机和推车等东西。它们也被饲养作为肉类生产的牲畜和生产牛奶和黄油等乳製品的酪农畜。牛用作燃料和肥料。牛主要以草料饲养,以提高饲料的能量密度。由于用少量干草餵养牛,并辅以谷物、大豆和其他物质,饲料行业预计将在牛业领域扩大。
亚太地区对饲料市场贡献显着
由于对乳製品和畜牧产品的需求增加以及政府补贴的可用性,亚太地区的饲料产业预计将成长。据预测,该地区的人口持续增加,由于牧场面积减少、消费者对有机食品和饲料产品的偏好改变以及对乳製品和畜产品的需求增加,饲料市场将在预测期内扩大。此外,主要区域经济体,即印度和中国,都是主要的家牛国之一,根据美国农业部的数据,中国2023年开工家牛为101,500头,而印度开工家牛数量为307,500头。此外,各种政府资助和支持乳製品产业的倡议也推动了饲料需求的成长。
The forage feed market is projected to grow at a CAGR of 2.29% to reach US$40.723 billion in 2029 from US$34.757 billion in 2022.
Forages are edible plant portions other than separated grain that serve as feed for grazing animals or can be harvested for feeding livestock. They play a significant role in the beef cattle sector while improving crop diversity, wildlife habitat, and soil ecosystem services. If the proper crop is chosen and carefully managed, forage feed can be a valuable tool for farmers as they are highly productive and nutritious at their most formative stages of growth. To reduce their negative effects on productivity, pests must also be handled. Maximizing the productive potential of fodder feed requires a carefully thought-out grazing strategy. For instance, to produce hay or silage, forage feed can be made solely for that purpose or grazed first before being set aside for fodder conservation. They have grassroots that can increase the soil's organic matter content, and they are also a good source of vitamins, fiber, and proteins that help animals' metabolisms.
Market Drivers
Worldwide milk consumption has been increasing, which has led to an increase in cattle population. This is supporting the growth of the forage feed industry as forage serves as the fundamental component for cattle roughage and fiber in dairy cattle. Cattle are given feed that is nutrient-rich to increase the production of milk. The health and enhanced output of the animals depend on the forage's quality. Hay, silages, and forages with a high feed value are fed to various ruminant animals, including cows and buffaloes. The livestock animals receive calories, fiber, and necessary protein from forage seeds and adding supplement ingredients further increases the output. According to the USDA's "Livestock and Poultry: World Market and Trade", in 2023, the number of cattle in stock globally stood at 9,42,630 which represented an increase of 2,260 in strength in comparison to 2022.
To improve the overall efficiency and intake of forage feed, various R&D activities and experiments are being undertaken. For instance, to assess the effects of sulfur on forage feed, ICL conducted a series of product experiments in December 2022 comparing mineral fertilizer Polysulphate to standard farm practice nitrogen/sulfur products. At 28 locations throughout the UK, ICL conducted trials, some of which were on organic soils. Sites were divided, with one side receiving a treatment of 100 kg per hectare of Polysulphate with nitrogen and the other receiving an application of ammonium sulfate (AS) per conventional farm practice.
The growing emphasis to increase the forage feed supplies to farms animals, various technological innovations are being implemented, which has paved the way for the future market growth. For instance, DeLaval launched the second edition of their OptiDuo feed-pushing robot in December 2022. This version can boost daily cow milk output by up to 3 liters. The robot can make rounds through the barn up to ten times daily, replenishing feed supplies and rearranging forage to entice the cattle kept there to consume more food. Due to its twin rotating augers, which can combine different feed types, the new model now offers the option of a concentrate dispenser.
Cattle, such as oxen and bullocks, are grown for their ability to pull plows, carts, and other devices. They are also raised as livestock for meat production and as dairy animals for producing milk, butter, and other dairy products. Cow feces are utilized as fuel or manure. They are reared mostly on a forage-feed diet to boost the diet's energy density. Since cattle are given tiny amounts of hay with grain, soy, and other substances as supplements, the forage feed industry is expected to expand in the cattle livestock sector.
Asia Pacific contributes significantly to the forage feed market
The forage feed industry is expected to increase in the Asia Pacific area due to the rising demand for dairy and animal products as well as the availability of government subsidies. Due to the region's consistently rising population, decreasing pastureland for grazing animals, shifting consumer preferences toward organic food and feed products, and increasing demand for dairy and animal products, the forage feed market is anticipated to expand during the forecasted period. Furthermore, major regional economies namely India and China are among the leading cattle producers, according to the USDA, the total cattle beginning stock in China was 101,500 in 2023, whereas for Indian the strength stood at 307,500. Additionally, a rise in demand for forage feed has been brought on by various government funding and initiatives to support the dairy industry.
Key Developments