Caradus John R, Goldson Stephen L, Moot Derrick J, Rowarth Jacqueline S, Stewart Alan V
Grasslanz Technology Ltd, Palmerston North, New Zealand.
AgResearch, Christchurch, New Zealand.
J R Soc N Z. 2021 Dec 19;53(3):259-303. doi: 10.1080/03036758.2021.2008985. eCollection 2023.
The New Zealand economy is export-driven and heavily reliant on the productivity of the pastoral sector. The transformation of native forest and tussock grassland ecologies to temperate grasslands occurred rapidly with the arrival of Europeans. However, this transplanted ecology required the development and use of plant, microbial, animal and management technologies for successful grassland farming. These have enabled New Zealand pastoral agriculture to compete effectively in international markets, without subsidies. The extensive list of plant-based and associated microbial-based adaptations, and the management strategies that have enabled the development of highly productive grasslands are described and reviewed. Credible science is required to inform the debate on the environmental impacts of pasture production to avoid misinformation proliferating. This needs transparent and objective integrity from the science community using funding that seeks no defined or preconceived outcomes. Critically, much of the success of New Zealand pastoral farming has been due to the willingness and ability of farmers to use, adapt, adopt and integrate new ideas and technologies into their farming systems. Historic, current and future challenges, and threats that impact on the productivity and sustainability of pastoral agriculture are described and the means to achieve further technology development to manage these is discussed.
新西兰经济以出口为导向,严重依赖畜牧业的生产力。随着欧洲人的到来,原生森林和草丛草原生态迅速转变为温带草原。然而,这种移植的生态系统需要开发和利用植物、微生物、动物及管理技术,才能实现成功的草地养殖。这些技术使新西兰的畜牧业能够在没有补贴的情况下,在国际市场上有效竞争。本文描述并回顾了大量基于植物及相关微生物的适应性措施,以及促成高产草地发展的管理策略。需要可靠的科学依据来为关于牧场生产环境影响的辩论提供信息,以避免错误信息扩散。这需要科学界秉持透明和客观的诚信态度,使用不追求特定或预设结果的资金。至关重要的是,新西兰畜牧业的许多成功归因于农民愿意并能够将新思想和技术应用、调整、采用并融入其养殖系统。文中描述了影响畜牧业生产力和可持续性的历史、当前及未来挑战与威胁,并讨论了实现进一步技术发展以应对这些问题的方法。