The key role of local and global farmer networks in the development of conservation agriculture in California.

IF 2.3 4区 环境科学与生态学 Q3 ENVIRONMENTAL SCIENCES
J P Mitchell, L E Jackson, D C Reicosky, A Kassam, A Shrestha, R Harben, E M Miyao, K M Scow, G Sposito, D Beck, T Friedrich, A S Mitchell, R Schmidt, S Park, B Park, P Foster, P Muller, A Brait, T Willey, M Bottens, C Crum, D Giacomazzi, T Barcellos, M V Crowell, R Roy, H Ferris, J L Chiartas, E Brennan, A Gaudin, John Diener, Justin Diener, L Asgill, E A Kueneman, J Fisher, M Bartz, R A Peiretti, R Derpsch, J Landers, B J Aegerter, M Leinfelder-Miles, S E Light, J McPhee, R B Ferraz Branco
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引用次数: 0

Abstract

This article chronicles the history of California's Conservation Agriculture Systems Innovation (CASI) Center and how it has increased agricultural sustainability in the San Joaquin Valley, a major production area for the United States, by using agroecological practices to reduce soil erosion and conserve soil moisture, champion systems thinking, and create networks of farmers, advisors, and researchers. Early conservation agriculture systems in the United States and other continents have informed CASI since its inception in 1998, with an emphasis on reducing soil disturbance for better soil structure and biological activity, retaining biomass on the soil to support soil life, and diversifying crops to enhance biodiversity. CASI includes >2200 farmers, private sector, university, public agency, and environmental group partners. With timelines of its core research and extension education programs, practice adoption trends, and resource quality impacts, CASI's specific accomplishments are described and compared with the dominant tillage-intensive conventional systems of the past 90 years for crops such as corn, small grains, tomatoes, cotton, dry beans, and melons. An associated 25-year research station trial has shown that no-tillage and cover crop practices maintain productivity, increase soil quality (e.g., soil carbon and nitrogen, aggregation, and infiltration), greatly reduce dust that is detrimental to human health, and decrease annual production costs by $50-$75 per acre. CASI tracked a 40-fold increase in the use of strip-tillage in dairy silage production during the early 2000s and average annual increases in cover crop seed sales of about 25% in recent years. Outreach, extension, and farmer and industry education programs of CASI include documentary films on YouTube, blogs, workshops, and on-farm demonstrations. Interactions with other groups and networks are described along with their support for CASI's momentum-building strategies for impacts. Conservation agriculture is increasing in Central California and continued policy support will enable farmers and institutions to work together to accelerate even greater adoption in the future.

本地和全球农民网络在加州保护性农业发展中的关键作用。
本文记录了加州保护性农业系统创新(CASI)中心的历史,以及它如何通过使用农业生态实践来减少土壤侵蚀和保持土壤水分,支持系统思维,并创建农民,顾问和研究人员网络,从而提高了美国主要产区圣华金河谷的农业可持续性。自1998年CASI成立以来,美国和其他大陆的早期保护性农业系统已经向CASI提供了信息,重点是减少土壤干扰以改善土壤结构和生物活性,保留土壤生物量以支持土壤生命,以及使作物多样化以增强生物多样性。CASI包括近2200名农民、私营部门、大学、公共机构和环保组织的合作伙伴。通过其核心研究和推广教育项目的时间表、实践采用趋势和资源质量影响,描述了CASI的具体成就,并将其与过去90年来玉米、小谷物、西红柿、棉花、干豆和瓜等作物的主要耕作集约化传统系统进行了比较。一项相关的为期25年的研究站试验表明,免耕和覆盖作物的做法保持了生产力,提高了土壤质量(例如,土壤碳和氮、聚集和渗透),大大减少了对人类健康有害的粉尘,并使每英亩的年生产成本降低了50至75美元。CASI追踪到,在21世纪初,带状耕作在奶牛青贮饲料生产中的使用增加了40倍,近年来覆盖作物种子销售的平均年增长率约为25%。外联、推广以及农民和产业教育项目包括YouTube上的纪录片、博客、研讨会和农场示范。描述了与其他团体和网络的互动,以及他们对CASI的动力建设战略的支持。加州中部的保护性农业正在增加,持续的政策支持将使农民和机构共同努力,在未来加速更大的采用。
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来源期刊
Journal of environmental quality
Journal of environmental quality 环境科学-环境科学
CiteScore
4.90
自引率
8.30%
发文量
123
审稿时长
3 months
期刊介绍: Articles in JEQ cover various aspects of anthropogenic impacts on the environment, including agricultural, terrestrial, atmospheric, and aquatic systems, with emphasis on the understanding of underlying processes. To be acceptable for consideration in JEQ, a manuscript must make a significant contribution to the advancement of knowledge or toward a better understanding of existing concepts. The study should define principles of broad applicability, be related to problems over a sizable geographic area, or be of potential interest to a representative number of scientists. Emphasis is given to the understanding of underlying processes rather than to monitoring. Contributions are accepted from all disciplines for consideration by the editorial board. Manuscripts may be volunteered, invited, or coordinated as a special section or symposium.
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