《绿色低碳饲草与饲料》（Green and Low Carbon Forage and Feed, GLCFF） 是一本国际性、同行评议的跨学科学术期刊，致力于发表绿色低碳背景下饲草生产与饲料利用领域的前沿研究与技术创新。本刊以 "绿色生产、低碳利用、循环高效" 为核心理念，聚焦饲草种植、加工贮藏、饲料配制、畜禽利用全链条中的碳减排与资源高效利用，旨在搭建草业科学、动物营养与环境科学之间的高水平交流平台，推动饲草饲料产业的绿色转型与畜牧业的可持续发展。
收录范围包括但不限于：
- 饲草育种与绿色栽培：高产优质抗逆饲草品种选育、低碳种植技术、草地管理与碳汇提升
- 饲草加工与低碳贮藏：青贮、干草、微贮、裹包等加工工艺的能耗优化与营养保留
- 非常规饲料资源开发利用：农副产物、食品加工副产物、昆虫蛋白、单细胞蛋白等替代饲料资源
- 精准营养与低碳饲料配方：降低蛋白质过量摄入、氨基酸平衡、饲料转化率提升与氮磷减排
- 反刍动物甲烷减排：饲料添加剂、牧草品质调控、瘤胃微生物干预与甲烷抑制技术
- 饲料加工技术创新：颗粒化、膨化、发酵、酶解等加工工艺的节能降耗与品质提升
- 循环经济与废弃物资源化：畜禽粪便堆肥还田、种养结合、农业废弃物饲料化利用
- 饲料安全与品质控制：霉菌毒素、重金属、抗营养因子、生物安全与绿色饲料添加剂
- 碳足迹与生命周期评价（LCA）：饲草饲料系统的温室气体排放核算、碳足迹分析与减排路径
- 智慧牧业与精准饲喂：传感器、AI、物联网在饲草生产与精准饲喂中的应用与节能减排
- 绿色饲料标准与政策：碳标签、绿色认证、低碳饲料标准制定与政策激励机制
稿件类型： 原创研究论文（Original Research Articles）、综述论文（Review Articles）、短讯 / 简报（Short Communications）、技术创新（Technical Innovations）、政策与展望（Policy & Perspectives）、案例研究（Case Studies）、社论（Editorial）及书评等。
Green and Low Carbon Forage and Feed (GLCFF) is an international, peer-reviewed, interdisciplinary journal dedicated to publishing cutting-edge research and technological innovation in forage production and feed utilization under the green and low-carbon paradigm. Grounded in the core principles of green production, low-carbon utilization, and circular efficiency, the journal focuses on carbon emission reduction and resource efficiency across the entire chain of forage cultivation, processing and storage, feed formulation, and livestock utilization. It serves as a high-level platform bridging forage science, animal nutrition, and environmental science, advancing the green transformation of the forage and feed industry and the sustainable development of animal agriculture.
The journal welcomes submissions covering, but not limited to:
- Forage breeding and green cultivation: breeding of high-yield, high-quality, stress-tolerant forage varieties, low-carbon cropping techniques, grassland management, and carbon sink enhancement
- Forage processing and low-carbon storage: energy optimization and nutrient retention in silage, hay, microbial fermentation, bale wrapping, and other processing methods
- Development and utilization of unconventional feed resources: agricultural by-products, food processing residues, insect protein, single-cell protein, and other alternative feed resources
- Precision nutrition and low-carbon feed formulation: reducing excessive protein intake, amino acid balancing, feed conversion efficiency improvement, and nitrogen/phosphorus reduction
- Methane mitigation in ruminants: feed additives, forage quality modulation, rumen microbial intervention, and methane inhibition technologies
- Feed processing technology innovation: energy saving and quality improvement in pelleting, extrusion, fermentation, enzymatic hydrolysis, and other processing techniques
- Circular economy and waste valorization: livestock manure composting and land application, crop-livestock integration, and agricultural waste feed utilization
- Feed safety and quality control: mycotoxins, heavy metals, anti-nutritional factors, biosafety, and green feed additives
- Carbon footprint and life cycle assessment (LCA): greenhouse gas accounting, carbon footprint analysis, and emission reduction pathways in forage and feed systems
- Smart livestock farming and precision feeding: applications of sensors, AI, and IoT in forage production and precision feeding for energy conservation and emission reduction
- Green feed standards and policy: carbon labeling, green certification, low-carbon feed standard development, and policy incentive mechanisms
Article types include Original Research Articles, Review Articles, Short Communications, Technical Innovations, Policy & Perspectives, Case Studies, Editorials, and Book Reviews.
