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分析印度优质燕麦种子生产中饲料燕麦(L.)的趋势及未来预测。

Analyzing trends and future projections in fodder oats ( L.) for quality seed production in India.

作者信息

Chand Subhash, Kumar Sanjay, Roy Ajoy Kumar, Vijay Dunna, Choudhary Bishwa Bhaskar, Kumar Pradeep, Agrawal Rajiv Kumar, Yadav Vijay Kumar, Kaushal Pankaj, Yadava Devendra Kumar, Kumar Ram Vinod, Singh Awnindra Kumar, Ahmed Shahid, Malaviya Devendra Ram, Singhal Rajesh Kumar, Prasad Birendra, Kapoor Rahul, Jha Amit Kumar, Panchta Ravish

机构信息

ICAR-Indian Grassland and Fodder Research Institute, Jhansi, India.

ICAR-National Research Centre on Seed Spices, Ajmer, Rajasthan, India.

出版信息

Front Plant Sci. 2025 Apr 7;16:1525422. doi: 10.3389/fpls.2025.1525422. eCollection 2025.

Abstract

Oats ( L.) is a multipurpose, popular, nutritionally rich cereal crop widely used for food, feed, and fodder. In India, it is cultivated on nearly 0.25 M ha in the northern, northwestern, and central regions and has recently expanded to the eastern region, mainly for fodder purposes. Breeder seed (BS) production data were collected from the AICRP on Forage Crops and Utilization (FC&U) for a period of 24 years (1998-1999 to 2021-2022). Several fodder oat varieties have been developed and introduced into the seed chain in India over the past 24 years to suit different agro-climatic conditions. However, analysis reveals a narrow genetic base at the varietal level, with a few old and popular varieties (Kent, OS-6, and OS-7) sharing > 70% of the genome in varietal development. To encourage the cultivation of new varieties and replace older ones, adequate BS production is vital to ensure a regular supply of quality seeds for sustainable livestock production, providing nutritious and cost-effective fodder. With a few exceptions, the amount of BS indent and the number of varieties has increased, indicating growing demand and awareness of new varieties. At the institutional level, Indian Grassland and Fodder Research Institute (IGFRI) (Jhansi) contributed the highest to BS production (29.8%), followed by Punjab Agricultural University (PAU) (Ludhiana; 13.7%), AAU (Anand; 10.8%), and G.B. Pant University of Agriculture and Technology (GBPUAT) (Pantnagar; 9.9%). A moderate varietal replacement rate (22.9%) was observed for recently developed varieties (< 5 years) over the past 3 years (2019-2020 to 2021-2022). However, their contribution has significantly increased from 0.2% (2018-2019) to 26.2% (2021-2022). We estimated certified seed production (194,040 q) for 2023-2024 based on the available BS (485.1 q), assuming the seed chain operates at 100% efficiency. This production could cover 0.19 M ha of fodder oats in 2024-2025. The ARIMA model estimated that BS production and the number of varieties in the seed chain would reach 734.2 q and 28, respectively, by 2026-2027. Additionally, breeding approaches and improved management practices for enhanced seed production were discussed, and a roadmap was proposed to meet the demand for quality fodder oat seed in India.

摘要

燕麦(L.)是一种多用途、广受欢迎且营养丰富的谷类作物,广泛用于食品、饲料和草料。在印度,其种植面积近25万公顷,分布于北部、西北部和中部地区,最近已扩展到东部地区,主要用于草料用途。收集了24年(1998 - 1999年至2021 - 2022年)期间全印度饲料作物与利用(FC&U)协调项目的育种种子(BS)生产数据。在过去24年里,印度已培育并引入了多个饲料燕麦品种进入种子链,以适应不同的农业气候条件。然而,分析表明在品种层面遗传基础狭窄,少数老品种和受欢迎品种(肯特、OS - 6和OS - 7)在品种培育中共享超过70%的基因组。为鼓励新品种种植并取代旧品种,充足的育种种子生产对于确保可持续畜牧生产有质量种子的定期供应、提供营养且具成本效益的草料至关重要。除少数例外情况,育种种子的需求数量和品种数量有所增加,表明对新品种的需求和认知在不断增长。在机构层面,印度草地与饲料研究所(IGFRI)(占西)对育种种子生产的贡献最高(29.8%),其次是旁遮普农业大学(PAU)(卢迪亚纳;13.7%)、阿南德农业大学(AAU)(阿南德;10.8%)和加瓦尔中央邦潘特农业技术大学(GBPUAT)(潘特纳加尔;9.9%)。在过去3年(2019 - 2020年至2021 - 2022年)中,新培育品种(<5年)的品种替换率为中等水平(22.9%)。然而,它们的贡献已从2018 - 2019年的0.2%显著增加到2021 - 2022年的26.2%。基于现有的育种种子(485.1公担),假设种子链运行效率为100%,我们估算了2023 - 2024年的认证种子产量(194,040公担)。该产量在2024 - 2025年可覆盖25万公顷的饲料燕麦种植面积。自回归积分滑动平均(ARIMA)模型估计,到2026 - 2027年,种子链中的育种种子产量和品种数量将分别达到734.2公担和28个。此外,还讨论了提高种子产量的育种方法和改进管理措施,并提出了满足印度优质饲料燕麦种子需求的路线图。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/14bd/12009856/d204b139db98/fpls-16-1525422-g001.jpg

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