农业的新时代

Lei Lei, Yong-guan Zhu, Qifa Zhang
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However, the field also faces some of the more pressing challenges of our time, including climate change, chemical pollution, soil degradation, water scarcity, and biodiversity loss. Addressing these issues requires innovative, interdisciplinary, and sustainable approaches. This is why we are thrilled to introduce Modern Agriculture, a comprehensive, high‐quality journal that will serve as a leading platform for discussions, discoveries, and development in the field of agriculture. By prioritising cutting‐edge research and sustainable practices, the journal is poised to make significant impacts on the industry and beyond. It will bridge the gap between excellent scientific research on the bench and the pressing challenges facing the agriculture, bringing together scientists, engineers, farmers, entrepreneurs, policymakers, and the public society. Modern Agricultureaims toprovidea comprehensive perspective on innovative agriculture and its impact on society by publishing high‐quality articles related to various aspects of agricultural sciences, which can be outlined in three layers. First, the functions of agriculture in modern time, such as producing sufficient food and other products, promoting human health, and ensuring resource and environmental sustainability. Second, fulfiling these functions requires expertise from several disciplines, including green agriculture, smart agriculture, soil science, microbiology, pathology, chemistry, agroecology, economics, policies, social science, and veterinary science. Third, the journal's scope covers cutting‐edge sciences and technologies in each of the disciplines, such as agricultural biotechnology, engineering, crop design, breeding, informatics, and farming techniques. The journal's multidisciplinary and interdisciplinary approach aims to bridge the gap between different disciplines, facilitate collaboration and innovation, and promote the development of modern agriculture. In this very first issue, we are excited to present an article that lists “100EssentialQuestions for theFuture of Agriculture”. These questions were rigorously selected from over 400 submissions gathered from diverse communities around the world. Our objective was to explore the full spectrum of challenges facing agriculture and to prioritise research and problem‐solving efforts that foster socioeconomic development and applications to fulfil the key functions of modern agriculture. These questions chosen by the Selection Committee will not only inspire and motivate agricultural researchers and practitioners but also provide a blueprint for future agricultural innovation. We hope that this article will spark new ideas and collaborations that will propel us towards a more productive, healthy, sustainable, and equitable agricultural future. Furthermore,wehavepublishedaPerspectivearticle discussing the posibility of cutting respiratory CO2 to sustain crop productivity and manage atmospheric carbon, a Commentary article on a recent breakthrough in vertical farming, and several Reviews, and other articles covering topics, such as modern forestry, smart breeding, carbon‐nitrogen interplay, and selenium in modern agriculture. There are various article types for the authors to choose including Original Research articles that report on new scientific findings, Resource articles that provide useful resources or tools for agricultural research or practice, Review/Perspectives that provide an overview or analysis of a particular topic or field related to agriculture, Correspondence that respond to or comment on previously published articles, Commentary that presents the author's opinion or perspective on a particular issue related to agriculture, News and Views that report on recent developments or news related to agriculture, and Patent articles that report on new patents related to agricultural innovations. More article types and explanations are available in the Author Guidelines. 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引用次数: 0

摘要

几千年来,农业科学一直是人类文明不可分割的一部分。从“农业”领域到“耕作”实践,这些概念是塑造人类“文化”的根本。由于现代人类已经存在了大约5万年,因此地球上曾经生活过的总人数估计超过1080亿。然而,其中99%以上的人是在第一次农业革命之后的近8000年里出生的。从“刀耕火种”到“原始农业”,农业革命是提高人类能力的重要步骤。今天,农业是世界上最重要的产业之一,每天为数十亿人提供食物、纤维和能源。然而,该领域也面临着我们这个时代的一些更紧迫的挑战,包括气候变化、化学污染、土壤退化、水资源短缺和生物多样性丧失。解决这些问题需要创新、跨学科和可持续的方法。这就是为什么我们很高兴引进现代农业,这是一本全面的,高质量的期刊,将作为农业领域讨论,发现和发展的领先平台。通过优先考虑前沿研究和可持续实践,该杂志准备对行业内外产生重大影响。它将把科学家、工程师、农民、企业家、政策制定者和公共社会聚集在一起,弥合在板凳上的优秀科学研究与农业面临的紧迫挑战之间的差距。现代农业旨在通过发表与农业科学各个方面相关的高质量文章,提供有关创新农业及其对社会影响的全面视角,这些文章可以分为三个层次。第一,现代农业的功能,如生产足够的粮食和其他产品,促进人类健康,确保资源和环境的可持续性。其次,实现这些功能需要来自多个学科的专业知识,包括绿色农业、智慧农业、土壤科学、微生物学、病理学、化学、农业生态学、经济学、政策、社会科学和兽医学。第三,该期刊的范围涵盖了各个学科的前沿科学和技术,如农业生物技术、工程、作物设计、育种、信息学和农业技术。本刊采用多学科、跨学科的方式,旨在弥合不同学科之间的差距,促进合作与创新,促进现代农业的发展。在这第一期,我们很高兴地提出了一篇文章,列出了“农业未来的100个基本问题”。这些问题是从来自世界各地不同社区的400多份意见书中经过严格挑选出来的。我们的目标是探索农业面临的所有挑战,并优先考虑研究和解决问题的努力,促进社会经济发展和应用,以实现现代农业的关键功能。评选委员会选出的这些问题,不仅能启发和激励农业研究人员和实践者,还能为未来的农业创新提供蓝图。我们希望这篇文章能激发新的想法和合作,推动我们走向一个更高效、更健康、更可持续、更公平的农业未来。此外,我们还发表了一篇展望文章,讨论了减少呼吸二氧化碳以维持作物生产力和管理大气碳的可能性,一篇关于垂直农业最新突破的评论文章,以及几篇评论文章,以及其他涉及现代林业、智能育种、碳氮相互作用和现代农业中的硒等主题的文章。有多种文章类型供作者选择,包括报告新科学发现的原创研究文章,为农业研究或实践提供有用资源或工具的资源文章,概述或分析与农业相关的特定主题或领域的评论/观点,对先前发表的文章作出回应或评论的信函,发表作者对与农业有关的特定问题的意见或观点的评论,报道与农业有关的最新发展或新闻的新闻和观点,以及报道与农业创新有关的新专利的专利文章。更多的文章类型和解释可以在作者指南中找到。通过提供创新农业及其更广泛的社会影响的整体观点,现代农业将站在全球努力寻找解决当今世界面临的一些重大挑战的最前沿,例如
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A new era in agriculture
For millennia, agricultural science has been an integral part of humancivilization. From thefieldof “agriculture” to the practice of “cultivation”, these concepts have been fundamental in shaping human “culture”. As modern humans have existed for around 50,000 years, the total number of people who have ever lived on Earth is estimated to be over 108 billion. However, more than 99%of those people were born within the last 8000 years, following the first agricultural revolution. From “slash‐and‐burn” to “primitive agriculture”, the agricultural revolutions have been significant steps in raising humanity's capabilities. Today, agriculture stands as one of the most vital industries in the world, providing food, fibre, and energy to billions of people every day. However, the field also faces some of the more pressing challenges of our time, including climate change, chemical pollution, soil degradation, water scarcity, and biodiversity loss. Addressing these issues requires innovative, interdisciplinary, and sustainable approaches. This is why we are thrilled to introduce Modern Agriculture, a comprehensive, high‐quality journal that will serve as a leading platform for discussions, discoveries, and development in the field of agriculture. By prioritising cutting‐edge research and sustainable practices, the journal is poised to make significant impacts on the industry and beyond. It will bridge the gap between excellent scientific research on the bench and the pressing challenges facing the agriculture, bringing together scientists, engineers, farmers, entrepreneurs, policymakers, and the public society. Modern Agricultureaims toprovidea comprehensive perspective on innovative agriculture and its impact on society by publishing high‐quality articles related to various aspects of agricultural sciences, which can be outlined in three layers. First, the functions of agriculture in modern time, such as producing sufficient food and other products, promoting human health, and ensuring resource and environmental sustainability. Second, fulfiling these functions requires expertise from several disciplines, including green agriculture, smart agriculture, soil science, microbiology, pathology, chemistry, agroecology, economics, policies, social science, and veterinary science. Third, the journal's scope covers cutting‐edge sciences and technologies in each of the disciplines, such as agricultural biotechnology, engineering, crop design, breeding, informatics, and farming techniques. The journal's multidisciplinary and interdisciplinary approach aims to bridge the gap between different disciplines, facilitate collaboration and innovation, and promote the development of modern agriculture. In this very first issue, we are excited to present an article that lists “100EssentialQuestions for theFuture of Agriculture”. These questions were rigorously selected from over 400 submissions gathered from diverse communities around the world. Our objective was to explore the full spectrum of challenges facing agriculture and to prioritise research and problem‐solving efforts that foster socioeconomic development and applications to fulfil the key functions of modern agriculture. These questions chosen by the Selection Committee will not only inspire and motivate agricultural researchers and practitioners but also provide a blueprint for future agricultural innovation. We hope that this article will spark new ideas and collaborations that will propel us towards a more productive, healthy, sustainable, and equitable agricultural future. Furthermore,wehavepublishedaPerspectivearticle discussing the posibility of cutting respiratory CO2 to sustain crop productivity and manage atmospheric carbon, a Commentary article on a recent breakthrough in vertical farming, and several Reviews, and other articles covering topics, such as modern forestry, smart breeding, carbon‐nitrogen interplay, and selenium in modern agriculture. There are various article types for the authors to choose including Original Research articles that report on new scientific findings, Resource articles that provide useful resources or tools for agricultural research or practice, Review/Perspectives that provide an overview or analysis of a particular topic or field related to agriculture, Correspondence that respond to or comment on previously published articles, Commentary that presents the author's opinion or perspective on a particular issue related to agriculture, News and Views that report on recent developments or news related to agriculture, and Patent articles that report on new patents related to agricultural innovations. More article types and explanations are available in the Author Guidelines. By providing a holistic view of innovative agriculture and its wider societal impact, Modern Agriculture will be at the forefront of the global effort to find solutions to some of the grand challenges facing the world today, such as
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