From Proceedings to Actions: European Healthy Soils Conference 2023

IF 3.8 2区 农林科学 Q2 SOIL SCIENCE European Journal of Soil Science Pub Date : 2024-12-27 DOI:10.1111/ejss.70031
Sebastian Wendeborn
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The setting of this conference was unique as it brought together stakeholders from most if not all relevant areas engaged in the promotion of soil health: scientists, representatives from industry, the agricultural sector as well as the public and regulatory sector.</p><p>The contributions to this special issue of EJSS are meant to reflect the sprit, content, and topics discussed during this conference and gives tribute to the quality of science and interactions that took place. Healthy soils are in many ways the foundation of our economy, and our culture. They are not only a basis of our food production but also fulfil numerous other functions as they enable microbial, animal and plant biodiversity, purify and store water, and modulate increasingly alarming greenhouse gas emissions. Despite these well-known benefits, healthy soils are under pressure from intensive agriculture, sealing and pollution; from extreme environmental events; and from carbon loss. We therefore must develop means to sustain healthy soils, not only in Europe but across the world. What determines a healthy soil? How can we understand, monitor and maintain soil diversity? What is the underlying chemistry, biology and soil physical structure required to maintain sustainable crop cultivation and management? What are the main challenges to healthy soils? How is climate change challenging soil health, and how can healthy soils help mitigating climate change?</p><p>Over 30 international speakers, 40 poster presentations, and all participants addressed and discussed these topics and questions. The conference's opening lecture by Peter Wehrheim (European Commission, DG Research &amp; Innovation, Food Systems and Bioeconomy) provided a European perspective and highlighted the importance of the conference topic. His talk \"<i>The EU mission—A Soil Deal for Europe\"</i> outlined how the mission will support the transition towards healthy soils by 2030 by putting in place an effective network of 100 living labs and lighthouses in rural and urban areas.</p><p>In the first session “Soil Diversity”, Peter Schad (TU Munich) and Sebastian Dötterl (ETH Zürich) presented the multiple environments on our planet which promote the formation of extremely diverse and fascinating soil types through physical and biological processes.</p><p>In the second session “Chemistry and Microbiology in Agronomical Soils for Sustainable Crop Cultivation”, Katie Field (University of Sheffield) discussed the effect of climate change on mycorrhizal fungi symbiosis function in crop fields and Elena Biagi (University of Bologna) likewise reported on how compost-based soil amendments impact soil biology and eventually crop quality. Franz Bender (Agroscope) illustrated soil's biological activity through the decomposition rate of buried cotton underpants in a Swiss nationwide study involving 1000 citizens. Mattias Rillig (Freie Universität Berlin) analysed how multiple environmental factors threaten soil health and biodiversity.</p><p>Giulia Gregori (Novamont) kicked off the third session “Today's Challenges to Soil Health”. In her lecture <i>S</i><i>oil regeneration and circular bioeconomy</i> she emphasised not only the importance of healthy soils as a basis for a functioning and prospering circular economy, but also additional multi-stakeholder efforts required to move towards a sustainable European economy. In his talk, Niels Halberg (Aarhus University) followed-up on Peter Wehrheim's opening lecture and further detailed the <i>The EU mission ‘A Soil Deal for Europe’</i> focusing on eight objectives including reducing desertification, soil sealing and soil pollution, conserving soil organic carbon, improving soil structure and biodiversity, preventing erosion and enhancing restoration. He highlighted the establishment of 100 Living Labs (LLs) and Lighthouses across all land uses: agricultural, forestry, natural, industrial and urban sites. The session concluded with a plenary lecture from Natalia Rodriguez Eugenio (FAO) discussing the global fertiliser crisis, looking at the challenge that reduced access to high quality fertilisers poses to food production, as well as the opportunities provided by more sustainable alternatives with reduced environmental impact.</p><p>The fourth session was dedicated to the topic “Soil and Climate Change: Interactions of Soil with Water and Atmosphere”. In his contribution, Axel Don (Thünen Institute of Climate-Smart Agriculture) discussed the opportunities and limitations of natural carbon sequestration in soils and their potential to partially mitigate the greenhouse gas emissions associated with modern agriculture.</p><p>In her closing plenary lecture, Serenella Sala (European Commission, Joint Research Centre, Land Resource and Supply Chain Assessments Unit) discussed the role of the EU Soil Observatory for collecting and analysing soil data to support soil management and precision agricultural practices to improve soil health across European countries.</p><p>In addition to those and other short talks and poster contributions, two workshops engaged participants during the conference: A pre-conference workshop dug into the topic “Upscaling regenerative agriculture” with input talks form Pascal Boivin (HEIPA), Bastian Sachet (Earthworm), Thomas Peyrachon (Nestle), Niall Curley (COPA Cogeca) and Luis Sanchez Alvarez (EU Commission), each presenting their organisation's programs towards scaling regenerative agriculture.</p><p>A second workshop addressed the question of soil health indicators: what are the biggest threats to healthy soils? And what indeed is a healthy soil and how to define the health of a soil? Collecting meaningful data across diverse soil environments is both a challenge, but also a prerequisite to recognise and understand trends in soil-health changes; some of the outcomes of this workshop are summarised in this special issue.</p><p>While the articles in this special issue cannot cover all the contributions and discussions that took place during this exciting first edition of the European Healthy Soils Conference Series, they do provide representative examples of the outstanding science reported at the conference, current activities taking place in Europe.</p><p>In the contribution <i>Soil health—From practical issues to indicators: A workshop at the 1st European Healthy Soils Conference</i>, Hitzfeld, Rodríguez Eugenio, and Wissemeier (<span>2024</span>) discuss the outcome of the their workshop; a majority of participants agreed that healthy soils are essential for ecosystem services, identifying soil erosion, loss of organic carbon, loss of biodiversity, and compaction as key threats, while emphasising the need for long-term monitoring and simplified methods for practical use by farmers and advisors.</p><p>In their article <i>NETmicroplastic in agricultural soil and its impact on soil properties</i>, Preininger, Hackl, and Stagl (<span>2024</span>) discuss the effort to consolidated various research findings, detection methods and political guideline in order to understand and reduce the increasing threat of microplastic in modern agriculture.</p><p>Nikolaos-Christos Vavlas and his team report in their contribution <i>Remote sensing of cover crop legacies on main crop N-uptake dynamics</i> (Vavlas et al. <span>2024</span>) the benefits of remote sensing to explore how different cover crop monocultures and mixtures affect soil nitrogen availability and barley nitrogen uptake over time. They conclude that cover crop legacies significantly influenced barley's nitrogen uptake, biomass, and canopy nitrogen content, highlighting the potential of remote sensing to optimise nitrogen management and improve soil health.</p><p>The importance of soil monitoring is evident also in the contribution of Panagos et al. (<span>2024</span>). They summarise in their article <i>How the EU Soil Observatory is providing solid science for healthy soils</i> the functioning and the objectives of the EU Soil Observatory, which was established in 2021 in support of the European Green Deal.</p><p>In support of precision farming, advances in the measurements of concentrations of relevant soil components and nutrients is discussed in the communication of Metzger and Bragazza (<span>2024</span>) <i>Prediction of nitrogen, active carbon, and organic carbon-to-clay ratio in agricultural soils by in-situ spectroscopy</i>.</p><p>Of equal importance are the concentrations of pesticide residues in agriculturally utilised soils as they can have a profound impact on soil's habitat for beneficial organisms. Mathieu Renaud and his team discuss a Swiss effort to monitor plant protection products in soils in their contribution <i>The ConSoil project: An integrated framework for monitoring plant protection product residues in agricultural soil</i> (Renaud et al. <span>2024</span>).</p><p>While monitoring health of today's soil is important, predictive tools are an important asset for scientists and regulators to suggest actions to promote soil's future health. In their article <i>A nature-inclusive future with healthy soils? Mapping</i> <i>soil organic matter in 2050 in the Netherlands</i>, Anatol Helfenstein et al. critically evaluate machine learning tools to predict future soil organic matter (Helfenstein et al. <span>2024</span>).</p><p>In their spectrum and diversity, the contributions to this special issue of EJSS reflect the ambition of the conference to bring together stakeholders from soil sciences, the agricultural sector, and the public and European Commission's policymakers in a setting that allowed for intense and forward-looking discussion among the approximately 150 participants. Healthy soils are threatened by numerous factors, many of which we are only starting to understand. It is only by sharing policy strategy, economic and societal needs on one side, and fundamental science about the complexity and diversity of soil on the other side, that we can develop and implement ideas to secure healthy soils for future generations.</p><p>We are looking forward to the second edition of the conference, currently scheduled for Fall 2026.</p><p>December 2024.</p><p>Sebastian Wendeborn.</p><p>Conference Chair the European Healthy Soils Conference, first edition.</p><p>Guest Editor for this Special Issue of EJSS.</p><p><b>Sebastian Wendeborn:</b> conceptualization (lead), writing – original draft (lead).</p>","PeriodicalId":12043,"journal":{"name":"European Journal of Soil Science","volume":"76 1","pages":""},"PeriodicalIF":3.8000,"publicationDate":"2024-12-27","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"https://onlinelibrary.wiley.com/doi/epdf/10.1111/ejss.70031","citationCount":"0","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"European Journal of Soil Science","FirstCategoryId":"97","ListUrlMain":"https://bsssjournals.onlinelibrary.wiley.com/doi/10.1111/ejss.70031","RegionNum":2,"RegionCategory":"农林科学","ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"Q2","JCRName":"SOIL SCIENCE","Score":null,"Total":0}
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Abstract

From September 13 to 15, 2023, the first edition of the European Healthy Soils Conference took place at the FHNW School of Life Sciences in Muttenz, close to Basel, Switzerland. The conference program, focusing on soil fertility, was put together by experts from industry, academia, the Swiss Federal Office for the Environment, and the Food and Agricultural Organisation of the United Nations. The setting of this conference was unique as it brought together stakeholders from most if not all relevant areas engaged in the promotion of soil health: scientists, representatives from industry, the agricultural sector as well as the public and regulatory sector.

The contributions to this special issue of EJSS are meant to reflect the sprit, content, and topics discussed during this conference and gives tribute to the quality of science and interactions that took place. Healthy soils are in many ways the foundation of our economy, and our culture. They are not only a basis of our food production but also fulfil numerous other functions as they enable microbial, animal and plant biodiversity, purify and store water, and modulate increasingly alarming greenhouse gas emissions. Despite these well-known benefits, healthy soils are under pressure from intensive agriculture, sealing and pollution; from extreme environmental events; and from carbon loss. We therefore must develop means to sustain healthy soils, not only in Europe but across the world. What determines a healthy soil? How can we understand, monitor and maintain soil diversity? What is the underlying chemistry, biology and soil physical structure required to maintain sustainable crop cultivation and management? What are the main challenges to healthy soils? How is climate change challenging soil health, and how can healthy soils help mitigating climate change?

Over 30 international speakers, 40 poster presentations, and all participants addressed and discussed these topics and questions. The conference's opening lecture by Peter Wehrheim (European Commission, DG Research & Innovation, Food Systems and Bioeconomy) provided a European perspective and highlighted the importance of the conference topic. His talk "The EU mission—A Soil Deal for Europe" outlined how the mission will support the transition towards healthy soils by 2030 by putting in place an effective network of 100 living labs and lighthouses in rural and urban areas.

In the first session “Soil Diversity”, Peter Schad (TU Munich) and Sebastian Dötterl (ETH Zürich) presented the multiple environments on our planet which promote the formation of extremely diverse and fascinating soil types through physical and biological processes.

In the second session “Chemistry and Microbiology in Agronomical Soils for Sustainable Crop Cultivation”, Katie Field (University of Sheffield) discussed the effect of climate change on mycorrhizal fungi symbiosis function in crop fields and Elena Biagi (University of Bologna) likewise reported on how compost-based soil amendments impact soil biology and eventually crop quality. Franz Bender (Agroscope) illustrated soil's biological activity through the decomposition rate of buried cotton underpants in a Swiss nationwide study involving 1000 citizens. Mattias Rillig (Freie Universität Berlin) analysed how multiple environmental factors threaten soil health and biodiversity.

Giulia Gregori (Novamont) kicked off the third session “Today's Challenges to Soil Health”. In her lecture Soil regeneration and circular bioeconomy she emphasised not only the importance of healthy soils as a basis for a functioning and prospering circular economy, but also additional multi-stakeholder efforts required to move towards a sustainable European economy. In his talk, Niels Halberg (Aarhus University) followed-up on Peter Wehrheim's opening lecture and further detailed the The EU mission ‘A Soil Deal for Europe’ focusing on eight objectives including reducing desertification, soil sealing and soil pollution, conserving soil organic carbon, improving soil structure and biodiversity, preventing erosion and enhancing restoration. He highlighted the establishment of 100 Living Labs (LLs) and Lighthouses across all land uses: agricultural, forestry, natural, industrial and urban sites. The session concluded with a plenary lecture from Natalia Rodriguez Eugenio (FAO) discussing the global fertiliser crisis, looking at the challenge that reduced access to high quality fertilisers poses to food production, as well as the opportunities provided by more sustainable alternatives with reduced environmental impact.

The fourth session was dedicated to the topic “Soil and Climate Change: Interactions of Soil with Water and Atmosphere”. In his contribution, Axel Don (Thünen Institute of Climate-Smart Agriculture) discussed the opportunities and limitations of natural carbon sequestration in soils and their potential to partially mitigate the greenhouse gas emissions associated with modern agriculture.

In her closing plenary lecture, Serenella Sala (European Commission, Joint Research Centre, Land Resource and Supply Chain Assessments Unit) discussed the role of the EU Soil Observatory for collecting and analysing soil data to support soil management and precision agricultural practices to improve soil health across European countries.

In addition to those and other short talks and poster contributions, two workshops engaged participants during the conference: A pre-conference workshop dug into the topic “Upscaling regenerative agriculture” with input talks form Pascal Boivin (HEIPA), Bastian Sachet (Earthworm), Thomas Peyrachon (Nestle), Niall Curley (COPA Cogeca) and Luis Sanchez Alvarez (EU Commission), each presenting their organisation's programs towards scaling regenerative agriculture.

A second workshop addressed the question of soil health indicators: what are the biggest threats to healthy soils? And what indeed is a healthy soil and how to define the health of a soil? Collecting meaningful data across diverse soil environments is both a challenge, but also a prerequisite to recognise and understand trends in soil-health changes; some of the outcomes of this workshop are summarised in this special issue.

While the articles in this special issue cannot cover all the contributions and discussions that took place during this exciting first edition of the European Healthy Soils Conference Series, they do provide representative examples of the outstanding science reported at the conference, current activities taking place in Europe.

In the contribution Soil health—From practical issues to indicators: A workshop at the 1st European Healthy Soils Conference, Hitzfeld, Rodríguez Eugenio, and Wissemeier (2024) discuss the outcome of the their workshop; a majority of participants agreed that healthy soils are essential for ecosystem services, identifying soil erosion, loss of organic carbon, loss of biodiversity, and compaction as key threats, while emphasising the need for long-term monitoring and simplified methods for practical use by farmers and advisors.

In their article NETmicroplastic in agricultural soil and its impact on soil properties, Preininger, Hackl, and Stagl (2024) discuss the effort to consolidated various research findings, detection methods and political guideline in order to understand and reduce the increasing threat of microplastic in modern agriculture.

Nikolaos-Christos Vavlas and his team report in their contribution Remote sensing of cover crop legacies on main crop N-uptake dynamics (Vavlas et al. 2024) the benefits of remote sensing to explore how different cover crop monocultures and mixtures affect soil nitrogen availability and barley nitrogen uptake over time. They conclude that cover crop legacies significantly influenced barley's nitrogen uptake, biomass, and canopy nitrogen content, highlighting the potential of remote sensing to optimise nitrogen management and improve soil health.

The importance of soil monitoring is evident also in the contribution of Panagos et al. (2024). They summarise in their article How the EU Soil Observatory is providing solid science for healthy soils the functioning and the objectives of the EU Soil Observatory, which was established in 2021 in support of the European Green Deal.

In support of precision farming, advances in the measurements of concentrations of relevant soil components and nutrients is discussed in the communication of Metzger and Bragazza (2024) Prediction of nitrogen, active carbon, and organic carbon-to-clay ratio in agricultural soils by in-situ spectroscopy.

Of equal importance are the concentrations of pesticide residues in agriculturally utilised soils as they can have a profound impact on soil's habitat for beneficial organisms. Mathieu Renaud and his team discuss a Swiss effort to monitor plant protection products in soils in their contribution The ConSoil project: An integrated framework for monitoring plant protection product residues in agricultural soil (Renaud et al. 2024).

While monitoring health of today's soil is important, predictive tools are an important asset for scientists and regulators to suggest actions to promote soil's future health. In their article A nature-inclusive future with healthy soils? Mapping soil organic matter in 2050 in the Netherlands, Anatol Helfenstein et al. critically evaluate machine learning tools to predict future soil organic matter (Helfenstein et al. 2024).

In their spectrum and diversity, the contributions to this special issue of EJSS reflect the ambition of the conference to bring together stakeholders from soil sciences, the agricultural sector, and the public and European Commission's policymakers in a setting that allowed for intense and forward-looking discussion among the approximately 150 participants. Healthy soils are threatened by numerous factors, many of which we are only starting to understand. It is only by sharing policy strategy, economic and societal needs on one side, and fundamental science about the complexity and diversity of soil on the other side, that we can develop and implement ideas to secure healthy soils for future generations.

We are looking forward to the second edition of the conference, currently scheduled for Fall 2026.

December 2024.

Sebastian Wendeborn.

Conference Chair the European Healthy Soils Conference, first edition.

Guest Editor for this Special Issue of EJSS.

Sebastian Wendeborn: conceptualization (lead), writing – original draft (lead).

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从程序到行动:2023年欧洲健康土壤会议
2023年9月13日至15日,第一届欧洲健康土壤会议在瑞士巴塞尔附近穆滕茨的FHNW生命科学学院举行。这次会议的主题是土壤肥力,由来自工业界、学术界、瑞士联邦环境局和联合国粮食及农业组织的专家共同制定。这次会议的设置是独特的,因为它汇集了参与促进土壤健康的大多数(如果不是所有)相关领域的利益攸关方:科学家、来自工业、农业部门以及公共和监管部门的代表。本期《EJSS》特刊的投稿旨在反映本次会议期间讨论的精神、内容和主题,并对所发生的科学质量和互动表示敬意。健康的土壤在许多方面都是我们经济和文化的基础。它们不仅是我们粮食生产的基础,而且还具有许多其他功能,如促进微生物、动物和植物的生物多样性,净化和储存水,以及调节日益惊人的温室气体排放。尽管有这些众所周知的好处,但健康的土壤受到集约化农业、密封和污染的压力;极端环境事件;还有碳损失。因此,不仅在欧洲,而且在全世界,我们必须发展维持健康土壤的手段。是什么决定了土壤的健康?我们如何理解、监测和维持土壤多样性?维持可持续作物种植和管理所需的潜在化学、生物和土壤物理结构是什么?健康土壤面临的主要挑战是什么?气候变化如何挑战土壤健康,健康的土壤如何帮助减缓气候变化?超过30位国际演讲者,40个海报展示,所有参与者都讨论了这些主题和问题。Peter Wehrheim(欧盟委员会,DG Research &amp;创新,粮食系统和生物经济)提供了欧洲的视角,突出了会议主题的重要性。他在题为“欧盟使命——欧洲土壤协议”的演讲中概述了该使命将如何通过在农村和城市地区建立一个由100个生活实验室和灯塔组成的有效网络,支持到2030年向健康土壤过渡。在第一场“土壤多样性”会议上,Peter Schad(慕尼黑工业大学)和Sebastian Dötterl(苏黎世联邦理工学院)介绍了我们星球上的多种环境,这些环境通过物理和生物过程促进了极其多样化和迷人的土壤类型的形成。在第二部分“可持续作物种植中农用土壤的化学和微生物学”中,Katie Field(谢菲尔德大学)讨论了气候变化对作物地里菌根真菌共生功能的影响,Elena Biagi(博洛尼亚大学)同样报告了基于堆肥的土壤改良剂如何影响土壤生物学并最终影响作物质量。Franz Bender (Agroscope)在一项涉及1000名瑞士公民的全国性研究中,通过埋藏棉质内裤的分解率说明了土壤的生物活性。Mattias Rillig (Freie Universität Berlin)分析了多种环境因素如何威胁土壤健康和生物多样性。Giulia Gregori (Novamont)为第三届会议“当今对土壤健康的挑战”开幕词。在她的讲座土壤再生和循环生物经济中,她不仅强调了健康土壤作为循环经济运转和繁荣的基础的重要性,而且还强调了为实现可持续的欧洲经济需要更多的多方利益攸关方努力。在他的演讲中,Niels Halberg(奥尔胡斯大学)继续了Peter Wehrheim的开场演讲,并进一步详细介绍了欧盟“欧洲土壤协议”的使命,重点关注八大目标,包括减少荒漠化、土壤密封和土壤污染、保护土壤有机碳、改善土壤结构和生物多样性、防止侵蚀和加强恢复。他强调了在农业、林业、自然、工业和城市等所有土地用途上建立100个生活实验室和灯塔。会议以Natalia Rodriguez Eugenio(粮农组织)的全体演讲结束,该演讲讨论了全球肥料危机,探讨了高质量肥料获取途径的减少对粮食生产构成的挑战,以及更可持续、对环境影响更小的替代品所提供的机会。第四次会议的主题是“土壤与气候变化:土壤与水和大气的相互作用”。Axel Don (th<s:1> nen气候智慧型农业研究所)在他的报告中讨论了土壤中天然碳固存的机遇和局限性,以及它们在一定程度上减轻与现代农业相关的温室气体排放的潜力。 Serenella Sala(欧盟委员会联合研究中心、土地资源和供应链评估股)在闭幕全体演讲中讨论了欧盟土壤观测站在收集和分析土壤数据以支持土壤管理和精准农业实践以改善欧洲各国土壤健康方面的作用。除了这些和其他简短的演讲和海报贡献之外,会议期间还有两个研讨会吸引了与会者:会议前的研讨会深入探讨了“扩大可再生农业”的主题,来自帕斯卡尔·博伊文(HEIPA),巴斯蒂安·萨切特(蚯虫),托马斯·佩拉康(雀巢),尼尔·柯利(COPA Cogeca)和路易斯·桑切斯·阿尔瓦雷斯(欧盟委员会)的发言,每个人都介绍了他们组织的扩大可再生农业的计划。第二次讲习班讨论了土壤健康指标问题:对健康土壤的最大威胁是什么?什么是真正的健康土壤,如何定义土壤的健康?在不同土壤环境中收集有意义的数据既是一项挑战,也是认识和了解土壤健康变化趋势的先决条件;本期特刊总结了这次研讨会的一些成果。虽然本期特刊中的文章不能涵盖在令人兴奋的欧洲健康土壤会议系列第一版期间发生的所有贡献和讨论,但它们确实提供了会议上报道的杰出科学的代表性例子,以及欧洲正在进行的当前活动。在土壤健康的贡献——从实际问题到指标:第一届欧洲健康土壤会议的研讨会上,Hitzfeld, Rodríguez Eugenio和Wissemeier(2024)讨论了他们研讨会的成果;大多数与会者一致认为,健康的土壤对生态系统服务至关重要,确定了土壤侵蚀、有机碳流失、生物多样性丧失和板结是主要威胁,同时强调需要长期监测和简化方法,供农民和顾问实际使用。Preininger、Hackl和Stagl(2024)在他们的文章《农业土壤中的微塑料及其对土壤特性的影响》中讨论了整合各种研究成果、检测方法和政治指导方针的努力,以了解和减少微塑料在现代农业中日益增长的威胁。Nikolaos-Christos Vavlas和他的团队在他们对主要作物氮吸收动态的覆盖作物遗产遥感(Vavlas et al. 2024)中报告了遥感在探索不同覆盖作物单一栽培和混合栽培如何随时间影响土壤氮有效性和大麦氮吸收方面的好处。他们得出结论,覆盖作物遗产显著影响大麦的氮吸收、生物量和冠层氮含量,强调了遥感优化氮管理和改善土壤健康的潜力。土壤监测的重要性在Panagos等人(2024)的贡献中也很明显。他们在文章中总结了欧盟土壤观测站如何为健康土壤提供可靠的科学,以及欧盟土壤观测站的功能和目标,该观测站成立于2021年,旨在支持欧洲绿色协议。为了支持精准农业,Metzger和Bragazza(2024)的通讯中讨论了相关土壤成分和营养物质浓度测量的进展。同样重要的是农业利用土壤中农药残留的浓度,因为它们会对有益生物的土壤栖息地产生深远的影响。Mathieu Renaud和他的团队在他们的贡献中讨论了瑞士监测土壤中植物保护产品的努力。ConSoil项目:监测农业土壤中植物保护产品残留物的综合框架(Renaud et al. 2024)。虽然监测当今土壤的健康状况很重要,但预测工具对于科学家和监管机构提出促进土壤未来健康的行动建议是一项重要资产。在他们的文章中,一个拥有健康土壤的自然包容的未来?Anatol Helfenstein等人绘制了荷兰2050年的土壤有机质图,对机器学习工具进行了批判性评估,以预测未来的土壤有机质(Helfenstein等人,2024)。在其范围和多样性上,对本期《EJSS》特刊的贡献反映了会议的雄心壮志,即将来自土壤科学、农业部门、公众和欧盟委员会决策者的利益相关者聚集在一起,在大约150名与会者之间进行激烈和前瞻性的讨论。健康的土壤受到许多因素的威胁,其中许多因素我们才刚刚开始了解。 只有分享政策战略、经济和社会需求,分享关于土壤复杂性和多样性的基础科学,我们才能制定和实施各种想法,为子孙后代保护健康的土壤。我们期待着第二届会议,目前定于2026年秋季举行。2024年12月。塞巴斯蒂安Wendeborn。欧洲健康土壤会议主席,第一版。本期EJSS特刊的客座编辑。塞巴斯蒂安·温德伯恩:概念化(领导),写作-原稿(领导)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
European Journal of Soil Science
European Journal of Soil Science 农林科学-土壤科学
CiteScore
8.20
自引率
4.80%
发文量
117
审稿时长
5 months
期刊介绍: The EJSS is an international journal that publishes outstanding papers in soil science that advance the theoretical and mechanistic understanding of physical, chemical and biological processes and their interactions in soils acting from molecular to continental scales in natural and managed environments.
期刊最新文献
Secondary Seed Dispersal by Hydrochory During Surface Runoff Inside a Mediterranean Vineyard Monitoring and Modelling Soil Respiration in Deciduous and Broadleaf Evergreen Oak-Dominated Ecosystems in Greece Long-Term Effects of No-Till Systems on Soil Structure and Function Under Climate Change: An Exploratory Modelling Study Adjusting Bulk Density Observations in the Hungarian Soil Information and Monitoring System Using Pedotransfer Functions Link Between Soil Organic Carbon and Microbial Soil Health Indicators in Arable Fields: Management and Spatial Drivers
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