公民科学与土壤连接:我们在哪里?

Vanessa Pino, Alex McBratney, Eugenia O'Brien, Kanika Singh, Liana Pozza
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引用次数: 4

摘要

据估计,全球54%的人口生活在与自然环境隔绝的地方。此外,我们社区的大多数人不知道土壤在他们的生活中有多重要,例如提供食物,能源和药物等。加强这种联系是实现土壤安全的一项相关行动,被称为“土壤互联互通”。公民科学(CS)通过提高公民意识和让他们收集科学数据来改善土壤连通性。不幸的是,土壤连通性增加的指标很难估计。在这里,我们对全球55个土壤CS计划进行了回顾,以收集诸如专家启动这些项目的动机,正在使用的技术和参与者的资料等信息。我们的研究结果表明,公民土壤倡议往往遵循三个主要趋势:将土壤与人类健康(例如铅、食品质量、抗生素)联系起来的趋势,侧重于未来防护和教育的趋势,以及侧重于土壤健康(退化)和生产力(农业)的趋势。此外,简化科学技术和方法、保持与参与者的沟通以及承认贡献是众包土壤研究的关键因素。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Citizen science & soil connectivity: Where are we?

A fifty-four per cent of the global population is estimated to live disconnected from the natural environment. Furthermore, a large majority of our community unknown how significant is the soil in their life, e.g. the provider of food, energy and medicine, etc. Strengthening this connection is one relevant action toward Soil Security, referred to as "Soil Connectivity". Citizen Science (CS) improves soil connectivity by increasing citizens awareness and making them collect scientific data. Unfortunately, an indicator of soil connectivity increases is difficult to estimate. Here, we provide a review of fifty-five soil CS initiatives worldwide to collect information such as experts' motivation for starting these projects, technologies being used, and participants' profiles. Our findings show three main trends that citizen soil initiatives tend to follow: those linking soil to human health (e.g. lead, food quality, antibiotics), those focused on future-proofing and education, and those focused on soil health (degradation) and productivity (agriculture). In addition, simplifying scientific technicalities and methods, maintaining communication with participants, and acknowledging contributions are critical factors in crowdsourcing soil research.

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来源期刊
Soil security
Soil security Soil Science
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