生产国咖啡农业生态系统管理和生物多样性联系的系统证据图

Mukhlish Jamal Musa Holle , Via Apriyani , Sonny Mumbunan
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引用次数: 0

摘要

咖啡是全球最重要的农产品之一,其产量一直在提高,以满足不断增长的全球需求。尽管咖啡主要在西方国家消费,但在世界上许多生物多样性最丰富的热带地区种植咖啡,导致热带森林砍伐和生物多样性丧失,并进一步影响环境和社会。尽管对咖啡农场管理对生物多样性的影响进行了广泛的研究,但在过去二十年中,这一问题的研究趋势仍不明朗。因此,开展这项工作的目的是对整个热带咖啡生产国的咖啡生产对生物多样性的影响进行系统的证据图研究。在同行评审期刊数据库和灰色文献中进行文献检索后,我们使用机器学习相关软件筛选了已确定的论文,共确定了292项研究,以纳入系统地图数据库和综合。我们发现,研究咖啡种植与热带生物多样性之间关系的出版物数量有增加的趋势,其中大多数研究是在拉丁美洲进行的。在咖啡管理干预措施中,咖啡种植和遮荫管理驱动的土地利用梯度对无脊椎动物生物多样性的影响研究被确定为主导主题。同时,测量水资源管理对热带生物多样性影响的研究较少。我们建议这些差距成为未来研究的重点,因为这些工作可能对支持更可持续、更清洁和对生物多样性友好的咖啡生产形式至关重要。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Systematic evidence map of coffee agroecosystem management and biodiversity linkages in producing countries
Coffee is one of the most important agricultural products globally, and its production has been boosted to fulfill the rising global demand. Despite being predominantly consumed in western countries, coffee is cultivated in many of the world's most biodiverse tropical regions, leading to tropical deforestation and biodiversity loss with further environmental and social implications. Despite extensive studies on the impacts of coffee farm management on biodiversity, the trends in research on this issue over the last two decades remain unclear. Therefore, this work was initiated with the aim of conducting a systematic evidence map study concerning the impacts of coffee production on biodiversity throughout tropical coffee-producing countries. After conducting a search of the literature in peer-reviewed journal databases and gray literature, we screened the identified papers using machine learning-related software, identifying a total of 292 studies for inclusion in the systematic map database and synthesis. We found that there was a trend for an increase in the number of publications examining the relationship between coffee cultivation and tropical biodiversity, with the majority of studies being conducted in Latin America. Among coffee management interventions, studies on the effects of land-use gradients driven by coffee cultivation and shade management on invertebrate biodiversity were identified as dominant topics. Meanwhile, there were fewer studies measuring the impacts of water management on tropical biodiversity. We suggest that these gaps become the focus of future research as such work might be essential to support more sustainable, cleaner and biodiversity-friendly forms of coffee production.
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