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Environmental Research Series期刊亮点文章——ERL&ERCL&ERW

19 Dec 2025 gabriels

本期精选文章来自Environmental Research Letters (ERL)、Environmental Research: Climate (ERCL) 及 Environmental Research: Water (ERW)，聚焦农业本地化带来的环境影响、欧洲泥炭地气候边界变化、城市野火背景下的供水系统适应、气候变化在中东城市治理中的公众认知，以及区域化快速干旱监测的新路径。

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精选文章

Quantifying US metropolitan level environmental burdens & benefits from greater localization of vegetable farmingPeter Nixon and Anu Ramaswami

Nixon and Ramaswami’s study presents novel findings on the national potential for the agricultural localization of vegetables. The results highlight implications for metropolitan-scale freshwater groundwater withdrawal sustainability and fertilizer-related PM2.5 air pollution across the United States, with particularly acute impacts in California, the nation’s largest vegetable-producing region. The work provides a systems-level perspective on food system localization and environmental trade-offs.

Shifting climate boundaries for European peatlands

Enahu Tahitu, Juul Limpens and Milena Holmgren

Tahitu et al. identify critical climate thresholds governing peatland resistance across Europe. Their results suggest that climate conditions for the remaining 7% of peatlands are most likely to persist in Northern Scandinavia, western islands, and higher-elevation regions of the European mainland. In contrast, climate suitability for peatlands is projected to decline markedly across Southern, Central, and Eastern Europe, underscoring the urgency of conservation and restoration efforts in climatically resilient areas.

Adapting urban water supply infrastructure and policies for wildfire in the 21st century

Erik Porse, Greg Pierce, Faith Kearns, Edith de Guzman, Camilo Salcedo and Hope Hauptman

This Perspective examines how contemporary urban wildfires differ fundamentally from historical fire regimes and explores what these changes mean for urban water supply systems. Porse et al. emphasize the role of risk analysis in infrastructure decision-making, alongside challenges related to funding, water quality, and supply reliability. The study highlights land-use planning as one of the most effective and readily available tools for improving wildfire preparedness and prevention.

Is climate change relevant? Mainstreaming the dialogue on Climate Change in Amman, Jordan: A survey of a societal segment

Luna Khirfan

This research paper explores public perceptions of climate change in Amman, Jordan, revealing a disconnect between expert-led urban planning strategies and residents’ understanding of local climate risks. The findings show significant gaps in awareness of ecological loss and climate impacts, contributing to climate injustice and weakened urban resilience. The study argues that inclusive and authentic public dialogue is essential for mainstreaming climate action in rapidly growing Middle Eastern cities.

Beyond one-size-fits-all: a path toward region-specific flash drought monitoring and management

Gabriela Gesualdo and Antonia Hadjmichael

This research paper demonstrates that flash drought detection varies widely depending on the indicator used, with metrics such as soil moisture and precipitation often failing to agree on drought onset. The authors argue that effective early warning systems require a shift away from universal definitions toward region-specific monitoring approaches tailored to local climate conditions and water-use sectors. Such differentiation is critical for improving drought preparedness and management.

期刊介绍

Environmental Research Letters

2024年影响因子：5.6 Citescore: 11.1
Environmental Research Letters（ERL）以金色开放获取模式出版，作者可选择将原始数据作为补充资料与文章一起发表。所有研究人员可以免费获取这些研究成果。ERL汇聚了关注环境变化及其应对的研究团体和政策制定团体的意见，涵盖了环境科学的所有方面，出版研究快报、综述文章、观点和社论。ERL顺应了环境科学的跨学科发表的趋势，反映了该领域相关的方法、工具和评估战略，得到了来自不同领域的广泛贡献。

Environmental Research: Climate

2024年影响因子: 5.4 Citescore: 4.0
Environmental Research: Climate（ERCL）是一本多学科、开放获取的期刊，致力于解决有关物理科学的重要挑战以及气候系统和全球变化的评估，并在影响/未来风险、复原力、环境减缓、环境适应、环境安全和最广泛意义上的解决方案方面进行努力。我们鼓励所有的研究方法，包括定性、定量、实验、理论和应用方法。

Environmental Research: Water

Environmental Research: Water是一本多学科、开放获取的期刊，致力于解决与水相关的重要挑战，并在全球变化、环境关联系统、复原力、环境减缓、环境适应、环境安全和最广泛意义上的解决方案方面进行努力。