Xiaoting Zhang,Shuai Tang,Haoliang Lu
Xiaoting Zhang
Severe wildfire legacies suppress methane emissions after peatland rewetting [0.03%]
严重野火遗留效应抑制泥炭地再水后的甲烷排放量
Shihao Cui,Haonan Guo,Lorenzo Pugliese et al.
Shihao Cui et al.
Drained peatlands are major sources of greenhouse gases, but rewetting them to restore carbon storage often triggers substantial methane emissions and faces resistance from agricultural land users. Wildfires are becoming more frequent on th...
Deep learning decodes multi-horizon dynamics and probabilistic risks of harmful algal blooms [0.03%]
深度学习解码有害藻华的多时段动力学和概率风险
Ke Yu,Bo Nie,Fengming Zhang et al.
Ke Yu et al.
Harmful algal blooms are expanding globally across freshwater ecosystems due to climate change and accelerating eutrophication, posing escalating threats to public health and economic stability. Robust early warning requires predictive fram...
Scaling up resource recovery from wastewater: A socio-technical perspective [0.03%]
从社会技术角度审视污水资源回收规模化面临的挑战及机遇
Bernhard Truffer,Christian Binz,Eberhard Morgenroth
Bernhard Truffer
Resource recovery has gained substantial traction in urban water management in recent years, promising exciting opportunities for utilities to develop novel services, new income streams, and/or expand the environmental benefits of their ope...
Global microplastic pollution poses a disproportionate reproductive threat to critically endangered marine fishes [0.03%]
全球微塑料污染对极度濒危海洋鱼类繁殖构成不成比例的威胁
Chunhui Liu,Xiangang Hu,Ruiqi Wang et al.
Chunhui Liu et al.
Microplastic pollution is ubiquitous across the global ocean, threatening marine ecosystems. While environmental baselines often treat contamination as a temporally uniform stressor, the reproductive period represents the most physiological...
Bioelectricity-driven forward osmosis for energy-neutral nutrient and water recovery [0.03%]
用于能量中性营养物和水回收的生物电化学驱动正渗透法
Jinyu Liu,Xiong Bi,Zefang Huang et al.
Jinyu Liu et al.
Wastewater treatment is shifting from simply removing pollutants to recovering valuable resources. Although membrane and bioelectrochemical technologies are promising tools for this transition, they typically operate independently and rely ...
Swaroop Chakraborty
Swaroop Chakraborty
Disturbance intensity shapes universal and context-dependent functional traits in anaerobic microbiomes [0.03%]
扰动强度决定了厌氧微生物组的普适性及由情境决定的功能性状
Abeed F Mohidin,Soheil A Neshat,Ezequiel Santillan et al.
Abeed F Mohidin et al.
Trait-based frameworks, notably Grime's competitor-stress-tolerant-ruderal theory, offer a powerful lens for predicting how environmental fluctuations govern community structure. Yet, classical ecological models assume environments combinin...
Labor mobility buffers cascading supply-chain losses from occupational heat stress [0.03%]
劳动力流动性缓冲职业高温压力带来的连锁供应链损失
Qianzi Wang,Qi Zhou,Shen Qu
Qianzi Wang
Escalating global temperatures threaten economic stability by worsening occupational heat stress and reducing workforce productivity. Despite advancements in macroeconomic modeling, current risk assessments rely on coarse annual aggregation...
Coupled biogenic and soil emissions amplify heatwave-driven secondary pollution [0.03%]
生物生成和土壤排放物加剧高温引起的二次污染
Peng Wang,Wenxuan Yu,Zhaolei Zhang et al.
Peng Wang et al.
Global air pollution policies have drastically lowered anthropogenic emissions, yet climate change threatens regional air quality through poorly understood natural feedbacks. Extreme heat accelerates biogenic volatile organic compound and s...