在许多国家努力提高教师职业的吸引力之际，更好地了解教师职业压力的来源似乎至关重要。考虑到这一点，本期建议研究2018年TALIS初中教师调查的数据，以确定教师压力源是否因学生的社会经济环境而异。它还研究了最可能与教师的工作满意度和他们留在该行业的意图相关的压力源。

本简介介绍了一种新的水资源评估和规划插件（WEAP）软件，用于计算水资源

私人资本正在回归陷入困境的欧元区国家和主权债券。2012年可能会被人们铭记为

在城市环境中，复原力有助于在冲击和压力中保持连续性，同时朝着可持续发展的方向发展。

农村地区对生活垃圾的管理不善给环境带来了压力，损害了人们的生活质量。

在因第一波冠状病毒病（新冠肺炎）大流行而实施的封锁期间，有几家媒体报道称，美国公民无视封锁规定。经过更仔细的调查，人们发现这些规定大多是为了让人们可以在自然环境中户外活动。这体现了自然环境作为应对流行病造成的精神压力的灵丹妙药的作用。河流生态系统也许是任何城市最大的自然特征。因此，城市河流的有效管理与新冠肺炎等流行病期间的危机管理密切相关

患有阿片类药物使用障碍和临床抑郁症或创伤后应激障碍的人很难接触到，很难治疗，也很难坚持下去。一种名为CLARO的新的合作护理模式旨在帮助那些可能会消失在美国医疗保健系统裂缝中的患者。

This Adverse Outcome Pathway (AOP) describes the linkage between binding to proteins involved in protection against oxidative stress and impairment in learning and memory. Production, binding and degradation of Reactive Oxygen Radicals are tightly regulated in the body, and an imbalance between production and protection may cause oxidative stress, which is common to many toxicity pathways. Oxidative stress may lead to an imbalance in glutamate neurotransmission, which is involved in learning and memory. Oxidative stress may also cause cellular injury and death. During brain development and in particular during the establishment of neuronal connections and networks, such perturbations may lead to functional impairment in learning and memory. The weight-of-evidence supporting the relationship between the key events described in this AOP is based mainly on developmental effects observed after an exposure to mercury, a heavy metal known for its strong affinity to many proteins having anti-oxidant properties. This AOP is referred to as AOP 17 in the Collaborative Adverse Outcome Pathway Wiki (AOP-Wiki).

This Adverse Outcome Pathway (AOP) describes the linkage between binding to proteins involved in protection against oxidative stress and impairment in learning and memory. Production, binding and degradation of Reactive Oxygen Radicals are tightly regulated in the body, and an imbalance between production and protection may cause oxidative stress, which is common to many toxicity pathways. Oxidative stress may lead to an imbalance in glutamate neurotransmission, which is involved in learning and memory. Oxidative stress may also cause cellular injury and death. During brain development and in particular during the establishment of neuronal connections and networks, such perturbations may lead to functional impairment in learning and memory. The weight-of-evidence supporting the relationship between the key events described in this AOP is based mainly on developmental effects observed after an exposure to mercury, a heavy metal known for its strong affinity to many proteins having anti-oxidant properties. This AOP is referred to as AOP 17 in the Collaborative Adverse Outcome Pathway Wiki (AOP-Wiki).

一项新的研究列出了预计到2040年将面临极高水压力的国家，其中大多数位于中东和北非。