Does activity context and its temporality matter in the stress-relieving effect of greenspace? Evidence based on individual mobile sensing

暂时性 背景(考古学) 心理学 压力(语言学) 微分效应 社会活动 认知心理学 基线(sea) 户外活动 社会心理学 体力活动 城市公园 光学(聚焦) 经验抽样法 全球定位系统 幸福 活动监视器 空间语境意识 心理健康 动力学(音乐) 计算机科学 生理应激 透视图(图形)
作者
Changda Yu,Mei‐Po Kwan,Yang Liu
出处
期刊:Cities [Elsevier BV]
卷期号:169: 106526-106526 被引量:10
标识
DOI:10.1016/j.cities.2025.106526
摘要

Existing discussion on the stress-relieving effects of greenspace tends to overemphasize the dynamics of travel trajectories while overlooking the rich activity contexts and temporality underlying individual behaviors. This oversight may lead to biases and inconsistent findings. Using GPS trajectories of 756 participants in Hong Kong, this study integrates street view data, geographic ecological momentary assessment (GEMA), and activity-travel diaries to derive individual-level activity contexts. We examine how these contexts moderate the relationship between eye-level greenspace exposure and momentary stress, including temporal dynamics. The results identify three distinct activity contexts with differential impacts on mental stress and the stress-relieving effects of greenspace: (1) Substitutional Activity Contexts (e.g., flexible-schedule activities, solitary or familiar social interactions). These contexts are defined by activities that inherently alleviate stress through intrinsic psychological benefits but diminish the stress-relieving efficiency of greenspace, thereby reducing the reliance on greenspace. (2) Stress-Priming Activity Contexts (e.g., rigid-schedule work/study). These involve activities that elevate baseline stress but amplify the stress relieving efficiency of greenspace, creating a “stress-resilient” dynamic. (3) Synergistic Activity Contexts. These unique contexts both reduce stress independently and enhance the efficiency of stress relieving effect of greenspace through combined mechanisms. Active travel (e.g., walking, cycling) embodies this synergy: its intrinsic stress-reducing effect requires long-term exposure (80–160 min), while it enhances the stress-relieving efficiency of greenspace after shorter exposure (10–50 min) through sensory-rich engagement with greenery. Policymakers should not only consider the quantity of greenspace in physical environments but also focus on their alignment with people's actual daily activity contexts.
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