首页> 外文期刊>Landscape journal >Aquaphilia: Water-Based Spatial Anchors as Loci of Attachment
【24h】

Aquaphilia: Water-Based Spatial Anchors as Loci of Attachment

机译:Aquaphilia:基于水的空间锚作为附着点

获取原文
获取原文并翻译 | 示例
       

摘要

This study examines associations between place-making and place-bonding by testing two attachment models and their combination with water-based spatial anchors as a locus of attachment. These water-based spatial anchors were hypothesized to provide a water-based sense of place as a possible cause of aquaphilia, that is, innate attachment to water. I conducted cognitive mapping, photovoice, and interviews in eight European coastal and inland water-centric cities with sixty participants conveniently sampled from nine sites in each city. Path analysis indicated that the social-psychological (SP) and environmental-psychological (EP) models provided less fit than the composite social-environmental-psychological (SEP) model. The composite adequately modeled an aquaphilic sense of place with water-based familiarity, comfort, place dependence, and place identity as explanatory variables. The findings suggest that substantial visual and physical access to restorative and imageable water elements could facilitate the development of attachment. Possible attachment-inducing waterscape-making approaches may include introducing regional waterscapes with distinct geometries and designing local water features with recognizable forms. To help improve the model fit, future research may test path coefficients with grouping variables, such as high- or low-water cities and socioeconomic factors, and combining water-based familiarity, comfort, place dependence, and place identity into two higher-order constructs.
机译:这项研究通过测试两个附着模型及其与作为附着点的水基空间锚点的组合,研究了位置制作和位置绑定之间的关联。假设这些水基空间锚可以提供水基位置感,这可能是导致水族症的原因,即与水的先天附着。我在欧洲的八个沿海和内陆以水为中心的城市中进行了认知测绘,语音和访谈,有六十名参与者方便地从每个城市的九个地点进行了采样。路径分析表明,与综合社会环境心理学模型相比,社会心理学模型和环境心理学模型提供的拟合度较低。该复合材料以水基的熟悉度,舒适度,位置依赖性和位置身份作为解释变量,充分地模拟了水生位置感。研究结果表明,对修复性和可成像水元素的实质性视觉和物理接触可以促进依恋的发展。可能的诱导附着水景的方法可能包括引入具有不同几何形状的区域水景,以及设计具有可识别形式的局部水景。为了帮助提高模型的拟合度,未来的研究可能会使用分组变量(例如高水位或低水位城市和社会经济因素)来测试路径系数,并将水基的熟悉度,舒适度,地点依赖性和地点身份合并为两个较高阶结构体。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号