Suchergebnisse

Urban green spaces provide important contributions to enhance climate adaptation, and therefore research in this area has increased exponentially in the last decades. While several studies showed that the morphology and type of living and built elements of urban green spaces greatly affect their performance, a persistent gap between theory and practice continues to pervade the design of green spaces. This study conducts a semi-systematic review of research published in the last decade to investigate to what extent recent research has produced evidence-based outputs relevant to practitioners concerning the design of outdoor urban green spaces in the context of climate adaptation. An innovative design-oriented approach is subsequently applied to critically review evidence-based research outputs considering a comprehensive spectrum of climate impacts and adaptation measures. Our specific objectives are to: i) identify evidence-based research outputs of relevance to practitioners according to type of climatic impact; ii) assess the level of relevance and geographical transferability of such outputs to support the design of urban green spaces; and iii) identify key challenges that might hinder the implementation of evidence-based guidelines. Our results support a call to align research to confront the wicked gap between scientific research and implementation in design practice. ; Funding Agencies|FORMAS (Sweden)Swedish Research Council Formas [2017-01719]; FCT (Portugal)Portuguese Foundation for Science and TechnologyEuropean Commission [ERA4CS/0001/2016]; RCN (Norway); European UnionEuropean Commission [690462]; NWO (The Netherlands)Netherlands Organization for Scientific Research (NWO)Netherlands Government; FCT-Fundacao para a Ciencia e a Tecnologia I.P.Portuguese Foundation for Science and Technology [ERA4CS/0001/2016]

AbstractDuring infancy, cardiac vagal modulation has been associated with attentional and social engagement behaviors. While studies have shown that infants display a behavioral repertoire that enables them to interact with others by being able to regulate themselves in order to attend to and to discriminate emotional and social cues, vagal modulation to sensory stimuli and its association with behavioral outcomes at early ages remains to be addressed. In this study, we analyzed the cardiac vagal response of 1‐month‐old infants to two auditory stimuli intensities and whether vagal response was associated with social interactive and self‐regulatory abilities. Therefore, we recorded cardiac and respiratory physiological responses in 28 infants using a Biopac System. Neurobehavioral assessment was performed using the Neonatal Behavioral Assessment Scale. We observed increased respiratory sinus arrhythmia (RSA) amplitude to both auditory stimuli intensities when compared to baseline. No intensity effect was found for the RSA response. Additionally, we observed that higher RSA amplitude to both auditory stimuli was positively correlated with adjusted self‐regulatory behaviors, suggesting a convergence between multiple measures assessing infants' state regulation. Results are discussed in light of 1‐month‐old infants' auditory stimuli processing and its implications for regulatory behaviors and the emergent social‐like behaviors.