scholarly journals The Spatial Structure and Local Experience of Residential Segregation

Author(s):  
Elizabeth Roberto ◽  
Elizabeth Korver-Glenn

AbstractThis study examines the extent to which road connectivity and physical barriers—such as highways, railroad tracks, and waterways—structure spatial patterns of racial and ethnic residential segregation and shape how segregation is locally experienced by residents. Our focus is on physical barriers that are also social boundaries—features of the built environment that reduce physical connectivity and mark a social boundary between geographic areas. We measure residential segregation with attention to the proximity and road connectivity between locations, which allows us to identify areas where physical barriers mark a social boundary between geographic areas with different racial and ethnic compositions. Our approach integrates ethnographic observation of three such areas in Houston, Texas, to investigate residents' perceptions and local experience of social and spatial division. The results reveal that physical barriers are associated with heightened levels of ethnoracial segregation, and residents experience the barriers as symbolic markers of perceived distinctions between groups and physical impediments to social connection. Although barriers like highways, railroad tracks, and bayous are not inherently harbingers of ethnoracial segregation, our study demonstrates that physical barriers can provide the infrastructure for social boundaries and facilitate durable neighborhood racial divisions.

2011 ◽  
Vol 24 (8) ◽  
pp. 904-910 ◽  
Author(s):  
K. White ◽  
L. N. Borrell ◽  
D. W. Wong ◽  
S. Galea ◽  
G. Ogedegbe ◽  
...  

2021 ◽  
Author(s):  
Eduardo Tapia

Previous studies show households' selective residential mobility as a principal cause of residential segregation. However, a less studied aspect of residential segregation has been how foreign newcomers affect those mobility patterns and consequently residential segregation trends. This paper extends previous investigations by evaluating the effects of newly arrived immigrants on ethnic residential segregation from a dynamic perspective. Unlike previous studies, this study analyzes newcomers' neighborhood choices together with their direct, indirect, and cumulative effects on segregation. Results show that immigrant settlements not only exacerbate residential segregation by landing in already segregated areas (direct effect) but by triggering segregating promoting movements in households living in destination neighborhoods (undirect effect). Both results contribute to producing a higher level of segregation compared with a situation where newcomers would have been randomly allocated across the residential areas (cumulative effect). These findings highlight the importance of reception strategies in host cities to palliate segregation levels and demonstrates its cumulative effects.


2021 ◽  
Author(s):  
J Davis Goode ◽  
Justin L Hart ◽  
Daniel C Dey ◽  
Scott J Torreano ◽  
Stacy L Clark

Abstract The spatial structure of forest ecosystems is dominated by the horizontal and vertical distribution of trees and their attributes across space. Canopy disturbance is a primary regulator of forest spatial structure. Although the importance of tree spatial pattern is widely acknowledged as it affects important ecosystem processes such as regeneration and recruitment into the overstory, quantitative reference spatial conditions to inform silvicultural systems are lacking. This is especially true for mixedwood forests, defined as those that contain hardwoods and softwoods in the canopy. We used data from a preexisting network of plots in a complex-stage mixedwood stand to investigate the influence of canopy disturbance on stand and neighborhood-scale spatial patterns. We reconstructed canopy disturbance history and linked detected stand-wide and gap-scale disturbance events to establishment and spatial patterns of shortleaf pine. The majority of shortleaf pine establishment coincided with stand-wide or gap-scale disturbance. Shortleaf pine was clustered at the stand scale but was randomly distributed at the neighborhood scale (i.e. five tree clusters), which was a legacy of the historical disturbance regime. These results may be used to improve natural disturbance-based silvicultural systems to restore and maintain mixedwood forests for enhanced resilience and provisioning of ecosystem goods and services. Study Implications: Shortleaf pine was clustered into compositionally distinct patches within the oak-pine stand. Based on our findings, we recommend managers of stands with patchy species composition consider silvicultural systems that focus on patches. This approach acknowledges the effects of intrastand spatial variability of biophysical conditions and interactions with stochastically occurring canopy disturbances on regeneration and recruitment. Patch clearcuts with reserves could be implemented with the openings correspondent to microsites that favor regeneration of shortleaf pine. Similar potential approaches could be seedtree, irregular shelterwood, and other regeneration methods suited to stand conditions and the silvics of the species of interest.


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