TY - JOUR
T1 - Measuring landscape change, lot by lot
T2 - Greening activity in response to a vacant land reuse program
AU - Gobster, Paul H.
AU - Hadavi, Sara
AU - Rigolon, Alessandro
AU - Stewart, William P.
N1 - Funding Information:
This work was supported in part through USDA Forest Service Northern Research Station Cooperative Research Agreement 15-JV-11242309-075 with the University of Illinois Urbana-Champaign. The authors thank Rose Grenen, Northwestern University, for her diligent research assistance in coding. We also thank Jeanne Chandler, Micheal Newman-Brooks, and Kathy Dickhut of the City of Chicago, Department of Planning and Development for providing data and assistance, and Taryn Roche of the Local Initiatives Support Corporation (LISC-Chicago) and Asiaha Butler of the Resident Association of Greater Englewood (RAGE) for their perspectives and assistance in working with the communities that were the focus of this research. Joan Nassauer of the University of Michigan freely shared her experience and coding protocol from her Detroit Sustainability Indicators Integrated Assessment; Doug Williams and Carena van Riper of the University of Illinois at Urbana-Champaign helped us define and frame the project; and Elsa Anderson of the University of Illinois-Chicago, provided insights into the integration of social and ecological goals through her research and a symposium on vacant lot greening she organized for the 2018 US International Association for Landscape Ecology conference in Chicago. We also thank Angela Loder, Lynne Westphal, and three anonymous reviewers for their helpful feedback on earlier versions of this paper. PHG and WPS designed and led the overall research effort. PHG designed and led data collection for the visual assessment. AR and SH led data analysis. All authors contributed to the writing of this manuscript.
Funding Information:
This work was supported in part through USDA Forest Service Northern Research Station Cooperative Research Agreement 15-JV-11242309-075 with the University of Illinois Urbana-Champaign. The authors thank Rose Grenen, Northwestern University, for her diligent research assistance in coding. We also thank Jeanne Chandler, Micheal Newman-Brooks, and Kathy Dickhut of the City of Chicago, Department of Planning and Development for providing data and assistance, and Taryn Roche of the Local Initiatives Support Corporation (LISC-Chicago) and Asiaha Butler of the Resident Association of Greater Englewood (RAGE) for their perspectives and assistance in working with the communities that were the focus of this research. Joan Nassauer of the University of Michigan freely shared her experience and coding protocol from her Detroit Sustainability Indicators Integrated Assessment; Doug Williams and Carena van Riper of the University of Illinois at Urbana-Champaign helped us define and frame the project; and Elsa Anderson of the University of Illinois-Chicago, provided insights into the integration of social and ecological goals through her research and a symposium on vacant lot greening she organized for the 2018 US International Association for Landscape Ecology conference in Chicago. We also thank Angela Loder, Lynne Westphal, and three anonymous reviewers for their helpful feedback on earlier versions of this paper.
Publisher Copyright:
© 2019 The Authors
PY - 2020/4
Y1 - 2020/4
N2 - Urban vacancy is a persistent problem in many cities across the U.S. and globally. Vacant land greening helps improve neighborhood conditions and initiatives that transfer vacant lots to neighborhood residents can return benefits to where they are most needed. We examined one such initiative, the Chicago Large Lot Program, which allows property owners in high-vacancy areas to purchase 1–2 city-owned vacant lots on their block for $1 each. We developed a fine-scale landscape change analysis based on a visual assessment of aerial and street-level imagery. Our assessment, which included 20 different aspects of land/tree cover and condition/care, was applied to 424 lots purchased in two areas of the city one year before and after purchase. Among the significant changes we observed was an 8% increase of lots with gardens, and while there was a 16% reduction of lots with mature trees, it was accompanied by a similar increase in the proportion of mature trees in “good condition.” Also, nearly a third of the lots showed signs of appropriation for use and/or stewardship prior to purchase, a process known as “blotting.” We found that transfer of ownership to residents through the Large Lot Program was followed by improved condition and care regardless of prior blotting, but the non-blotted lots had bigger improvements in condition and care after purchase than the blotted lots. Changes associated with vacant land greening have both social and ecological implications, and we discuss our findings with respect to urban greening strategies and future research.
AB - Urban vacancy is a persistent problem in many cities across the U.S. and globally. Vacant land greening helps improve neighborhood conditions and initiatives that transfer vacant lots to neighborhood residents can return benefits to where they are most needed. We examined one such initiative, the Chicago Large Lot Program, which allows property owners in high-vacancy areas to purchase 1–2 city-owned vacant lots on their block for $1 each. We developed a fine-scale landscape change analysis based on a visual assessment of aerial and street-level imagery. Our assessment, which included 20 different aspects of land/tree cover and condition/care, was applied to 424 lots purchased in two areas of the city one year before and after purchase. Among the significant changes we observed was an 8% increase of lots with gardens, and while there was a 16% reduction of lots with mature trees, it was accompanied by a similar increase in the proportion of mature trees in “good condition.” Also, nearly a third of the lots showed signs of appropriation for use and/or stewardship prior to purchase, a process known as “blotting.” We found that transfer of ownership to residents through the Large Lot Program was followed by improved condition and care regardless of prior blotting, but the non-blotted lots had bigger improvements in condition and care after purchase than the blotted lots. Changes associated with vacant land greening have both social and ecological implications, and we discuss our findings with respect to urban greening strategies and future research.
KW - Google Street View
KW - Program assessment
KW - Urban greening
KW - Vacant land reuse strategies
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U2 - 10.1016/j.landurbplan.2019.103729
DO - 10.1016/j.landurbplan.2019.103729
M3 - Article
AN - SCOPUS:85077215618
SN - 0169-2046
VL - 196
JO - Landscape Planning
JF - Landscape Planning
M1 - 103729
ER -