A Model for Future Development Scenario Planning to Address Population Change and Sea Level Rise

Population growth and land use change often have significant environmental impacts, affecting biodiversity, water supply, agricultural production, and other resources. Future scenario models can provide a better understanding of these changes, helping planners and the public understand the consequences of choices regarding development density, land use, and conservation. This study presents a model that has been used to identify alternative future scenarios for Florida considering future population growth and land use. It includes two scenarios: a “Sprawl” scenario reflecting a continuation of current development patterns and a “Conservation” scenario with higher densities, redevelopment, and more land protection. The study incorporates sea level rise scenarios for both 2040 and 2070. Results show that the Sprawl scenario could lead to 3.5 million acres of new developed land and 1.8 million acres of lost agricultural land by 2070 in Florida. In contrast, the Conservation scenario for 2070 results in 1.3 million fewer acres of developed land and 5 million more acres of protected natural land, showing that it is possible to accommodate future population growth while reducing impacts to agricultural and conservation priorities in Florida. Although this is by no means a “prediction” of future Florida, it has been useful as a tool for evaluating potential future land use scenarios and is a model that may be more broadly applied by other locations and users.

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Publication Details

Journal
Land
Published
2025-07-26
DOI
https://doi.org/10.3390/land14081536
Primary Topic
Coastal and Marine Management
Type
article
Field-Weighted Citation Impact
0.00

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article

A Model for Future Development Scenario Planning to Address Population Change and Sea Level Rise

Michael Volk, Michael O’Brien, Paul D. Zwick, Crystal Goodison et al.
Land
Coastal and Marine Management
article

A Model for Future Development Scenario Planning to Address Population Change and Sea Level Rise

Michael Volk, Michael O’Brien, Paul D. Zwick, Crystal Goodison, Thomas Hoctor, Margaret H. Carr, V L Young, Daniel Farrah
article en

Abstract

Population growth and land use change often have significant environmental impacts, affecting biodiversity, water supply, agricultural production, and other resources. Future scenario models can provide a better understanding of these changes, helping planners and the public understand the consequences of choices regarding development density, land use, and conservation. This study presents a model that has been used to identify alternative future scenarios for Florida considering future population growth and land use. It includes two scenarios: a “Sprawl” scenario reflecting a continuation of current development patterns and a “Conservation” scenario with higher densities, redevelopment, and more land protection. The study incorporates sea level rise scenarios for both 2040 and 2070. Results show that the Sprawl scenario could lead to 3.5 million acres of new developed land and 1.8 million acres of lost agricultural land by 2070 in Florida. In contrast, the Conservation scenario for 2070 results in 1.3 million fewer acres of developed land and 5 million more acres of protected natural land, showing that it is possible to accommodate future population growth while reducing impacts to agricultural and conservation priorities in Florida. Although this is by no means a “prediction” of future Florida, it has been useful as a tool for evaluating potential future land use scenarios and is a model that may be more broadly applied by other locations and users.

LandVol. 14(8)
University of Florida (US), Florida Agricultural and Mechanical University (US)
U.S. Department of Agriculture, Florida Department of Agriculture and Consumer Services, Natural Resources Conservation Service
Openalex Percentile: Top 74%
Coastal and Marine Management
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