Integrating land markets, land management, and ecosystem function in a model of land change

Conference paper (2010)

Authors

Derek T. Robinson University of Michigan
T. Filatova University of Twente
Shipeng Sun University of Waterloo
Rick L. Riolo University of Michigan
Daniel G. Brown University of Michigan
Dawn C. Parker University of Waterloo
Meghan Hutchins University of Michigan
William S. Currie University of Michigan
Joan I. Nassauer University of Michigan
Affiliation
External organisation
Policy Agent-based modelling Carbon storage and flux Exurban development Land-use and land-cover change
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Published Date

2010

Language

English

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Abstract

We present the conceptual design of a new land-change modelling framework that builds on previous land-change research and models (i.e. ALMA, SOME, DEED). The design integrates agents of land change, land-market mechanisms, land-management behaviour and its ecosystem impacts, and land-policy scenarios into a single framework that can be used to address questions about land-change processes in exurban environments. The framework is implemented in Java, built using the Repast Simphony agent-based libraries within the Eclipse integrated development environment. The framework serves as a platform for integrating human and natural processes, as well as data that include social surveys of residential landscape and neighbourhood preferences as well as landmanagement behaviours, ecological field measurements of biomass in residential property parcels, interpretations of historical air photographs, and economic and household data acquired from local governments in Southeastern Michigan. The purpose of the framework is to provide an overarching design that can be extended into specific model implementations that evaluate, among other questions, how policy, land-management preferences, and land-market dynamics affect land-use and land-cover change patterns and subsequent carbon storage and flux.