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As the world urbanizes to meet the needs of ten billion people by the end of the century, critical new dimensions of land change are becoming evident.
Although a substantial amount of research has focused on quantifying these changes and their impact on biodiversity, most studies have focused on single dimensions of land use change.
Assessing the technical feasibility of intervention requires consideration of spatial and temporal dimensions of land management and associated surface groundwater interactions.
Understanding the complex human dimensions of land use and land cover change in these parts of the world continues to present a challenge for researchers.
Understanding temporal and spatial dimensions of land cover dynamics is a critical factor to link ecosystem transformation to land and environmental management.
To examine the spatial patterns of farmland and rural settlements and their change over time, a set of pattern metrics that capture different dimensions of land fragmentation was identified.
Similar(50)
To address this, we have identified the major dimensions of land-cover maps that ought to be evaluated and devised a Similarity Validation (SimiVal) tool.
Building on this body of knowledge, we summarise the different dimensions of land-use intensity and systematise the implicitly or explicitly proposed indicators for measuring land-use intensity.
In this article, we suggest that the analysis and monitoring of land-use intensity should follow an integrative conceptual framework that focuses on three dimensions of land-use intensity: inputs to the land, outputs from the land, and the human-induced, but unintended outcomes of land-use intensification that are best measured at the system level.
They indicate that the integration of three dimensions of land-use intensity is needed, combining metrics for inputs and outputs of land based production systems as well as system parameters that can reflect the unintended outcomes of land use and represent powerful drivers of land system dynamics.
A synthesis of the dimensions of land-use intensity and proposed methods to measure them (Table 1, see also Table S1 in the Supplementary Online Information) allows identification of the core elements of such a comprehensive framework and needs to measure the (a) inputs to the production system, (b) outputs from the production system, and (c) changes in ecosystem properties.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com