Unpacking Layers of Space –Time Complexity in Land–Use Dynamics. A Case Study from the Olive Agrosystems of Sicily (Italy)

Q3 Social Sciences
V. Ferrara, A. Wästfelt
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引用次数: 3

Abstract

The biocultural heritage of historical landscapes is an expression of intertwined ecological and socio-cultural dynamics at different temporal and spatial scales. Such a legacy is what confers high nature value on agricultural systems worldwide. Today there is an urgent need to develop approaches that may allow a more integrated study of biocultural heritage in order to better direct future endeavours for the sustainable management on such agricultural systems. Here, a methodological approach to unpack space-time complexity in the land-use dynamics of historic and current-day agrosystems is presented, based on the use of contextual and spatial-relational segmentation techniques within the research framework of historical ecology. With reference to work done in a case study area in Sicily, the authors first extract geographic contextual configurations and develop a spatial-relational ontology for their semantic interpretation, before using these spatial objects as temporal proxies to disentangle the spatial and temporal dynamics of land use. The result is a cross-disciplinary approach in which perspectives from historical ecology can be used to achieve a deeper understanding of evidence extracted from remotely sensed images. At the same time, advanced spatial analysis techniques may provide a further interpretative tool for scientific inquiry into biocultural heritage.
土地利用动力学时空复杂性的分层分析。以意大利西西里岛橄榄农业系统为例
历史景观的生物文化遗产是在不同时间和空间尺度上交织在一起的生态和社会文化动态的表达。这样的遗产赋予了全世界农业系统很高的自然价值。今天,迫切需要发展可能允许对生物文化遗产进行更综合研究的方法,以便更好地指导今后对这种农业系统进行可持续管理的努力。本文在历史生态学的研究框架内,基于上下文和空间关系分割技术的使用,提出了一种方法学方法来揭示历史和当今农业系统土地利用动态中的时空复杂性。参考在西西里岛的一个案例研究区域所做的工作,作者首先提取地理上下文配置,并为其语义解释开发空间关系本体,然后使用这些空间对象作为时间代理来解开土地利用的时空动态。结果是一个跨学科的方法,从历史生态学的角度可以用来实现从遥感图像中提取的证据的更深层次的理解。同时,先进的空间分析技术可以为生物文化遗产的科学探究提供进一步的解释工具。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
GI_Forum
GI_Forum Earth and Planetary Sciences-Computers in Earth Sciences
CiteScore
1.10
自引率
0.00%
发文量
9
审稿时长
23 weeks
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