Anthropogenic Signatures in the Context of Landscape Evolution: Evidence from Citanduy Watershed, Java, Indonesia

Q4 Environmental Science
M. N. Malawani, D. Mardiatno, E. Haryono
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引用次数: 3

Abstract

The impact of humans on landscapes may differ across regions because anthropogenic intervention on the respective landscapes occurs in different human-induced contexts. This study was designed to assess the human-induced landscape evolution of the Citanduy Watershed, Java, Indonesia, and determine its anthropogenic signatures. Several approaches were used, namely anthropogenic landscape identification, anthropogenic soil development, sediment analysis, and monitoring of changes to Segara Anakan lagoon at the mouth of the Citanduy Rier. Five types of anthropogenic landscapes were observed in the research area, from a slightly modified landscape to a fully anthropogenic landscape. The anthropogenic signature was also found in the sediment of the lagoon. Present and recent environmental evolution of the lagoon was reconstructed based on series changes in the lagoon area. This reconstruction was then linked to the governmental program and anthropogenic intervention to reveal the complexity of the human-induced landscape evolution. Anthropogenic phenomena were found to strongly influence the evolution of Segara Anakan lagoon, as recorded approximately through three phases of its evolution: 1) natural processes occurring continuously until 1960, 2) human-induced landscape evolution, the boundary of which occurred in 1960–1980, and 3) the recent anthropogenic evolution that has existed since 1980.
景观演变背景下的人为特征:来自印度尼西亚爪哇Citanduy流域的证据
人类对景观的影响可能因区域而异,因为人类对各自景观的干预发生在不同的人为环境中。本研究旨在评估印尼爪哇Citanduy流域的人为景观演变,并确定其人为特征。采用了几种方法,即人为景观识别、人为土壤开发、沉积物分析和监测Citanduy河口Segara Anakan泻湖的变化。研究区有5种人为景观类型,从轻度人为景观到完全人为景观。在泻湖的沉积物中也发现了人为的特征。根据泻湖区域的一系列变化,重建了泻湖现世和近世的环境演变。然后将这种重建与政府计划和人为干预联系起来,揭示人类引起的景观演变的复杂性。研究发现,人类活动对塞加拉·阿纳坎泻湖的演变产生了强烈的影响,大致记录了其演变的三个阶段:1)直到1960年持续发生的自然过程;2)人类引起的景观演变,其边界发生在1960 - 1980年;3)自1980年以来一直存在的近期人类活动演变。
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
Asean Journal on Science and Technology for Development
Asean Journal on Science and Technology for Development Environmental Science-Waste Management and Disposal
CiteScore
1.50
自引率
0.00%
发文量
10
审稿时长
14 weeks
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