Biodiversidad e industria en la región de Tula, Hidalgo: un ensamblaje sistémico

IF 0.1 Q4 SOCIAL SCIENCES, INTERDISCIPLINARY
Benjamín Ortiz Espejel, Enrique Rosano Reyes, Jesús Hernández Castán, Eduardo Cuesta Mejía
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Abstract

The objective of the study was to describe the characteristics, under a systemic approach, of two of the most important components of the territory: biodiversity and industry in the region of the Tula basin, Hidalgo, based on extensive documentation from official sources and scientific records to understand the operation of the graphic model: "Industry Biodiversity Interaction System", which was built based on said characterization. The industrial sector in the study region presents a spatial concentration of a dispersed type without being established in a particular way in any municipality. Pachuca and Tepeji del Rio are the municipalities that show a slightly higher industrial presence. The largest industry in the Region is that of products derived from non-metallic minerals, followed by chemicals and plastics. With the exception of Chilcuautla and Progreso de Obregón, the Region has a high rate of anthropogenic impact, which contributes to the fact that the Region has a low and very low ecological integrity. The Region has low vulnerability to climate change, but it is vulnerable to wastewater from Mexico City and the Tepeji del Río aquifer has a deficit in water availability. Therefore, the Region reflects processes of unsustainability and the need to restore it (34% of the area as a priority for restoration), which may be due in part to industrial production processes with a high impact on the natural environment and discharges from Mexico City.
伊达尔戈图拉地区的生物多样性和工业:系统组合
该研究的目的是在系统的方法下描述该领土的两个最重要组成部分的特征:生物多样性和伊达尔戈州图拉盆地地区的工业,基于官方来源的大量文件和科学记录,以理解图形模型的运作:“工业生物多样性相互作用系统”,该模型是基于上述特征而建立的。研究区域的工业部门呈现出一种分散类型的空间集中,没有在任何一个城市以特定的方式建立。帕丘卡和特佩吉德里奥是工业比例略高的城市。该区域最大的工业是非金属矿物产品,其次是化学品和塑料。除了Chilcuautla和progresso de Obregón外,该地区的人为影响率很高,这导致该地区的生态完整性较低和非常低。该地区对气候变化的脆弱性较低,但容易受到来自墨西哥城的废水的影响,而Tepeji del Río含水层的可用水量不足。因此,该地区反映了不可持续的过程和恢复它的需要(34%的地区作为恢复的优先事项),这可能部分是由于工业生产过程对自然环境和墨西哥城的排放产生了重大影响。
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
Astrolabio-Nueva Epoca
Astrolabio-Nueva Epoca SOCIAL SCIENCES, INTERDISCIPLINARY-
自引率
0.00%
发文量
32
审稿时长
12 weeks
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