Engineering geological mapping in conjunction with protection of the geological environment

Golodkovskaya, G. A.

doi:10.1007/bf02600500

Cited by 4 publications

(2 citation statements)

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“…Until very recently, the term "resilience" did not appear in hydrogeology glossaries. The idea of the resilience of a "hydrogeological space" or "hydrogeological medium" was developed by LV Demidyuk, NI Lebedeva and GA Golodkovskaya in the 1970s and 1980s, but unfortunately these reports were published in Russian only, e.g., Golodkovskaya and Eliseyev (1989) [10]. There are barely 20 publications in the Web of Science (WOS) returned by the search terms "resilience" and "hydrogeology", and most of these are articles do not treat resilience as a central topic [11][12][13][14][15][16][17][18][19][20].…”

Section: Introductionmentioning

confidence: 99%

The Ecosystem Resilience Concept Applied to Hydrogeological Systems: A General Approach

Portillo

López-Gutiérrez

Zorrilla-Miras³

et al. 2020

Water

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We have witnessed the great changes that hydrogeological systems are facing in the last decades: rivers that have dried up; wetlands that have disappeared, leaving their buckets converted into farmland; and aquifers that have been intensively exploited for years, among others. Humans have caused the most part of these results that can be worsened by climate change, with delayed effects on groundwater quantity and quality. The consequences are negatively impacting ecosystems and dependent societies. The concept of resilience has not been extensively used in the hydrogeological research, and it can be a very useful concept that can improve the understanding and management of these systems. The aim of this work is to briefly discuss the role of resilience in the context of freshwater systems affected by either climate or anthropic actions as a way to increase our understanding of how anticipating negative changes (transitions) may contribute to improving the management of the system and preserving the services that it provides. First, the article presents the basic concepts applied to hydrogeological systems from the ecosystem’s resilience approach. Second, the factors controlling for hydrogeological systems’ responses to different impacts are commented upon. Third, a case study is analyzed and discussed. Finally, the useful implications of the concept are discussed.

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Section: Introductionmentioning

confidence: 99%

The Ecosystem Resilience Concept Applied to Hydrogeological Systems: A General Approach

Portillo

López-Gutiérrez

Zorrilla-Miras³

et al. 2020

Water

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“…As áreas-chave são executados na escala 1:25.000. Golodskaya (1979) Os resultados da avaliaçäo da água subterrânea como recurso hídrico produzem a carta de produtividade, e como atributo de terreno, a carta de vulnerabilidade n atu ra l.…”

Section: Abstract Ltntroduçãounclassified

Proposta de Representação Cartográfica na Avaliação para Estudo de Planejamento e Meio Ambiente, Exemplo da Região Metropolitana de Campinas-SP

Yoshinaga¹

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on the east of the area the crystatine Aquifer system presents 0,1 m3/h/m of average specific capacity and 0,13 to 6,g5 m2tday or transmissivity. The higher productivity is rinked to the occurrence of rock fissures and faurt zones.The Tubarão Aquifer system emerges on the centrar and western areas and presents 0,11 m3/h/m in specific capac¡ty. The higher productivity is rinked to the occurrrence of sand sediments on subsurface and arso by the thickness of the sedimentary pack and rock structural complexity.The rower potenciar areas are rocarized near the cristailyne rock contact and the higher potential ones in bands directed NE, along the study area.The high exproitat¡on of the water resource in the area is exprained by the type of industriar activity, its degree of economicar deveropment and the present reration between demand and reseryes.The Map of Hydrogeorogicar unities is the synthesis of occurrence conditions of groundwater, organized through the integration of environmentar informations.ABSTRACT LTNTRODUçÃO

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Engineering Geological Maps

Culshaw

2017

Selective Neck Dissection for Oral Cancer

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Engineering geological mapping in conjunction with protection of the geological environment

Cited by 4 publications

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The Ecosystem Resilience Concept Applied to Hydrogeological Systems: A General Approach

The Ecosystem Resilience Concept Applied to Hydrogeological Systems: A General Approach

Proposta de Representação Cartográfica na Avaliação para Estudo de Planejamento e Meio Ambiente, Exemplo da Região Metropolitana de Campinas-SP

Engineering Geological Maps

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