Abstract:A análise SWOT é uma ferramenta da administração utilizada para analisar os ambientes interno e externo de uma organização a fim de identificar os pontos fortes e fracos e estabelecer os cenários para um determinado objetivo. Transpondo essa noção para a gestão de recursos hídricos, a análise SWOT poderia ser utilizada na produção de cenários visando o fortalecimento da gestão. Assim, ela foi utilizada para compor os cenários da gestão das águas subterrâneas no estado do Piauí. Foram elencadas as forças e as o… Show more
“…Also, according to the authors, there may be a centralized water treatment plant or several local treatment systems in each well, with decentralized systems being more economical and technologically viable. Pooi and Ng (2018) The great availability of water was considered an opportunity by Monteiro and Cabral (2018), in the SWOT analysis for groundwater management in the Brazilian state of Piauí. In this work, the abundance of water was also considered as an opportunity, being the factor with the highest classification (18), cited 6 times, with importance degree 3.…”
Section: Weaknessesmentioning
confidence: 99%
“…Also, according to the authors, this type of connection consists of bypassing the water meter or by clandestine derivation in the network. On the other hand, Monteiro and Cabral (2018) considered as a weakness (rather than a threat) a large number of irregular users, in a SWOT Matrix designed for the management of groundwater in Piauí. In this way, it can be seen that the current threat, if not mitigated, can become a weakness in a future scenario.…”
Section: Threatsmentioning
confidence: 99%
“…SWOT analysis applied to water resources management can be found in recent research. Monteiro and Cabral (2018) can be cited, who used it to compose the groundwater management scenarios in the Brazilian state of Piauí; Pereira and Marques (2020), who applied the tool to analyze tariffs for irrigation water in Portugal; Petousi et al (2017), who used it to define priority measures for the management of water resources in the Island of Crete, Greece and; Nagara et al (2015), who applied it to make a comparison between the technological solutions for water management employed in Asia and Africa.…”
Small municipalities often face challenges related to their water supply systems, such as limited financial resources, low population densities and limited organizational capacity. In this context, this study aimed to diagnose the water supply system in the city of Quatro Pontes - PR, which serves 2,628 economies, through SWOT analysis. This analysis consisted of determining the strengths, weaknesses, opportunities and threats of the system, listed based on reports from employees and visual inspections. It was found that the system presents factors already documented for small municipalities with autonomous services, such as the strengths “good water quality” and “easy maintenance”, as well as the weaknesses “few financial resources applied” and “outdated pricing policy”. In addition, opportunities were mentioned, such as technological innovations in the sector, and threats related to water waste and contamination by pesticides. The results presented depict the water supply system of the municipality and can direct managers to take advantage of opportunities and mitigate system threats.
“…Also, according to the authors, there may be a centralized water treatment plant or several local treatment systems in each well, with decentralized systems being more economical and technologically viable. Pooi and Ng (2018) The great availability of water was considered an opportunity by Monteiro and Cabral (2018), in the SWOT analysis for groundwater management in the Brazilian state of Piauí. In this work, the abundance of water was also considered as an opportunity, being the factor with the highest classification (18), cited 6 times, with importance degree 3.…”
Section: Weaknessesmentioning
confidence: 99%
“…Also, according to the authors, this type of connection consists of bypassing the water meter or by clandestine derivation in the network. On the other hand, Monteiro and Cabral (2018) considered as a weakness (rather than a threat) a large number of irregular users, in a SWOT Matrix designed for the management of groundwater in Piauí. In this way, it can be seen that the current threat, if not mitigated, can become a weakness in a future scenario.…”
Section: Threatsmentioning
confidence: 99%
“…SWOT analysis applied to water resources management can be found in recent research. Monteiro and Cabral (2018) can be cited, who used it to compose the groundwater management scenarios in the Brazilian state of Piauí; Pereira and Marques (2020), who applied the tool to analyze tariffs for irrigation water in Portugal; Petousi et al (2017), who used it to define priority measures for the management of water resources in the Island of Crete, Greece and; Nagara et al (2015), who applied it to make a comparison between the technological solutions for water management employed in Asia and Africa.…”
Small municipalities often face challenges related to their water supply systems, such as limited financial resources, low population densities and limited organizational capacity. In this context, this study aimed to diagnose the water supply system in the city of Quatro Pontes - PR, which serves 2,628 economies, through SWOT analysis. This analysis consisted of determining the strengths, weaknesses, opportunities and threats of the system, listed based on reports from employees and visual inspections. It was found that the system presents factors already documented for small municipalities with autonomous services, such as the strengths “good water quality” and “easy maintenance”, as well as the weaknesses “few financial resources applied” and “outdated pricing policy”. In addition, opportunities were mentioned, such as technological innovations in the sector, and threats related to water waste and contamination by pesticides. The results presented depict the water supply system of the municipality and can direct managers to take advantage of opportunities and mitigate system threats.
“…SEMAR still suffers from the turnover of professionals and a small technical staff (Monteiro and Cabral, 2018). Although a public tender was held to fill 12 vacancies, the survey carried out by the State Plan (SEMAR, 2010) indicates that at least 100 effective servants would be needed.…”
Section: Groundwater Managementmentioning
confidence: 99%
“…Although a public tender was held to fill 12 vacancies, the survey carried out by the State Plan (SEMAR, 2010) indicates that at least 100 effective servants would be needed. Monteiro and Cabral (2018) also list other problems in management, such as the lack of an information system, the weak performance of the State Water Resources Management System, and the lack of integration with other policies. Despite this, SEMAR has been trying to overcome these issues.…”
This article aims to evaluate the current state of groundwater management in the state of Piauí, considering the scenario of climate change and its adverse effects on aquifers. The analysis is based on the socioeconomic reality of the state, the availability and demand of groundwater resources, and the level of management and the possible impacts of climate change on the state. What is noticeable is that for the projected scenarios of climate change in the state, groundwater becomes a strategic source in mitigating the effects of climate change; however, the diagnosis produced shows that the state has already been using this resource too much, but without an efficient control of the public power. This combination tends toward a pessimistic view of both the state and groundwater in relation to climate change.
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