Exemplos de uso de Urban flooding em Inglês e suas traduções para o Português
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The problem of urban flooding is becoming routine for medium and large cities.
The occupations have been causing several problems that directly affect society,including urban flooding.
Urban flooding scenarios assessment from non-structural measures of flood control:….
The intention, with these data,was to contribute to the proposed engineering works to control urban flooding in the region.
In urban, flooding and landslides are among the troubles that most bring human and material loss.
An example of a measure that is not ideal, but it is taken,is the canalization of rivers to minimize urban flooding.
During periods of urban flooding, streets can become swift moving rivers, while basements can become death traps as they fill with water.
In some European countries, for example in Germany, it has been long encouraged the abstraction of rainwater,but in order to combat urban flooding.
In case of urban flooding, the land is converted from fields or woodlands to roads and parking lots, it loses its ability to absorb rainfall.
Numerous issues that are highlighted today, both in the media and in the scientific community refers to natural disasters,focusing to urban flooding.
During periods of urban flooding, streets can become swift moving rivers, while basements and underpasses can become death traps as they fill with water.
The intense and recent population growth brought with the development of cities andtheir high rates of imperviousness aggravates the urban flooding occurrences.
In this scenario of extreme episodes, the most frequent are floods, andmore specifically, urban flooding, reserving to the people these areas damage which in many cases are irreversible.
Over the years, urban growth occurred in regions close to watersheds, making difficult the recharge areas of these basins andhaving consequences as urban flooding.
These green systems have the potential effect of mitigating urban flooding, attenuating indoor temperatures and heat islands, improving air quality, and muffling noise, among other benefits discussed in the following paragraphs.
The soil sealing, the occupation of riparian areas,inadequate drainage, combined with an increased frequency of extreme events in many brazilian cities resulted in more frequent urban flooding.
It is expected that each square meter reversed in vegetated public area can make a difference in the problems of urban flooding. And it is especially expected, that these places can help in the lives of still invisible children behind the walls preventing them to take the no-return way of life in the streets.
This lead to be necessity of developing strategies that provides control conditions and reverse the effects of the socio environmental degradation,as in the case of urban flooding and irregular settlements in conservation areas.
Recent disasters that occurred in this country, like the failure of a pipeline in campo grande andothers disasters related to urban flooding, show us the need for developing scientific researches that help us to understand the behavior of these structures and to design them to serve the population.
In brazil, there are many examples of rivers in urban areas that have been adulterated, contaminated and that the sight of some managers are seen a source of constant problems,especially when it comes to urban flooding.
In addition to these progressive phenomena, that are possible to predict and react, episodes of very intense andconcentrated in time rainfall can lead to urban flooding in areas with insufficient drainage conditions and flash floods in small watersheds tributary to the estuary.
In this context, this research aims to propose a methodology of democratic and participatory nature for calculation andanalysis of the level of socio-environmental vulnerability of urban areas affected by urban flooding process.
Analyzes the case of vale do rio tijucas, which, located on the atlantic side of the state of santa catarina, is a hydrographic basin formed by eight small towns, in which preventive measures of land use and of urban land occupation gain great relevance faced possibility to mitigate andprevent the rivers' environmental degradation and the risk of urban flooding.
The rainwater utilization is an alternative for reducing potable water consumption helps reduce flooding in urban environments and conserving water resources.
The expansion of disasters related to flooding in urban regions is associated to land use and occupation processes and to water resource management methods.
In brazil, the need to establish regulations to minimize flooding in urban catchments led several initiatives to control the generation of the surface runoff.
This paper analyzes the problem of flooding in urban areas, in which we studied the case of rio negrinho, sc, plateau north of santa catarina.
Reservoirs for flood peak control are considered one of the low-impact development technologies that can help reduce flooding in urban areas.
The increased stormwater runoff as a result of soil sealing process in large cities,has been touted as one of the main factors responsible for the flooding of urban areas.
Wells infiltration are compensatory drainage devices that occupy small surface area in order to minimize the effects of urbanization and soil sealing,reducing the frequency of flooding in urban centers.