Sentence examples for subsequent mitigation from inspiring English sources

It's critical to have an accurate estimation for traffic reliability for subsequent mitigation activities [31 33].

Basically, congestion control protocols should detect the congestion successfully, notify the associated sensor nodes and then apply the subsequent mitigation techniques.

Given that a hotel room is an almost air-tight setting and not very spacious, knowledge about the concentrations of PM2.5 created by cigarette smoking and the subsequent mitigation measures taken appears to be important in hotel management practice.

The first case in the UK occurred in Scotland in late April, and was followed shortly by the first cases in England. 4 5 The UK response was characterised by two phases an initial containment response from May to June 2009 and a subsequent mitigation (or 'treatment-only') phase.

In both products, blanching temperature was the main influencing factor for sugar extraction and subsequent acrylamide mitigation.

When such small scale or routine projects are assessed, indirect and induced effects, and in particular effects to small or seasonal wetlands, are often not included in impact assessment and subsequent wetland mitigation.

This study presented findings associated with management of a security threat by train drivers in real-life operational conditions of a MRS. The link between risk perception and subsequent risk mitigation behaviour has been empirically shown to exist in many fields, such as nuclear engineering [53], epidemiology [54], automobile safety [55], and construction safety [56].

The method is also an input for subsequent urban risk mitigation activities.

In the present study, the sources and the factors affecting the particulate pollution were studied in Thessaloniki, the second largest Greek city, in order to develop the necessary scientific framework for the subsequent development of integrated mitigation and control strategies and the design and implementation of effective environmental policies.

It is important for the assessment and prediction of differential frost heave and thaw settlement of the pipeline foundations soils, forecasting the development of the seasonal and inter-annual frozen and thawed cylinders around the operating pipeline, stress strain analysis of the pipeline, and mitigation of subsequent frost hazards.

The goal of this research was to identify patient characteristics associated specific inpatient adverse events as a basis for subsequent targeting of risk mitigation efforts.