Sentence examples for park emissions from inspiring English sources

The findings, as well as public concern about the adverse health effect of exposure to the regional IP, justify further investigations to evaluate the role of regional industrial pollution in MCM rate increase, and to enforce strict regulations to reduce and prevent industrial park emissions.

She upheld a rule requiring power plants upwind of national parks to reduce emissions until the parks are clear.

In addition, no significant transfer occurs above the first resonance frequency (the one shown in Table 4 through Table 6), which means that for all but the smallest parks, primary emission above 1 or 2 kHz is not a concern.

We employ additive decomposition techniques to examine the effects of technology, industrial composition, and economic scale on production-based emissions (Park 1992; Sun 1998; Ang et al. 2003; Ang 2004).

Public transportation does not pay for itself in fares; it pays for itself in the benefits to society of reduced congestion, emissions, parking and paving of open spaces.

The samples were characterized using atomic force microscopy (AFM, XE-100 Park Systems), field emission scanning electron microscopy (FESEM, Hitachi SU8030), X-ray diffraction (XRD, Bruker AXES D8 Advance), photoluminescence (PL, manually setup system) spectroscopy [28], and Hall effect measurement Ecopia-53000).

Moreover, since the presence of buildings within urban parks determines CO2 emissions closely related to their purpose of use, it is important to evaluate their impact in order to set instruments for their retrofit, considering the necessity of a compromise among the energy audit, the use of renewable energy systems and preservation of cultural heritage.

The primary emission of the wind park is impacted by the emission from individual turbines and the overall transfer function.

The lab's objective is to preserve the advantages of individual transportation while minimizing drawbacks like congestion, parking scarcity and tailpipe emissions.

The ideas included energy-efficient lighting that can automatically dim when customers are absent; solar panels to offset the electric bill; automated parking systems that cut emissions and pack cars into smaller spaces; and apps that point motorists to available spaces.

Furthermore, if Powered Scooter Share users replace trips they would otherwise have taken by automobile, they have the potential to reduce traffic congestion, parking demand, and carbon emissions.