Atmospheric Pollution: History, Science and Regulation

Chinese Growth and Atmospheric Pollution:

This paper uses a dynamic CGE model, calibrated to new and detailed Chinese emissions data, to assess two important questions. What can we reasonably expect Chinese emissions trends to look like over the next two decades? Secondly, what would be the appropriate policy interventions to flatten Chinese emissions trajectories and reduce the risk of local, regional, and even global adversity? This ...

Atmospheric pollution and lung cancer.

Lung cancer is consistently more common in urban areas than in rural. The excess cannot be accounted for by specific occupational hazards but some of it might be due to the presence of carcinogens in urban air. The excess cannot be wholly due to such agents, because the excess in nonsmokers is small and variable. Cigarette consumption has also been greater in urban areas, but it is difficult to...

Environmental Management & Pollution SECONDARY ATMOSPHERIC POLLUTION

4.2 Acid Deposition Acid rain was first identified in the 19th century, when English pharmacist Robert Angus Smith measured high acidity levels in rain falling over industrial regions of England and much lower levels in less-polluted areas near the coast. However, this pattern did not receive sustained attention until biologists began to notice sharp declines in fish populations in lakes in Nor...

Science Communication, A review on Importance, History, and Its Models

The article is an extended version of a talk on the issue given in Half-Day Seminar on the Complications of Scientific Publications held by Iranian Academy of Sciences, on July the ninth of 2019. Apparently, science communication, an old tradition and once very popular according to the literature reviewed, is not well advanced along with the magnificent scientific progress happened during the l...

Atmospheric Pollution and Urban Development in China