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Haze can migrate to adjacent countries in the path of wind and thereby pollutes other countries as well, even if haze does not first manifest there. One of the most recent problems occur in Southeast Asia which largely affects the nations of Indonesia, Malaysia and Singapore.
Haze related damages can be attributed to two sources: the haze causing fire and the haze itself. Each of the two factors can create significant disruption to people's daily lives and affect people's health. As a whole the recurring haze incidents affected regional economy and generated contention between governments of nations affected.
The haze affected Indonesia from at least late June, [1] to the end of October, turning into an international problem for other countries in September. It was the latest occurrence of the Southeast Asian haze , a long-term issue that occurs in varying intensity during every dry season in the region. [ 10 ]
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The contaminants can seriously harm one's health over the long run in addition to causing irritation to the eyes and respiratory system. Southeast Asian haze has high concentrations of PM10 and PM2.5 particles, which are small enough to be inhaled and can exacerbate or even cause respiratory diseases like asthma. [7]
Countries Producing Most Of The World’s Carbon Promise Big Cuts. Countries responsible for two-thirds of global emissions have made commitments to curb their greenhouse gas production. That group includes some of the biggest emitters like China, India and the U.S. China, the world’s biggest carbon producer, has promised that its carbon ...
Arctic haze is the phenomenon of a visible reddish-brown springtime haze in the atmosphere at high latitudes in the Arctic due to anthropogenic [1] air pollution. A major distinguishing factor of Arctic haze is the ability of its chemical ingredients to persist in the atmosphere for significantly longer than other pollutants.
The effects are even more pronounced when a city is surrounded by hills or mountains since they form an additional barrier to air circulation. During a severe inversion, trapped air pollutants form a brownish haze that can cause respiratory problems. The Great Smog of 1952 in London, England, is one of the most serious examples of such an ...