초미세먼지예측WHO기준 두번째 1.0.75 Apk

[Easy understanding of fine dust]  -  - http://www.ebs.co.kr/tv/show?prodId=352&lectId=10667291 ------------------------------- [WHO recommendation of fine dust] (2005)  - PM10: less than 50  - PM2.5: less than 25 (Exceeding levels are classified as "fine dust" and are a health hazard.) ------------------------------- [Based on fine dust class]  (As of March 26, 2016) France 80 ㎍ / ㎥ (forced) Korea 250 ㎍ / ㎥ (recommended) ------------------------------- [Korea fine dust standards] (PM2.5) / (PM10) Good: 0-15 / 0-30 Normal: 15 ~ 50/31 ~ 80 Poor: 51-100 / 81-150 Very poor: 100 < ------------------------------- [European fine dust standards] (PM2.5) / (PM10) Very good: 0 ~ 10/0 ~ 20 Good: 11-20 / 21-35 Moderate: 21 ~ 35/36 ~ 50 Bad: 36 ~ 50/51 ~ 75 Very bad: 50 ------------------------------- [Based on WHO fine dust] (PM2.5) / (PM10) Very good: 0 ~ 10/0 ~ 20 Good: 11 ~ 15/21 ~ 30 Moderate: 16 ~ 25/31 ~ 50 Bad: 26-35 / 51-70 Very bad: 35   - Air Korea Air Quality, Seoul (Seoul) Widget      >> Based on WHO (color) notation ------------------------------- [WHO Guidelines] (2005)  - PM2.5: 10 占 퐂 / m3 annual mean                 25 / / ㎥ 24-hour mean  - PM10: 20 / / ㎥ annual mean                 50 / / ㎥ 24-hour mean ------------------------------- You can estimate the approximate flow of PM 2.5 (super fine dust) through satellite images provided by [Japan NHK (SPRINTARS)] and Japan Weather Association.   - NHK (SPRINTARS): http://www3.nhk.or.jp/news/taiki/   - SPRINTARS forecast: http://sprintars.riam.kyushu-u.ac.jp/forecast.html   - Japan Weather Association: http://www.tenki.jp/lite/ [SPRINTARS] - SPECTRAL RadIatioN-Transport model for AeRosol Species (Spectral radiation transmission model for aerosol species) - A numerical model developed to simulate the effects of climate systems and the state of air pollution by global atmospheric aerosols. - SPRINTARS developer team: Toshihiko Takemura (Institute for Applied Mechanics, Kyushu University) - http://sprintars.riam.kyushu-u.ac.jp/indexe.html [Seoul Metropolitan Government's Atmospheric Environment Information (PM2.5)] - Real-time PM2.5 figures provided every hour in Seoul - http://cleanair.seoul.go.kr/main.htm [Ministry of Environment Environmental Management Corporation Air korea (National)] - Real-time PM2.5 and PM10 figures provided every hour - http://m.airkorea.or.kr/sub_new/sub21.jsp [KAQFS (Korea Air Quality Assurance System)] - Provides PM10, PM2.5 prediction - http://kaq.or.kr/ - Anyang University Climate Energy Environment Convergence Research Institute (Abbreviated name: Institute of Climate Convergence, Anyang University) [Developer notes]    It is my opinion that the [SPRINTARS] model made by Kyushu University of Japan is the most accurate model for PM2.5 prediction. And this app is a simple app that I made for myself because I think that it is not enough for existing PM10 related applications. [SPRINTARS] It is judged that we should refer to model mainly and [Japan Weather Association] model also.    At present, Korea's forecast is based on fine dust (PM10) rather than ultrafine dust (PM2.5). PM10 is filtered in the alveoli, but PM2.5 passes through the alveoli and is absorbed into the blood vessels of our body, which seriously affects the blood vessels and the cardiovascular system. Elderly people, women, especially infants and children, are more vulnerable to ultrafine dust, so special care is required.    If the ultrafine dust is indicated by yellow, orange, red, etc., please refrain from going outside and prevent external air from entering the room. Especially, a house with a small child should be cleaned once with a wet cloth.