嵟怴偺尋媶徯夘

[ 儕儕乕僗丗 2021.3 ]
撧椙彈巕戝妛棟妛晹 壔妛惗暔娐嫬妛壢 娐嫬壢妛椞堟 嫵庼丂 椦揷嵅抭巕乮憤崌抧媴娐嫬妛尋媶強寭柋乯
撧椙彈巕戝妛戝妛堾恖娫暥壔憤崌壢妛尋媶壢攷巑慜婜壽掱 丂怴揷壚曕

丂2020擭4寧丄撧椙彈巕戝妛偲憤崌抧媴娐嫬妛尋媶強偺婡娭楢実僾儘僕僃僋僩Aakash 偑巒傑傝傑偟偨丅Aakash 偲偼僀儞僪偺尵梩乮僸儞僨傿乯偱嬻偲尵偆堄枴偱偡丅尰嵼丄戝婥墭愼偑嵟傕崜偄偲偄傢傟傞悽奅偺搒巗偺偆偪懡偔偑僀儞僪偺搒巗偱偡丅摿偵嬤擭丄恖岥枾廤抧偱偁傞庱搒僨儕乕抧嬫偱偼10 寧壓弡偐傜11 寧弶弡偵偐偗丄怺崗側戝婥墭愼偑敪惗偟丄媫惈偺屇媧婍幘姵偵嬯偟傓恖乆偑戝惃弌偰偄傑偡丅偙偺帪婜偵敪惗偡傞戝婥墭愼偺尨場偺堦偮偲偟偰丄僨儕乕偺杒惣偵埵抲偡傞擾懞抧堟偵偍偗傞堫偺榤從偒偑拲栚偝傟偰偄傑偡丅堫姞傝偺偁偲丄巆偭偨榤傪戝検偵從媝偡傞偺偱偡丅僀儞僪惌晎偼丄2018擭偐傜榤從偒掅尭懳嶔偺偨傔偺曗彆嬥傪弌偡偙偲偵側傝傑偟偨丅尰抧偱偼丄榤傪從偐側偄擾朄傊偺揮姺偑巒傑傠偆偲偟偰偄傑偡丅
丂偙偺尋媶僾儘僕僃僋僩偼丄戝婥忩壔偲寬峃旐奞夵慞偵岦偗偰恖傃偲偺峴摦傪曄偊傞偨傔偵偼偳偆偟偨傜傛偄偐丄偦偺摴嬝傪扵媮偡傞傕偺偱偡丅偦偺偨傔偵丄擔杮慡崙偺尋媶幰栺40柤偵壛偊丄僀儞僪懠奀奜偺尋媶幰栺30柤偑嶲壛偟丄5擭偑偐傝偺僾儘僕僃僋僩尋媶傪幚巤偟傑偡丅尋媶慻怐偼戝偒偔3偮偺斍偵暘偐傟偰偄傑偡丅戝婥墭愼暔幙偺娔帇傗塹惎娤應僨乕僞傪暘愅偡傞戝婥斍丄恖傃偲偺寬峃旐奞傪昡壙偡傞岞廜塹惗斍丄擾嬈偺曽朄傗擾壠偺惗妶傪挷嵏偡傞擾懞尋媶斍偱偡丅撧椙彈巕戝妛棟妛晹偱尋媶傪峴偭偰偄傞儕儌乕僩僙儞僔儞僌偺尋媶僌儖乕僾乮椦揷尋丒懞徏尋丒媣帨尋乯偼丄偙偺僾儘僕僃僋僩偺拞偱丄榤從偒傪儕儌乕僩僙儞僔儞僌偱専抦偡傞偙偲傗丄戝婥墭愼暔幙偺暘晍傗敪惗検偺悇掕偵庢傝慻傫偱偄傑偡丅彫宆偺僙儞僒乕傪巊偭偰丄戝婥墭愼暔幙偺拞偱傕寬峃偵戝偒側塭嬁偑偁傞PM2.5(嬻婥拞偺彫偝側棻巕)傪丄峀堟偱應掕偡傞側偳丄儐僯乕僋側庢傝慻傒傕峴偭偰偄傑偡丅

丂2020擭偵偼丄怴宆僐儘僫僂僀儖僗(COVID-19)僷儞僨儈僢僋偑巒傑傝丄僾儘僕僃僋僩偲偟偰偼丄梊婜偣偸攇棎偺慏弌偲側偭偰偟傑偄傑偟偨丅偦偺堦曽偱丄巚偄偑偗側偄婱廳側尰徾偵憳嬾偡傞偙偲偵側傝傑偟偨丅2020擭2寧偐傜3寧偵偐偗丄COVID-19姶愼奼戝傪杊巭偡傞偨傔偵丄懡偔偺崙偱儘僢僋僟僂儞偲屇偽傟傞尩偟偄恖偺堏摦惂尷偑峴傢傟傑偟偨丅僀儞僪偱偼丄3寧25擔偐傜慡崙婯柾偺儘僢僋僟僂儞偑奐巒偝傟傑偟偨偑丄偦偺寢壥丄堦帪揑偵戝婥墭愼暔幙偺曻弌偑梷惂偝傟丄戝婥墭愼偑夵慞偝傟傑偟偨丅偦偙偱丄Aakash戝婥斍偱偼丄4寧憗乆偐傜昿斏偵僆儞儔僀儞偺夛媍傪峴偭偰忣曬傪嫟桳偟丄僨儕乕庱搒抧嬫偵偍偗傞恖堊婲尮乮恖娫妶摦偑尨場乯偺戝婥墭愼暔幙偺曻弌検傪掕検揑偵悇掕偡傞偙偲偵挧愴偟傑偟偨丅偙偺妶摦偼mission DELHIS(Detection of Emission change of air poLlutants: Human Impact Studies)偲柤晅偗傜傟傑偟偨丅

丂恾1偵帵偟偰偄傞偺偼丄恖岺塹惎僙儞僒乕TROPOMI偱娤應偝傟偨擇巁壔拏慺(NO₂)偲偄偆戝婥墭愼暔幙偺丄儘僢僋僟僂儞偺捈慜偲捈屻偺嵎偱偡丅僺儞偱僀儞僪偺戝搒巗傪帵偟偰偄傑偡偑丄偡傋偰偺戝搒巗偱擹搙偑尭彮乮惵偱帵偝傟偰偄傞乯偟偰偄傑偡丅摿偵僨儕乕偱偼偦偺掱搙偼尠挊偱偟偨丅塹惎偐傜娤應偱偒傞偺偼戝婥墭愼暔幙乮偙偙偱偼擇巁壔拏慺乯偺擹搙偱偡偑丄擹搙偺忣曬傪巊偆偲丄偦偺抧堟偐傜偺乽敪惗検乿傪悇掕偱偒傑偡丅 恾2偼丄僨儕乕庱搒抧嬫傪奼戝偟偨帵偟偨乽NO₂曻弌検乿偱偡丅儘僢僋僟僂儞捈屻偼堦帪揑偵幵偺堏摦傗岺応偺憖嬈偑傎傏姰慡偵掆巭偟傑偟偨偐傜丄儘僢僋僟僂儞偺慜屻偺條巕偐傜丄恖娫妶摦偺乽偁傞帪乿偲乽側偄帪乿偺堘偄傪挷傋傞偙偲偑壜擻偵側偭偨偺偱偡丅偙偺傛偆偵丄儘僢僋僟僂儞偼丄幮夛妶摦傪堦帪揑偵掆巭偝偣偨丄戝偒側幮夛幚尡偲傕尵偊傞忬嫷傪惗傒弌偟傑偟偨丅巹払偼梊婜偟側偄幮夛幚尡偺寢壥傪尒傞偙偲偵側偭偨傢偗偱偡丅

恾侾丂TROPOMI偱娤應偝傟偨2020擭偺3寧15-21擔(儘僢僋僟僂儞慜)偲 3寧22-28擔(儘僢僋僟僂儞屻)偺NO₂擹搙偺嵎丅僺儞偼僀儞僪偺戝搒巗傪帵偡丅1, Delhi; 2, Mumbai; 3, Lahore; 4, Islamabad; 5, Karachi; 6, Dhaka; 7, Chittorgarh; 8, Hyderabad; 9, Chennai; 10, Bangalore. 惵偼尭彮丄愒偼憹壛傪帵偟偰偄傞丅乮怴揷壚曕,椷榓俀擭搙撧椙彈巕戝妛廋巑榑暥乯

恾俀丂恾侾偺僨乕僞偵婎偯偄偰媮傔偨丄僨儕乕庱搒抧嬫偵偍偗傞恖岺婲尮偺擇巁壔拏慺攔弌検偺悇掕寢壥丅嵍偼儘僢僋僟僂儞慜丄塃偼儘僢僋僟僂儞捈屻丅愒偔帵偝傟偰偄傞偺偼丄摴楬傗寶暔偑枾廤偡傞巗奨抧傗敪揹強偐傜偺攔弌検乮Misra et al., submitted to Scientific Report)丅

丂mission DELHIS偱偼丄擇巁壔拏慺偺懠丄僄傾儘僝儖乮旝棻巕乯偺尰抧娤應寢壥偺暘愅側偳傕峴傢傟丄埲壓偱帵偡榑暥偑搳峞丒弌斉偝傟傑偟偨丅

mission DELHIS偐傜偺庡側尋媶惉壥
乮嵏撉晅榑暥乯
(1)Rethinking Air Quality and Climate Change after COVID-19, Joseph Ching, Mizuo Kajino*,
Int J Environ Res Public Health, 17(14):5167.
(https://doi.org/10.3390/ijerph17145167, 2020.)

(2)PM2.5 diminution and haze events over Delhi during the COVID-19 lockdown period: an interplay between the baseline pollution and meteorology,
Surendra K. Dhaka, Chetna, Vinay Kumar, Vivek Panwar, A. P. Dimri, Narendra Singh, Prabir K. Patra, Yutaka Matsumi, Masayuki Takigawa, Tomoki Nakayama, Kazuyo Yamaji, Mizuo Kajino, Prakhar Misra, Sachiko Hayashida,
Scientific Reports, 2020.

(3)Mapping Brick Kilns to Support Environmental Impact Studies around Delhi Using Sentinel-2,
Misra, P.; Imasu, R.; Hayashida, S.; Arbain, A.A.; Avtar, R.; Takeuchi, W.,
ISPRS Int. J. Geo-Inf., 9, 544. 2020.


偦偺懠Aakash僾儘僕僃僋僩偐傜偺尋媶惉壥
(1) Masayuki Takigawa, Prabir K. Patra, Yutaka Matsumi, Surendra K. Dhaka, Tomoki Nakayama, Kazuyo Yamaji, Mizuo Kajino, and Sachiko Hayashida,
Can Delhi乫s pollution be affected by crop fires in the Punjab region?
Scientific online letters on the atmosphere:SOLA, 2020, Vol. 16, 77-80,
(https://doi.org/10.2151/sola.2020-015, 2020.)

(2)愺揷 惏媣乮撧椙彈巕戝妛暥妛晹乯,
婥岓婋婡偲恖暥妛 恖乆偺枹棃偺偨傔偵, 惣扟抧惏旤 曇挊 (扴摉: 暘扴幏昅, 斖埻: 戞7復 梟梈偡傞帺慠偲幮夛乗僀儞僪偺戝婥墭愼傪帠椺偵),偐傕偑傢弌斉, 2020.

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