dr. ooi chel gee

pensyarah universiti

institut perubahan iklim (ipi)

No. Telefon Rasmi :  6798

No. rasmi:
UKM : 03 8921 5555



   Biografi/ Biography :

  • Maggie Chel Gee Ooi currently works as Senior Lecturer/Research Fellow at the Institute of Climate Change, National University of Malaysia (UKM). Maggie does research in application of chemical weather prediction model in several aspects including urban climate and pollution transportation. Their current project is real-time air quality forecast and biomass-burning haze transportation with numerical models.

  • ooi chel gee.  (2023).  rakyat malaysia tidak cakna perubahan iklim?.  - astro awani.  1-8. 

     

    ooi chel gee.  (2023).  most malaysians not sure what they can do to tackle climate change expert.  - bernama.  1-4. 

     

    yong jie wong, ali yeganeh, min yan chia, huan yu shiu, maggie chel gee ooi, jackson hian hui chang, yoshihisa shimizu, homma ryosuke, sophal try, ahmed elbeltagi.  (2023).  quantification of covid-19 impacts on no2 and o3: systematic model selection and hyperparameter optimization on ai-based meteorological-normalization methods.  - atmospheric environment.  1-20. 

     

    ooi chel gee.  (2023).  ukm launches climate database to encourage citizen science.  - the petri dish.  1-4. 

     

    ooi chel gee;liew ju neng.  (2023).  trans-boundary wildfire biomass burning haze prediction system for peninsular southeast asia (psa) to malaysia and taiwan.  -

     

    yong jie wong, ali yeganeh, min yan chia, huan yu shiu, maggie chel gee ooi, jackson hian hui chang, yoshihisa shimizu, homma ryosuke, sophal try, ahmed elbeltagi.  (2023).  quantification of covid-19 impacts on no2 and o3: systematic model selection and hyperparameter optimization on ai-based meteorological-normalization methods.  - atmospheric environment.  1-20. 

     

    qing li, kun zhang, rui li, liumei yang, yanan yi, zhiqiang liu, xiaojuan zhang, jialiang feng, qiongqiong wang, wu wang, ling huang, yangjun wang, shunyao wang, hui chen, andy chan, mohd talib latif, maggie chel gee ooi, li li, et al..  (2023).  underestimation of biomass burning contribution to pm2.5 due to its chemical degradation based on hourly measurements of organic tracers: a case study in the yangtze river delta (yrd) region, china.  - science of the total environment.  1-12. 

     

    linghuang, yonghui zhu, hanqing liu, yangjun wang, david t. allen, maggie chel gee ooi, kasemsan manomaiphiboone, mohd talib latif, andy chan, li li.  (2023).  assessing the contribution of open crop straw burning to ground-level ozone and associated health impacts in china and the effectiveness of straw burning bans.  - environmental international.  1-9. 

     

    li li, ansheng zhu, ling huang, qing wang, yixiao chen, maggie chel gee ooi, min wang, yangjun wang, andy chan.  (2022).  modeling the impacts of land use land cover change on meteorology and air quality during 2000 to 2018 in the yangtze river delta region, china.  - science of the total environment.  1-16. 

     

    nasim hossein hamzeh, abbas ranjbar saadat abadi, maggie chel gee ooi, maral habibi, wolfgang schöner.  (2022).  analyses of a lake dust source in the middle east through models performance.  - remote sensing.  1-26. 

     

    abbas ranjbar saadat abadi, nasim hossein hamzeh, maggie chel gee ooi, steven soon-kai kong, christian opp.  (2022).  investigation of two severe shamal dust storms and the highest dust frequencies in the south and southwest of iran.  - atmosphere.  1-22. 

     

    ling huang, ziyi liu, hongli li, yangjun wang, yumin li, yonghui zhu, maggie chel gee ooi, jing an, yu shang, dongping zhang, andy chan, li li.  (2020).  the silver lining of covid-19 - estimation of short-term health impacts due to lockdown in the yangtze river delta region, china.  - geohealth.  1-9. 

     

    yong jie wong, ali yeganeh, min yan chia, huan yu shiu, maggie chel gee ooi, jackson hian hui chang, yoshihisa shimizu, homma ryosuke, sophal try, ahmed elbeltagi.  (2023).  quantification of covid-19 impacts on no2 and o3: systematic model selection and hyperparameter optimization on ai-based meteorological-normalization methods.  - atmospheric environment.  1-20. 

     

    qing li, kun zhang, rui li, liumei yang, yanan yi, zhiqiang liu, xiaojuan zhang, jialiang feng, qiongqiong wang, wu wang, ling huang, yangjun wang, shunyao wang, hui chen, andy chan, mohd talib latif, maggie chel gee ooi, li li, et al..  (2023).  underestimation of biomass burning contribution to pm2.5 due to its chemical degradation based on hourly measurements of organic tracers: a case study in the yangtze river delta (yrd) region, china.  - science of the total environment.  1-12. 

     

    linghuang, yonghui zhu, hanqing liu, yangjun wang, david t. allen, maggie chel gee ooi, kasemsan manomaiphiboone, mohd talib latif, andy chan, li li.  (2023).  assessing the contribution of open crop straw burning to ground-level ozone and associated health impacts in china and the effectiveness of straw burning bans.  - environmental international.  1-9. 

     

    steven soon-kai kong, shantanu kumar pani, stephen m. griffith, chang-feng ou-yang, saginela ravindra babu, ming-tung chuang, maggie chel gee ooi, wei-syun huang, guey-rong sheu, neng-huei lin.  (2022).  distinct transport mechanisms of east asian dust and the impact on downwind marine and atmospheric environments.  - science of the total environment.  1-15. 

     

    li li, ansheng zhu, ling huang, qing wang, yixiao chen, maggie chel gee ooi, min wang, yangjun wang, andy chan.  (2022).  modeling the impacts of land use land cover change on meteorology and air quality during 2000 to 2018 in the yangtze river delta region, china.  - science of the total environment.  1-16. 

     

    h mahidin, m t latif, a hamdan, j salleh, d dominick, m c g ooi, l juneng, s zawawi.  (2021).  spatio-temporal of surface ozone (o3) variations at urban and suburban sites in sarawak region of malaysia.  - 4th international conference on science and technology applications in climate change 2021.  1-10. 

     

    aulia nisa'ul khoir, maggie chel gee ooi, juneng liew, suradi, andang kurniawan, azka ni'amillah.  (2021).  modis-derived fire spatial and temporal distribution during haze season in southeast asia using empirical orthogonal function.  - the 2021 international conference on science & technology applications in climate change (staclim 2021).  1-11. 

     

    ooi, m.c.g., chan, a., latif, m.t., lin, n.-h., li, l..  (2022).  handbook of energy and environmental security.  - 22. 

     

    ooi, m.c.g., chan, a., latif, m.t., lin, n.-h., li, l..  (2022).  handbook of energy and environmental security.  - 22. 

     

    ooi chel gee.  (2023).  most malaysians not sure what they can do to tackle climate change expert.  - bernama.  1-4. 

     

    maggie ooi chel gee, wang hong kok.  (2023).  sustainable urban scale planning: consideration of weather & air quality.  - jurutera.  16-20. 

     

    ooi chel gee.  (2023).  rakyat malaysia tidak cakna perubahan iklim?.  - bernama.  1-5. 

     

    ooi chel gee;liew ju neng.  (2023).  trans-boundary wildfire biomass burning haze prediction system for peninsular southeast asia (psa) to malaysia and taiwan.  -

     

    ooi chel gee.  (2023).  most malaysians not sure what they can do to tackle climate change - expert.  - new straits times.  1-6.