LORÍA-SALAZAR, S, Huang, Jingting, Lee, Jaehwa, Sayer, Andrew, Lareau, Neil, Holmes, Heather, and Redemann, Jens. Improving daily surface particulate matter estimates during extreme fire events using a novel NASA satellite plume injection height algorithm. Retrieved from https://par.nsf.gov/biblio/10129681. American Association for Aerosol Research 37th Annual Conference .

LORÍA-SALAZAR, S, Huang, Jingting, Lee, Jaehwa, Sayer, Andrew, Lareau, Neil, Holmes, Heather, & Redemann, Jens. Improving daily surface particulate matter estimates during extreme fire events using a novel NASA satellite plume injection height algorithm. American Association for Aerosol Research 37th Annual Conference, (). Retrieved from https://par.nsf.gov/biblio/10129681.

LORÍA-SALAZAR, S, Huang, Jingting, Lee, Jaehwa, Sayer, Andrew, Lareau, Neil, Holmes, Heather, and Redemann, Jens. "Improving daily surface particulate matter estimates during extreme fire events using a novel NASA satellite plume injection height algorithm". American Association for Aerosol Research 37th Annual Conference (). Country unknown/Code not available. https://par.nsf.gov/biblio/10129681.

@article{osti_10129681,
place = {Country unknown/Code not available}, title = {Improving daily surface particulate matter estimates during extreme fire events using a novel NASA satellite plume injection height algorithm}, url = {https://par.nsf.gov/biblio/10129681}, abstractNote = {}, journal = {American Association for Aerosol Research 37th Annual Conference}, author = {LORÍA-SALAZAR, S and Huang, Jingting and Lee, Jaehwa and Sayer, Andrew and Lareau, Neil and Holmes, Heather and Redemann, Jens}, }