News
Webinar Series “MAAS” Inculcated the Audience during Expert Lectures
26 Feb 2021
Department of Civil Engineering organized a Webinar Series on 15th and 16th February on Monitoring of Aerosols by Applied Remote Sensing, elaborated by Experts from NIT, Warangal elaborated, and KITS, Coimbatore. The Target audiences consisted of all M.Tech, B.Tech, and Diploma students of the Civil Engineering Department. The session was very prolific for all the attendees who attended the lecture with enthusiasm. Some case studies in India and outside countries were discussed, and that was indeed the highlight of the lecture. The further details of the event are mentioned below.
Event- Webinar Series
Topic- Monitoring of Aerosols by Applied Remote Sensing- MAAS
Date – 15th & 16th February 2021
Time- 11:00 AM to 12:00 PM
Speaker (Day 1): Dr. Chinthala Sumanth
Assistant Professor,
(Department of Civil Engineering)
NIT, Warangal
Speaker (Day 2): Dr. J. Brema
Professor,
(Department of Civil Engineering)
Karunya Institute of Technology and Science,
Coimbatore
Chief Patron: Dr. Hari om Sharan
Dean, Faculty of Engineering & Technology,
Rama University Uttar Pradesh, Kanpur
Patron: Mr. Satish Parihar
Associate Professor & Head – Department of Civil Engineering,
Faculty of Engineering & Technology,
Rama University Uttar Pradesh, Kanpur.
Convener: Mr. Satish Kumar
Assistant Professor, Department of Civil Engineering,
Faculty of Engineering & Technology,
Rama University Uttar Pradesh, Kanpur.
Coordinator: Mr. Mukul Srivastava
Assistant Professor, Department of Civil Engineering,
Faculty of Engineering & Technology,
Rama University Uttar Pradesh, Kanpur.
About the Event:
This series was specially organized to tutor the students of Civil Engineering (M.Tech, B.Tech & Diploma about Monitoring of Aerosols by Applied Remote Sensing. The experts illustrated about-
The combination of satellite observations, ground-based networks, and models, e.g., with data assimilation, has the following benefits for air quality such as air quality forecasts, improved characterization of surface-level air pollution, improvement of emission inventories and incidental releases, monitoring of import/export of air pollution;
Present available scientific information on the feasibility of utilizing remote sensing techniques to implement existing legislation and describe opportunities for realistic streamlining of monitoring in air quality and emissions based on greater use of remote sensing.
Satellite remote sensing of the troposphere is a rapidly developing field. Today several satellite sensors are in orbit that measure trace gases and aerosol properties relevant to air quality.
Satellite remote sensing data have the following unique properties: near-simultaneous view over a large area, global coverage, fair spatial resolution, etc.
Case studies for analyzing the effect of Aerosols by Remote sensing application.
We congratulate the faculty and active members for making this event considerably successful.