Here I go through the seminars, workshops, and webinars I have attended or registered lately.
1. Water Quality Monitoring & Reservoirs Sediments
Three lecturers (including Seyed Hossein Hashemi, Bahman Yargnoli
Mohamad Mahdi Azimi) talked about water studies using the remote sensing method are growing across the globe nowadays to evaluate ecological stability and human development with economic benefits. But he declared the major challenging features of this technology can be categorized in preprocessing and validation.
2. ICE WaRM Essential Water webinars - Protecting water quality in the urban environment
The latest in ICE WaRM's Essential Water webinar series provides an introduction to water quality processes in urban environments. This webinar series will be in two parts.
Part 1 The first webinar will provide a short overview of nutrient contamination in urban waterways. This will include a discussion of some of the key processes, the key water quality parameter to measure to understand these processes, and how and when to measure these parameters. Part 2 (3pm 12 November 2021) will provide a case study describing an investigation that demonstrates the application of the concepts outlined in part 1.
3. Climate change simulation webinar
This educational webinar is related to the introduction of EN_ROADS tools for modeling climate change, which will be held by Dr. Naderi in Dec 2021.
.png)
4. Estimating the discharge and velocity rates using the Entropy concept based
This presentation was carried out on 15th Nov 2021 on LOGYTalks by Farhad Bahmanpouri a PostDoc Researcher in Hydraulic Engineering.
Rivers are the main transporting body of the earth’s fresh water. A lot of cities are located near large rivers, where these waters play many important roles. Among hydrological and water quality parameters, velocity and discharge rates are of prominent importance.
The presentation covered: the background and development of the Entropy theory, estimating the discharge and velocity rates using the Entropy concept, presenting the cross-sectional distribution of the velocity in rivers different scenarios for the distribution of the surface velocity.
