scroll to top

LEARN GIS BASED HYDROLOGICAL MODELING TECHNIQUE USING SCS-CN METHOD

NA
Class Size : 20

Probably, the most well-documented and, at the same time, simple conceptual method for predicting runoff depth from rainfall depth is the Soil Conservation Service Curve Number (SCS-CN) method. Due to its simplicity and extensive documentation, it soon became a ubiquitous technology used worldwide by many engineers and practitioners in numerous hydrological applications. The main reasons for its impressive success are its straightforward but well-established method, features easy-to-obtain, and well-documented environmental inputs, and accounts for many of the factors affecting runoff generation, incorporating them in a single parameter, the curve number (CN). (Soulis, K.X., Water 2021).

This workshop is specially designed for those interested in the SCS-CN method for any hydrological modeling with GIS. The two-day workshop will boost your confidence in using GIS to prepare data and run a model with the SCS-CN method. During this workshop, you will get a chance to work on a case study and get maximum benefits from this workshop. 

This is a weekend workshop of a total of 04 hours with hands-on training and assignments. Each participant will be awarded an e-certificate within 2 days after the workshop.

Workshop Highlights:

  • Prepare the data from scratch
  • Derivation of SCS-Curve Number using open source GIS software
  • Estimation of Runoff using Antecedent Moisture Condition (AMC)
  • Case study on real watershed
  • This is a live online workshop; get a quick response to your doubts.

Know our course instructor

Sukant Jain

He has pursued his M.Tech in Remote Sensing and GIS from the Indian Institute of Remote Sensing (IIRS, ISRO). He is currently working as Research Scientist at the National Institute of Hydrology (NIH), Bhopal, and formerly he was working as a Junior Scientist at Jharkhand Space Application Center.

Prerequisite

  • Basic knowledge of computer
  • A working computer
  • Good internet connectivity

For whom

  • Professionals, students, and research scholars interested in hydrological modeling and the SCS-CN method

 

 

Rs. 600/-