Unsustainable exploitation of surface and groundwater resources for irrigation with inefficient management practices has resulted in alarming groundwater depletion in many agriculture-dominated watersheds/ regions across India. Furthermore, climate variability (episodic droughts and heat waves) and climate change may further increase irrigation water demands while reducing crop yields in future. Improved agricultural productivity via increased efficiency in farm practices, choice of crops, and improved irrigation practices are needed to ensure food and fresh water security for growing population. M2M project is developing an integrated system to quantify agricultural water demands at farm to regional scales and to improve irrigation water use efficiency to enhance groundwater quantity/quality and agricultural productivity. An experimental sensor network has been setup for measuring weather parameters, soil moisture, and soil temperature at a field scale. These measurements are combined with historic, remote sensing based monitoring of vegetation and soil conditions, and near real time hydrologic monitoring, to evaluate the actual crop water requirements and for optimizing irrigation water requirements through an irrigation scheduling and water management system. This project will help in evaluating the sensitivity of crop yield towards varying soil, water, and climate conditions taking information of key variables that can provide an assessment of potential changes in crop yields and water availability under climatic change conditions.
MENTORS:
COLLABORATORS:
Remarks: Enrollment - 32
Title: AE-7033 Hydrological Modelling of Small Watersheds Remarks: Enrollment - 10
For M. Tech (Soil and Water Engineering)
Remarks: Enrollment - 12
For UG and PG students
Remarks: UG course covers sensor technology and water quality aspects.
This is not being offered currently and has been replaced by the Sustainability and Environment course
Remarks: Enrollment - 10-15
Remarks: Geospatial laboratory has been furnished with the utilization of budget provided by M2M Project. The UG, PG and Ph.D. students are working for their research studies.
Title: A non-point source pollution laboratory equipped with state of the art instrument for water quality analysis developedRemarks: Labs are being offered every semester for teaching as well as research and attend by the UG and PG students
Title: Experimental Sensor Network set upRemarks: Labs are being offered every semester for teaching as well as research and attend by the UG and PG students
Title: Water Quality and Remote Sensing labsRemarks: Labs are being offered every semester for teaching as well as research and attend by the UG and PG students
Remarks: Enrollment - 64 in each branch (AE, CE, ME, EE, ECE, CSE)
Title: Lysimetric tank installation and wireless sensor network are being demonstrated in on-form water management classRemarks: Enrollment - UG and PG batches
Title: Revision of Curricula of CSE, ECE and Maths depts. Remarks: Enrollment - 64 in each branch (AE, CE, ME, EE, ECE, CSE)
Through Academic Council
Remarks: Several instruments including infiltrometer, distillation unit, NPK analyzer, GPS, flame photometer, pH meter, and turbidity meter where installed in the lab for determination of different parameters of soil and water management studies.
Title: Soil moisture sensor (Field Pogo), Guelph Field Permeameter, stage water level recorders, rain gauges and software such as WMS, Soil Para, and RiverMorph, were installed for data collection, and analysisRemarks: Used by UG and PG students
Remarks: IIT Gandhinagar is working the final steps and are in talks with a few companies. The startup will be registered soon.
Remarks: In progress
Filing Date: August 2016
Remarks: Participants: 19
Date: Jan 17-Feb 06, 2017
Remarks: Participants: 32
Date: 16-29 June 2014
Remarks: Participants: 43
Date: 25 May-07 June 2015
Remarks: The workshop was attended by 15 participants representing government organizations, students, and NGOs
Title: INDO-US workshop on "Assessment of regional hydrology using spaceborne gravity observations†Remarks: Participants: 30
Date: 14-16 November 2016
Dr Vimal Mishra presented on “the frequency of the 2015 drought†at CSIR-NGRI, Hyderabad
Remarks: Participants: 143
Date: 17-18 Nov 2016
Remarks: Participants: 40
Date: 05-10 Feb 2015
Remarks: Date: 5-10 Feb 2015
Course coordinator: Prof. M. P. Tripathi
Remarks: Date: 17 January, 2017 to 06 February, 2017
Course coordinator: Dr. R. Subbaiah, Course Co-coordinator: Dr. M. K. Tiwari
Remarks: Date: 5 May 2015-07 June 2015
Remarks: Collaboration Area: Groundwater data and analysis for the Chhattisgarh Plains
Title: Indian Institute of Tropical Meteorology (IITM), India Meteorology Department (IMD)Remarks: Collaboration Area: Development of the drought monitoring system for India
Remarks: For conducting the demonstration of finger millet in 0.5 acre area during summer season of the year 2016.
Collaboration Area: Demonstration of water management techniques for summer finger millet.
Remarks: This is currently being tested and updated in house and yet to be transferred.
Remarks: ISAE Fellow Award-2017 to Dr. M. P. Tripathi
Title: Board of UG Studies, Dept. of Agril. Engg., Nagaland UniversityRemarks: Dr. Arnab Bandyopadhyay became a member in year 2017
Title: MANIT Bhopal Remarks: Prof. N.S. Raghuwanshi appointed as Director
Year: 2017
1. | Blind Entity Identification for Agricultural IoT Deployments |
2. | Scheduling irrigation in a selected Panam canal command in Panchmahal district for optimum water use |
3. | Groundwater Depletion and Associated CO2 Emissions in India |
4. | Spatio-temporal trends of rainfall across Indian river basins |
5. | Strong Linkage Between Precipitation Intensity and Monsoon Season Groundwater Recharge in India |
6. | An analysis of precipitation climatology over Indian urban agglomeration |
7. | Drought characterization over India under projected climate scenario |