Role of Artificial Intelligence and Remote Sensing in Remediation of Aquatic Pollution and Development of Numerical Oceanic Climate Prediction Models (NOCPM)

Title : Role of Artificial Intelligence and Remote Sensing in Remediation of Aquatic Pollution and Development of Numerical Oceanic Climate Prediction Models (NOCPM)

Abstract:

This Study aims to apply Artificial Intelligence and Remote Sensing (AIRS) to study Aquatic toxicology, Air-Sea CO2 exchange, Ocean Energy, and correlate with Climate Variability to develop physicochemical and Spectroscopic methods, to control Aquatic pollution resulting due to toxins by developing innovative technologies to harness Ocean Energy  using Renewable energy, and detoxifying materials for evolving non-toxic cleaning products.

Also, efforts are on to correlate the Ocean Systems Interactions, Risks, Instabilities, and Synergies (OSIRIS), with Oceanic Toxicity, due to Sea-based Pollutants in the Ocean ecosystem as well as the impacts of Oceanic multiple stressors, and risks of abrupt state shift, rising of sea level, melting of the glaciers, vis-à-vis Climate Change.
The ‘Numerical Oceanic Climate Prediction Models, would be developed based on study of the Oceanic Energetics through the Deep-Sea studies, using the Artificial Intelligence and Remote Sensing (AIRS), to compute an Oceanic Sustainability by detoxification of water, regulating Oceanic Salinity, and controlling Aquatic and Marine pollution.

Next, through the process of Initialization, Computation, and Parameterization, within the (1 x 1) deg. Grid-box of the computed Sea surface Temperatures (SSTs), Sea-Subsurface Temperature (SSSTs), and Deep-Sea Surface Temperatures (DSSTs), measuring by the ‘Artificial Intelligence Robots’-(AIRs).

By incorporating the computed values of (SSTs), (SSSTs),(DSSTs), and (OSIRIS) the efforts would be made to compute the ‘Numerical Oceanic Climate Prediction Model’(NOCPM), by the computer algorithm DALL·E 3 along with High-Resolution Satellite imageries, data access, assimilation, and cloud computing for real-time analysis to explore the morphological and dynamical characteristics of Deep-Seas, Sea-Sub Surfaces, Sea Surfaces i.e. Ocean energetics.

Biography:

Dr. Virendra Goswami, Ph.D. Indian Institute of Technology, Kharagpur, MS from the University of Wisconsin, Post Doctorate Fellow at the University of Illinois, Chicago, USA. ‘Visiting Scientist’: NASA, WMO, NCAR, ICAO, (UNIDO- ICTP-ITALY.). Founder President’ of ‘Environment and Peace Foundation’ & Wing Commander (Retd.) with more than 550 hours of flying as a supernumerary Aircrew. Recently, he has been awarded ‘Distinguished Alumnus Awardee-2023’, IIT Kharagpur.

He worked at the Space Science Engineering Centre (NASA/NOAA), at the University of Wisconsin. Former Vice-Chancellor: Sangam & Sunrise Universities. Had been Director of Engineering Institutes, and a Special Invitee by the WMO-UN. Geneva in 2001 & 2016.He has been a Ph. D & M. Tech Examiner at Centre of Energy Studies, IIT Delhi since 2001. More than 44 years of Teaching, Research, and Governance experience at Home and Abroad. Lately, appointed Reviewer of the Royal Meteorological Society (R. Met. S), Atmospheric Science Letters.

Presented Research Papers (more than 245) in the fields of Chemical Technology, Atmospheric, Space, Health Sciences. (AI) and Remote sensing in control of Global Warming, Climate Change, Green Energy, and Quality Higher Education at International /National Conferences held in India, the USA, the UK Latin America, South Africa, Canada, and Europe (32 countries) besides, headed various delegations at the Natl. & International Levels.