Greetings to the participants attending WAC 2024

Dear congress visitors, writing a few welcome notes is an honor and pleasure. Biotechnology today has made unprecedented progress since a few years ago with new “Gene Editing and recombination” methods for faster and more precise plant breeding. This opens new opportunities to adapt modern breeds to climate change, achieve higher productivity, and introduce intelligent, differentiated methods to work against crop pests and aquaculture infection. It is not a coincidence that most mass crops and animals in modern agriculture originate from ancestral species with natural monodominant stands. Organic farming and precision aquaculture, seemingly incompatible with those trends, open alternative farming systems with more respect to biological processes and environmental protection. Since gene transfer and natural mutation are based on similar functions, it is evident that both agricultural and aquaculture strategies could go together. Organo-transgenic agriculture and antibiotic resistance, based on Precision Agriculture, will be the future basis for success.

Dear Erudite Participants

It’s my privilege to welcome you all at´4th Edition of the World Aquaculture and Fisheries Conference” (WAC-2024) during June 24-25, 2024, in Paris, France, in the honored capacity of Committee Member, Chair Session, and Keynote Speaker at the ‘Oceanography and Limnology.’ and ‘Aquatic Pollution and Toxicology’ Sessions, during UN-Decade of Ocean Science for Sustainable Development.

We as a scientific community are here not only to raise awareness of the truly global dimension of the ocean and set forth on a path towards a resilient planet but to learn Ocean Energetics, morphological and dynamical properties of Oceans and Cryosphere at Surface (S), Sub-Surface (SS), and Deep Surface (DS) level in order to develop ‘Numerical Ocean Cryosphere- Energetics Model’(NOCEM), through the computational Correlational techniques by using High-Resolution Satellite imageries, data access, assimilation; HPC and cloud computing for real-time analysis and Artificial Intelligence to explore the deep seas.

Next, the co-evolution of climate and marine life in the Arctic-Antarctic-Sea through the Correlation of Ocean-atmosphere-cryosphere interactions with Climate Variability i.e., to evaluate the correlation between the impacts of multiple stressors on the ocean and the associated risks of abrupt state shift, rising of sea level, melting of the glaciers, vis-à-vis climate change would be studied.                                                                                                        

Also, through the process of Initialization, Computation, and Parameterization, within the (1 x 1) deg. grid-box by the computer algorithm, the Numerical Prediction Models for Ocean -Cryosphere Climate variability over Arctic & North Atlantic regions would be evolved by studying the kinematic features of the mesoscale convective systems over Arctic- North Atlantic Ocean regions