Global Activity Roadmap
Data Collection
Conduct extensive data collection and analysis on cloud behaviors using satellite data, ground-based observations, and modeling outputs.
Research & Developing PINN
Research and develop advanced PINNs that integrate physics-based principles and empirical data to enhance climate models, especially focusing on cloud dynamics.
Experimental Studies
Conducting controlled experiments or field studies to validate model outputs and hypotheses related to cloud behavior and its impact on climate.
Ecosystem Impact Assessment
Investigating the broader ecological impact of changing cloud dynamics on different ecosystems to understand how these changes affect biodiversity, habitats and ecological processes
Develop adaptation strategies for ecosystems vulnerable to climate change-induced alterations in cloud patterns, aiming to maintain or enhance their resilience.
Multidisciplinary Collaboration
Facilitate interdisciplinary workshops and forums for climate scientists, computer scientists, and atmospheric chemistry experts to share insights. Initiate joint research projects to unify understanding of cloud behaviors and enhance climate models.
Model Optimization
Computational model optimization ensures efficient and resource-effective simulations, leading to faster advancements in cloud behavior understanding. Parameter optimization increases accuracy, refining the representation of complex cloud interactions within the climate system.
Technology Transfer & Implementation
Policy impact assessment evaluates the societal implications of advanced climate models. Technology's transfer and implementation actively integrate research outcomes into practical and informed applications.
Public Outreach
Public outreach programs disseminate research findings through accessible programs, advancing educational curriculum development, raising public awareness of the next generation.
