Geosciences Dept. Seminar: Innovations for the Future of Environmental Science

Abstract: 

The knowledge garnered in environmental science takes a crucial part in informing decision making in various fields including agriculture, transportation, energy, public health and safety and more. Understanding the basic processes in each of these fields relies greatly on progress being made in conceptual, observational and technological approaches.

However, existing instruments for meteorological observations are often limited as a result of technical and practical constraints. Current technologies, including remote sensing systems and ground level measuring means, may suffer from obstacles such as low spatial representativity or lack of precision when measuring near ground level. These constraints often limit the ability to carry out extensive meteorological observations and as a result the capacity to deepen the existing understanding of atmospheric phenomena and processes.

Multi-system informatics and sensing technology have become increasingly distributed as they are embedded into our environment. As they become more widely deployed, these technologies create unprecedented data streams with extraordinary levels of coverage and immediacy, providing a growing opportunity to complement traditional observation techniques using the large volumes of data created. Commercial microwave links that comprise the data transfer infrastructure of cellular communication networks are an example of these types of systems.

The presentation will provide insights into key capabilities of the emerging approach, and its potential for deepening our understanding of atmospheric phenomena in the boundary layer.

Seminar Organizer: Prof. Eyal Haifetz