Each year we host a summer school that brings together the next generation of climate scientists to engage with premier climate scientists from the Jet Propulsion Laboratory and elsewhere.
The goal of the workshop is to establish consensus around the needs and challenges associated with “Continuity”, including: considering the needs for climate science, mitigation, adaptation, and identifying technical, programmatic, and observing architecture design challenges.
This workshop will examine non-destructive instrumentation to detect biosignatures and sampling techniques to collect and preserve microhabitats while retaining the spatial context.
COMAP (the CO Mapping Array Project), which received critical, early technology development from KISS as part of the First Billion Years study, will offer us a new glimpse into this epoch of galaxy assembly, helping to answer questions about what really caused the universe's rapid increase in the production of stars.
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This mini-symposium serves to provide valuable background material for the upcoming KISS Study on “Developing a Continuity Framework for Satellite Observations of Climate”. The overall goal of this study program is to help accelerate discussions and plans for a greater and more impactful U.S. contribution to the global climate observing system.
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This in-person lecture discussed two NIAC Phase I studies (FLOAT - Flexible Levitation On A Track and SWIM - Sensing With Independent Micro-swimmers) aimed at investigating novel solutions for the unique environmental, operational, and design constraints imposed on two types of robots operating on the Moon and Ocean Worlds.
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This mini-symposium leverages and contributes to the JPL CCS series focused on “The Essential Role of Long-term Satellite Records for Climate Science and Monitoring.” The objectives of this series are to raise the visibility of the remarkable role and importance of the long-term satellite climate records currently in existence; to highlight critical accomplishments in selected areas; and to review challenges in sustaining a climate monitoring system.
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