Potentialities of Space-Based Systems for Monitoring Climate Policies and Mitigation of Climate Process Drivers

ABSTRACT The services of space-based technology have advanced for monitoring strategies, especially for studying and predicting the physical events in ecosystems. This article investigates the viability of space technology use for monitoring implementations of climate policies and, potentialities for mitigation of climate process drivers. Qualitative data were sourced through Delphi experts’ method and quantitatively analyzed. The key findings show that experts allude to the high (3.33/4) anticipatory contributions of deploying space-based systems with dedicated sensors for monitoring implementation of international climate treaties. However, while there is a very strong yes (84.44 percent) rate on the potentiality of space-based solar power for direct climate change mitigation, the feasibility of deploying such systems in the near-future (2020 to 2025) is low (1.77/4). The statistics further show that the further away the possible start-time (2040 and a 50-year horizon of 2065) for deployment of space-based solar power, the more likely it will be deployed. The article concludes that deploying satellites for monitoring and mitigating global climate change contributes significantly to climate change management efforts. Specifically, the development of space-based solar power if fast-tracked. The article also provides a conceptual framework for climate change management using space technology, which facilitates constructive discussion informing policy direction on the subject.