Event

In this presentation, we will delve into the remarkable ways in which various teams have embraced and integrated the MAAP platform, yielding significant achievements. One such success story is the SISTER SBG Pathfinder project, which has seamlessly incorporated the MAAP architecture into their own system by uniquely employing the MAAP for data bulk production in AWS. In doing so, the SISTER team employed the MAAP-style approach throughout the entire product life cycle – from algorithm development to processing workflows, monitoring, and delivery to the Distributed Active Archive Centers (DAACs).

The Boreal Biomass team under the ABoVE funding has leveraged the MAAP platform to not just do algorithm development, but also scaling up global data-product generation. Furthermore, the work of the Boreal Biomass group has been propelled by the MAAP, culminating in the publication of the first-ever high resolution boreal-wide woody above-ground biomass density product to the ORNL DAAC.

In addition to these accomplishments, we will present how the Biomass group generated per-country summaries using the MAAP’s collaborative and scalable environment. Prior efforts have taken weeks of work but with the MAAP it can be done within a couple of hours.Will also showcase the EIS Fire team’s plans to use the MAAP to generate and deliver near-real-time fire perimeters in the Continental United States and in Canada, Greece and Italy. Unique to the EIS Fire team’s use of the MAAP is continually processing data in a forward “keep-up” basis.

Join us to explore the transformative impact of the MAAP on global scientific research, data harmonization, and international collaboration, ushering in a new era of innovative and unified Earth observation initiatives.

The poster may be found here: https://agu23.ipostersessions.com/default.aspx?s=09-B8-A4-F6-0C-69-1B-38-37-54-2A-18-45-1F-8E-73&guestview=true