The NASA Short-term Prediction Research and Transition Center (SPoRT) was established in 2002 to transition NASA satellite data and capabilities to improve short-term weather forecasting with an emphasis on National Weather Service (NWS) end users. With the goal of maximizing the benefit of NASA research and capabilities to benefit society, SPoRT has developed innovative solutions to bring research products to operations and tailor them to meet end user needs. Over the past decade SPoRT has been at the forefront of a range of activities, making notable contributions to NASA LIS and WRF Hydro, the GOES-R/JPSS Proving Grounds, and the GPM, SMAP, and SWOT Early Adopter Programs. With an initial focus on partners in the southeastern U.S., SPoRT has expanded partnerships to include end users in all NWS Regions, National Centers, and other government agencies such as the U.S. Forest Service, U.S.D.A., and state environmental agencies. Over the decade SPoRT has consistently used a research to operations/operations to research paradigm to interact with end users, involving them in the process of product development, tailored training, and product assessment/feedback. This process has even led to algorithm improvements within GPM IMERG and the NESDIS Snowfall Rate to accelerate operational use of research products.  Interaction with end users has even led to the pursuit of research projects such as limb correction to improve RGB imagery and interpretation or developing a methodology to correct land surface model data with satellite soil moisture. In order to introduce experimental products into the fast-paced operational environment SPoRT developed applications-based training concepts such as the Quick Guide that has been shared with and adopted by others in the community. Also notable- early activities within SPoRT to leverage NASA data for disaster response, led to a bigger presence in and significant contributions to the NASA Disasters Program. Below is a review of notable publications, blog posts and tweets over the past decade: