NASA-acquired commercial data are being used in many scientific investigations and have a wide range of practical applications. This page features published research incorporating CSDA-distributed data along with statements of findings showing how these data may be applied.
| Title | Year | Author | Vendor | Topic | Dataset |
|---|---|---|---|---|---|
| GNSS-RO residual ionospheric error (RIE): a new method and assessment | Wu, D. L. | Spire | Atmosphere | ||
| Exploring commercial Global Navigation Satellite System (GNSS) radio occultation (RO) products for planetary boundary layer studies in the Arctic | Ganeshan, M. | GeoOptics, Spire | Atmosphere | ||
| Quantifying geomagnetic activity's contribution to the Global E‐region Electron density's day‐to‐day variability using Spire Radio Occultation observations | Salinas, C. C. | Spire | Atmosphere | ||
| Global Ionospheric F Region Parameters From GNSS‐POD Limb Measurements: Evaluations and Comparisons With Two Empirical Models ‐ IRI‐2020 and NeQuick‐2 | Swarnalingam, N. | Spire | Atmosphere | ||
| A state-based method to simultaneously reduce cycle slips and noise in coherent GNSS-R phase measurements from open-loop tracking | Wang, Y. | Spire | Atmosphere |
| Title | Author | Vendor | Topic |
|---|---|---|---|
| PlanetScope data Putting the Red in "Red Tide" | Yao, Y. | Planet | Harmful Algal Bloom (HAB) |
| RapidEye constellation enabled the generation of multi-temporal maps of top of canopy chlorophyll at very high resolution | Campbell, P. | Planet | Ecosystem Functions |
| Imagery allowed more effective capture of transient biomass burning events | Vadrevu, K. | Planet | Wildfires |
| Imagery has the potential to substantially improve quantification of global pyrogenic emissions | Roy, D. | Planet | Wildfires |
| Higher temporal and spatial resolution of PlanetScope Dove enabled better mapping of small, fragmented, low-combustion, and ephemeral burns | Roy, D. | Planet | Wildfires |