tech track papers
Categories: 2019, Proposed Space Technology
Space imagery provides a unique resource for addressing the earth’s challenges associated with land cover change, land use, disaster relief, deforestation, regional planning, and global change research. At Ball Aerospace, we are developing the Compact Hyperspectral Prism Spectrometer (CHPS) as a candidate imaging spectrometer technology for insertion into future Sustainable Land Imaging missions. The 2013 NRC report Landsat and Beyond: Sustaining and Enhancing the Nations Land Imaging Program recommended that the nation should “maintain a sustained, space-based, land-imaging program while ensuring the continuity of 42-years of multispectral information.” In support of this, NASA’s Sustainable Land Imaging-Technology (SLI-T) program aims to develop a new generation of smaller, more capable, less costly payloads that meet or exceed current Landsat imaging capabilities. CHPS meets these objectives and will provide continuous visible-to-shortwave spectroscopic information at high spectral resolution. CHPS supports the continuation of legacy Landsat data products as well as providing spectral information for a broader range of land science products. CHPS features full aperture full optical path calibration, exhibits extremely low stray light, and low polarization sensitivity. These are critical to meet the demanding SLI measurement objectives. In preparation for space-borne instrument development, Ball has developed an airborne instrument that will provide representative spectroscopic data and data products. We are now entering year 3 of a three-year program and are conducting science flights. In this presentation, we will present data from our initial airborne engineering flights and an overview of instrument performance.
Author: Thomas KampeTopic: Proposed Space Technology/ Service Solutions to Terrestrial Challenges
Presentation Kampe, Thomas - The Compact Hyperspectral Prism Spectrometer for Sustainable Land Imaging.pdfDownload File