[S-RD20] Cutting-edge sensing technology applied to geology and resource exploration

[SRD20-P02] Complementing Hyperspectral-Imaging with Multispectral-Imaging for non-areal vegetation monitoring

★Invited Papers

*Garid Zorigoo¹, Badamgarav Enkhbayar¹, Yukihiro Takahashi¹, Nobuyasu Naruse² (1.Department of Cosmosciences, Graduate School of Science, Hokkaido University, 2.Shiga University of Medical Science, Dep. of Fundamental Bioscience)

Keywords:Hyperspectral HSI, Multiband camera, Non-areal

Compared to traditional remote sensing with multiband imaging, Hyperspectral imaging (HSI) data contains much more information about the target vegetation due to the availability of hundreds of bands. In a smaller-scale farm, a non-areal HSI scanner mounted on a higher platform (or a pole) is advantageous for getting spectral information about the target field. For this reason, the HSI-scanner has been developed at Hokkaido University especially for easy-to-recreate using of-the-shelf items, These types of HSI scanners have the advantage of high-spectral resolution, but the shortcomings of these types of HSI-scanner is having lower-spatial resolution than multiband cameras. For this study, we will investigate combining both HSI (low-spatial with high-spectral resolution) with Mutliband (high-spatial with low-spectral resolution) in a non-areal scanning method. Subsequently, this study will discuss 2 case scenarios on rice-field measurement and forest monitoring.