Sentinel-1 is a microwave remote sensing satellite of the ESA that was launched in February 2014 as a part of ESA’s Copernicus mission(Esch et al., 2019). It has an all-weather, all time data acquisition capacity. It operates in C-band with VV and VH polarizations. It has a 12-day repeat pass and has been used extensively for several applicable domains like crop and Land Use/Land Cover monitoring(Tripathi & Tiwari, 2019a). It has two different operation modes for land mass and over oceans to provide error and conflict free data acquisition(Crosetto et al., 2016). Main operational mode has 250km wide swath with a 20m spatial resolution at level-1 (L-1) product with high radiometric resolution(Shirvany, 2012). For this study Interferometric Wide Swath (IW) mode product, Single Look Complex (SLC) was chosen since it is the standard product over landmasses. The image was multilooked to 14m spatial resolution. There are three swaths of Terrain Observation with Progressive Scanning SAR (TOPSAR) in IW mode having a cross pass synchronization of burst for interferometric alignment. Sentinel-2 is an optical satellite of ESA’s Copernicus program. Sentinel-2A (Calera et al., 2017) was launched in 2015 and 2B in 2017 with 7-year lifespan. It operates in 13 multispectral bands in visible, NIR and SWIR bands with 10-60m spatial resolutions. This study uses 10m resolution data from Sentinel-2B. The details of the study area are given in Figure 1 (Land Use/Land Cover map using Sentinel-1 SAR RGB image). -