EO derived products for crop estimation

GIS and RS expert is here to be at your service. I have more than 10 years of experience of doing services for GIS and Remote sensing. I have used ArcGIS and ERDAS imagine to do my analysis of different types, from change detection, to model building and general classification of images, i have USGS account thus can download Level 1 products as needed and make related analysis. From vegetation indexing to mineral extraction, i can help u out. As per your description, you need crop estimation, which can be measured using different temporal cycle of cropping pattern. Let us discuss more to find. Hope to have a discussion, thanks in advance, Regards; Labib

------------Very nice Job!I'm very interesting in your task!No problem!Best result on time!--------------------

Hi, I'm scientific researcher, PhD, expert in Earth Observation Sensors (EOS) and image processing last 15 years. Have experience in satellite image calibration (Sich-2; Landsat-4,5,7,8; EO-1; Hyperion). Now work with images of Sentinel-1 and learn images of Sentinel-2. Developed algorithms and software for in-flight radiometric calibration and ground reslution estimation within 4 contracts with State Space Agency of Ukraine, subpixel satellite image processing, data merging from different satellites. Developed applications for pseudocolor multispectral images processing for disasters recognition (especially oil spills, aircraft crash sites, gas pipeline exlosion places). Interested in crop estimation and yield forecast by NDVI, fPAR, LAI. Have big interest and will be glad to take part in this project. Best regards, Sergiy.

Hi I can produce quality work and deliver it in good time. I have Geospatial skill in Remote Sensing and experience in Erdas and Arcgis. Kindly contact me so that we can discuss more details. Thank you. James.

I have experience of working on S2 Multispectral data. Crop Yield estimation, Crop Type, Crop health monitoring from Landsat 8 Data. Further I Have worked on FAPAR, LAI, Chlorophyll concentration from Remote Sensing Data.