Salinity Intrusion Delays Transplanting and Reduces Yield of Paddy Rice in the Vietnam Mekong Delta

This is the grid data and code attachment for the paper that is about to undergo peer review. **File Descriptions** - **`Julian(Aut/Spr)2.zip`**: Contains the transplanting date in Julian day format. The count starts from January 1 of the year in the filename. For many pixels of winter-spring paddy, transplanting occurred in the previous year, resulting in negative values.- **`Julian_GPlong_(Aut/Spr)LT70.zip`**: Contains the length of the paddy growing period, in days.- **`ECmean_GP_VEP_(Spr/Aut)GT70.zip`**: Contains the average soil electrical conductivity (EC, in dS m⁻¹) during the Vegetative Phase (VEP).- **`GT70_Cb_EC(spr/aut)BF(3/5/10).zip`**: Contains the average soil electrical conductivity (EC, in dS m⁻¹) for the 3, 5, and 10 days preceding the transplanting date.- **`RelativeYield_(Spr/Aut)GT70_scenario(1/2).zip`**: Contains the relative yield (in percentage) under Scenario 1 and Scenario 2. The relative yield is 100% under non-saline conditions. The two scenarios are: **Scenario 1** (planting only traditional varieties under salinity stress) and **Scenario 2** (planting a mix of traditional and salt-tolerant varieties under salinity stress). - dtw.py is code of identify paddy.