Use the files below to compare the fires that have been burning in California between Sept 1-13 and Sept 14 - 20. This file contains information about the latitude and longitude, and the brightness of each fire. Using what you have learnt in processing a JSON files and mapping, make a map that shows the fires. You will need separate programs to represent each JSON file. One file is from 9-1-20 to 9-13-20 and the other is from 9-14-20 to 9-20-20. We are only interested in fires that have a brightness factor above 450.

I cannot attach the specific files but can someone help me plot the points using the correct python code. I have attached an image that allows for you to view the indexes for each file.

This is for 9-1 through 9-13

This is for 9-14 through 9-20

{ "latitude": 30.835, "longitude": -101.974, "acq_date": "2020-09-01", "acq_time": "0435", "daynight": "N", "frp": 24.1, "scan": 1.5, "bright_t31": 287, "instrument": "MODIS", "track": 1.2, "satellite": "Terra", "confidence": "97", "version": "6.ONRT", "brightness": 318.4 }, "latitude": 33.091, "longitude": -86.804, "acq_date": "2020-09-14", "acq_time": "0405", "bright_t31": 292, "satellite": "Terra", "version": "6.NRT", "scan": 1.2, "track": 1.1, "frp": 4.4, "instrument": "MODIS", "daynight": "N", "brightness": 302, "confidence": "46" }, { "latitude": 30.835, "longitude": -101.974, "acq_date": "2020-09-01", "acq_time": "0435", "daynight": "N", "frp": 24.1, "scan": 1.5, "bright_t31": 287, "instrument": "MODIS", "track": 1.2, "satellite": "Terra", "confidence": "97", "version": "6.ONRT", "brightness": 318.4 }, "latitude": 33.091, "longitude": -86.804, "acq_date": "2020-09-14", "acq_time": "0405", "bright_t31": 292, "satellite": "Terra", "version": "6.NRT", "scan": 1.2, "track": 1.1, "frp": 4.4, "instrument": "MODIS", "daynight": "N", "brightness": 302, "confidence": "46" }