Google Earth Engine——GOES卫星是由NOAA运行的地球静止气象卫星，火灾（HSC）产品包含四张图像：一张是火灾掩码形式，另外三张是确定火灾温度、火灾面积和火灾辐射功率的像素值

// NOAA GOES-16同域火灾产品的单一时间片。
var image = ee.Image('NOAA/GOES/16/FDCC/2019297103632900000');
var area = image.select('Area');
var temp = image.select('Temp');
var dqf = image.select('DQF');
var xmin = -145;
var ymin = 15;
var xmax = -55;
var ymax = 54;
var geometry = ee.Geometry.Rectangle({
  coords: [xmin, ymin, xmax, ymax], geodesic: false});
Map.centerObject(geometry, 3);
var DQFVis = {
  min: 0,
  max: 5,
  palette: [
    'blanchedalmond',  // Good quality fire pixel
    'olive',           // Good quality fire free land
    'teal',            // Opaque cloud
                       // Bad surface type, sunglint, LZA threshold exceeded,
    'darkslateblue',   // off earth, or missing input data
    'lemonchiffon',    // Bad input data
    'burlywood'        // Algorithm failure
  ]};
Map.addLayer(dqf, DQFVis, 'DQF');
// 火灾很小，在整个GOES图像中很难看到它们。
// 整个GOES图像。 根据面积对火灾进行缓冲，使其更加突出。
var area = area.reduceToVectors({
  geometry: geometry,
  scale: 2000,
  geometryType: 'centroid',
  labelProperty: 'area',
  maxPixels: 1e10,
}).map(function(feature){
  return feature.buffer(ee.Number(feature.get('area')).add(1).pow(1.4));
});
Map.addLayer(area, {color: 'orange'}, 'area');
// 根据温度进行缓冲发射，以使其脱颖而出。
var temp = temp.reduceToVectors({
  geometry: geometry,
  scale: 2000,
  geometryType: 'centroid',
  labelProperty: 'temp',
  maxPixels: 1e10,
}).map(function(feature){
  return feature.buffer(ee.Number(feature.get('temp')).add(2).pow(1.27));
});
Map.addLayer(temp, {color: 'red'}, 'temp');

// NOAA GOES-17 conterminous fire product for a single time slice.
var image = ee.Image('NOAA/GOES/17/FDCC/2019297090619600000');
var area = image.select('Area');
var temp = image.select('Temp');
var dqf = image.select('DQF');
Map.centerObject(image, 3);
var geometry = image.geometry();
var DQFVis = {
  min: 0,
  max: 5,
  palette: [
    'blanchedalmond',  // Good quality fire pixel
    'olive',           // Good quality fire free land
    'teal',            // Opaque cloud
                       // Bad surface type, sunglint, LZA threshold exceeded,
    'darkslateblue',   // off earth, or missing input data
    'lemonchiffon',    // Bad input data
    'burlywood'        // Algorithm failure
  ]};
Map.addLayer(dqf, DQFVis, 'DQF');
// Fires are small enough that they are difficult to see at the scale of
// an entire GOES image.  Buffer fires based on area to make them stand out.
var area = area.reduceToVectors({
  geometry: geometry,
  scale: 2000,
  geometryType: 'centroid',
  labelProperty: 'area',
  maxPixels: 1e10,
}).map(function(feature){
  return feature.buffer(ee.Number(feature.get('area')).add(1).pow(1.4));
});
Map.addLayer(area, {color: 'orange'}, 'area');
// Buffer fires based on temperature to make them stand out.
var temp = temp.reduceToVectors({
  geometry: geometry,
  scale: 2000,
  geometryType: 'centroid',
  labelProperty: 'temp',
  maxPixels: 1e10,
}).map(function(feature){
  return feature.buffer(ee.Number(feature.get('temp')).add(2).pow(1.2));
});
Map.addLayer(temp, {color: 'red'}, 'temp');