Vegetation appears green while soil and rock appear brown to dark gray. The heavily forested region of northern California is obvious to the west and northwest of the fire. Moisture associated with Erick will spread over the Hawaiian Islands by the afternoon of August 1 and produce heavy rainfall. The Tuamotu are a chain of almost 80 islands and atolls (ring-shaped coral reefs, islands, or series of islets, surrounding a lagoon) in French Polynesia, forming the largest chain of atolls in the world. In this visible imagery from April 3, 2019, we clearly see the north coast of Alaska and multiple meteorological and topographical features. Download Video Credit: NOAA/NASA/CIMSS, GOES-17 captured sunset over Earth’s Western Hemisphere on May 20, 2018, using the Advanced Baseline Imager (ABI) instrument. GeoColor. To view the animation in three dimensions, cross your eyes so that three separate images are present, then focus on the image in the middle. Geostationary Lightning Mapper (GLM) data is overlaid, showing lightning activity in the storm. Download Video Credit: NOAA/CIRA, Can you spot the snow on Hawaii's Mauna Loa and Mauna Kea in this GOES-17 (GOES West) day land cloud RGB (red-green-blue) imagery from January 15, 2020? A record 2.2 million acres have burned in California this year. This RGB (red-green-blue) imagery allows forecasters to see a fire’s hot spots, smoke, and burn scar in one image. RGB imagery combines multiple ABI channels to make features like SO2 readily apparent. The imagery shows a severe thunderstorm that developed ahead of an advancing cold front in central South Dakota late in the day on August 26, 2018. The cold clouds in this animation (colored red and black) are associated with a storm system that included reports of tornadoes, hail and strong wind. Download Video Credit: NOAA/CIRA, Convection over the Yukon Territory and ice on the Arctic Ocean are seen in this GOES West (GOES-17) visible imagery from April 16-17, 2019. This comparison loop clearly shows how ABI advancements help monitor severe weather. 375 m Active Fire, Corrected Reflectance Imagery, Land Surface Reflectance, Land Surface Temperature, Snow Cover, Sea Ice, Ice Surface Temperature: 180 minutes: Visible Infrared Imaging Radiometer Suite - Atmosphere (VIIRS-Atmosphere) Suomi NPP: Clouds/Aerosols: 180 minutes Reduced visibility was observed at several airports. Download Video Credit: NOAA/NASA/CIMSS, A comparison of visible imagery from three GOES satellites, left to right, GOES-15 (GOES West) scanning every 30 minutes, GOES-17 (preliminary/non-operational) every 5 minutes and GOES-16 (GOES East) generating 1-minute imagery. Lightning data from the satellite is overlaid showing lightning activity in the storm. Alaska Imagery. Tropical Atlantic Imagery. FRP depicts the pixel-integrated fire radiative power in MW (megawatts). GOES West Imagery - 30 Minutes xx00Z and xx30Z. 1-minute Mesoscale Domain Sector GOES-16 (GOES-East) “Red” Visible (), Shortwave Infrared (), “Clean” Infrared Window and Fire Temperature Red-Green-Blue (RGB) images (above) showed a period of extreme behavior of the East Troublesome Fire in Colorado around and just after sunset on 21 October 2020. Download Video Credit: NOAA/CIMSS, GOES-17 (GOES West) captured 30-second visible imagery of thunderstorms developing over southeastern Oregon, southwestern Idaho and northern Nevada on May 29, 2019. This imagery was captured during a “cool” season, when all 16 channels are available 24 hours per day. This visible satellite imagery is from Band 2 on the GOES-17 Advanced Baseline Imager. A Kona storm is a type of seasonal cyclone in the Hawaiian Islands, usually formed in the winter from winds coming from the westerly "kona” direction. SSEC Geostationary Satellite Imagery: GOES-17; GOES-17 Pre-Operational Data and Imagery . In the year 2020, California has already seen 5,762 incidents affecting 204,481 acres (319 sq. Wind gusts of 50-65 mph were reported across the region. Time lapse of GOES 17 images, Sunday afternoon, October 27, 2019. What appears to be lofted dust is also apparent in this example in the southeast part of the scene. Here we can see both. The Hawaiian Islands are seen in stunning detail in this GeoColor imagery from November 13, 2018. An Omega Block happens when areas of low pressure (around the omega edges) gradually transition to areas of higher pressure in the middle, mimicking the shape of an omega symbol (Ω). GeoColor. Please Note: To view imagery from the operational GOES East (GOES-16) and GOES West (GOES-17 … A note to the weather community about using GOES-17 data: This section contains imagery prior to GOES-17 being declared operational. Download Video Credit: NOAA/CIRA, GOES-17 captured this view of Denali's shadow sweeping over the interior of Alaska on November 16, 2018. Download Video Credit: NOAA, GOES-17 (GOES West) sees the eye of Hurricane Barbara as the storm continues strengthening in the Eastern Pacific Basin. SSEC Geostationary Satellite Imagery: GOES-17. Imagery available about 25 minutes later. The colder the cloud top, the more likely it is to produce rain and severe storms. These dynamic marine stratocumulus cloud patterns off the western coast of Chile in the southeastern Pacific Ocean are revealed by the Advanced Baseline Imager on May 20, 2018. Band 13: Clean Longwave IR. NESDIS is part of the National Oceanic and Atmospheric Administration (NOAA), and the Department of Commerce. Download Video Credit:, GOES-17 (GOES-West) is monitoring a number of fires in California. The active large fire is readily apparent, with the associated burn scar extending north of the ongoing fire. Additional details appear when you hover over the timeline. That is more than quadruple the number of acres burned in 2019 per CAL Fire. A note to the weather community about using GOES-17 data: This section contains imagery prior to GOES-17 being declared operational. This air mass RGB (red-green-blue) imagery combines water vapor and infrared imagery from the satellite’s imager and is used to monitor the evolution of cyclones and jet streaks. They typically form over water and have either closed-cell (~100% cloud cover) or open-cell (broken) forms. The smoke plume extends well to the southwest of the fire. GOES-16 (GOES-East) Upper-level Water Vapor and Air Mass Red-Green-Blue (RGB) images (above) displayed a series of shear vortices migrating southwestward over the western US on 09 November 2020.The “dynamic tropopause” — taken to be the pressure of the PV1.5 surface — descended to the 500-600 hPa level within the largest and most well-defined vortex that was moving over Montana and Idaho. This GOES-17 Natural Color Fire RGB satellite imagery shows the explosive growth on Saturday of the latest in a series of terrible fires to impact California this season. This imagery was captured from GOES-17’s new vantage point of 137.2 degrees west longitude. Von Kármán vortices typically form long straight lines over large flat areas of the ocean. At this time last year, the state had seen around 4,000 fires. All of the islands of the Tuamotus are coral "low islands” (high sand bars built upon coral reefs). Although the traditional fire season hasn’t begun yet, more than 70 wildfires are burning in six states. The explosion occurred with little warning as a group of tourists ventured to the crater’s edge, leaving five confirmed dead, at least a dozen more injured, and more than 20 missing. Additional sectors / channels (hover over elements for description): UTC Time. The Advanced Baseline Imager on GOES-17 has new infrared channels that are sensitive to SO2, which weren’t available from previous GOES. The recent launches of the GOES-16 and Himawari-8 satellites bring with them immense data sets of satellite imagery, and new visualization tools are needed to facilitate their exploration. Check out this beautiful view of clouds streaming over the North and South Island, seen from GOES-17 on November 22, 2018. Download Video Credit: NOAA, Can you see it? Band 13: Clean Longwave IR. The four satellites of the series (GOES-16, -17, -T, and -U) will extend the availability of the GOES (Geostationary Operational Environmental Satellite system) until 2036 for weather forecast and meteorology research. This GeoColor imagery includes a lightning data overlay from the satellite’s Geostationary Lightning Mapper (GLM) instrument. Download Video Credit: NOAA/CIRA, GOES-17 sees spectacular detail in the cloud evolution around Hawaii on January 15, 2019 in this GeoColor imagery. GOES-17, now in operation as GOES West, is giving forecasters unprecedented views of Alaska. Please Note: To view imagery from the operational GOES East (GOES-16) and GOES West (GOES-17) satellites, users may visit … Download Video Credit: NOAA/CIMSS, GOES-17 arrived at its final operational position of 137.2 degrees west longitude on November 13, 2018. Some of the thunderstorms produced heavy rainfall and small hail in southwestern Idaho, and a cold air funnel was spotted in northern Nevada. Download Video Credit: NOAA/NASA, The Advanced Baseline Imager on GOES-17 detects smoke plumes as shown in this imagery of wildfires in central and northern Saskatchewan, Canada, observed on May 20, 2018. This GOES-17 GeoColor imagery shows an area of clouds streaming over a thick plume of brown smoke from the Woolsey Fire in southern California, on November 13, 2018. The source of the dust was a dry lake bed along the California-Nevada border, which developed in advance of an approaching cold front and moved northeastward across far southern Nevada. Download Video Credit: NOAA/CIRA, GOES-17 (GOES West) continued to monitor the Kindcade Fire in northern California on October 27, 2019. However, geological features, like islands and volcanoes, can disrupt the flow of the wind and create spiral patterns, not dissimilar to the way large boulders create downstream eddies in rivers. As a result of this integration, the OSDPD and OSO web sites have been discontinued. Fires can get so hot that they create a “fire thunderstorm.” If the fire is big enough, it will form a pyrocumulonimbus, or a "fire storm cloud,” which can produce lightning. GOES-T and GOES-U are planned to be launched in the future and will extend the availability of the operational GOES satellite system through 2036. In this animation, high-level clouds are moving over low clouds and convective clouds form on the windward side of the mountain slopes of the islands. The GOES-West satellite, also known as GOES-17, provides geostationary satellite coverage of the Western Hemisphere, including the United States, the Pacific Ocean, Alaska and Hawaii. A number of features can be seen in this imagery, including clouds over the mid-Mississippi region and off both coasts, the warm land temperatures over the Western U.S., and atmospheric moisture. Major hurricane Erick continued to slowly weaken on July 31. It uses water vapor and infrared imagery from the satellite’s Advanced Baseline Imager (ABI). Local Time. It covers half the island of Hawaii. View additional GOES-17 imagery through the following websites: A note to the weather community about using GOES-17 data: This section contains imagery prior to GOES-17 being declared operational. Band 13: Clean Longwave IR. Download Video Credit: NOAA/CIRA, GOES-17 (GOES West) captured well-defined ship tracks in the North Pacific Ocean on February 21, 2019, in this GeoColor Imagery. Douglas passed north of Maui, Oahu and Kauai on July 26 as a Category 1 hurricane. Download Video Credit: NOAA/CIRA. Credit: … Two images taken shortly after midnight local California time (0713 UTC, 12:13 a.m. PDT) on Sunday show several places where the active fires were likely occurring that night. Lightning strikes ignited more than 367 new fires across the state in the last few days, and 23 fires are considered major wildfires. Many of those fires burned in the U.S. Northwest, visible in these images from late August. Download Video Credit: NOAA/NASA, SSEC Geostationary Satellite Imagery: GOES-17, GOES West split window infrared, split cloud top phase infrared, and visible imagery showed a plume of blowing dust on April 9, 2019. GeoColor. For over a decade, scientists have been trying to apply different instruments for real-time fire monitoring, including measuring intensity of fires using thermal measures and using such instruments as unmanned aerial vehicles (UAVs) that have needed equipment such as infrared cameras, where data can provide live feeds and be used to predict information such as directionality of a fire.More recent approaches in real-time or near real-time fire … Eastern Pacific Imagery. This view from over 22,000 miles out in space is presented in GeoColor, which captures features of the Earth’s surface and atmosphere in vivid detail and colors intuitive to human vision. Download Video Credit: NOAA/CIRA, GOES-17 (GOES-West) viewed Kona low that stalled near Hawaii on March 16, 2020. The National Weather Service shared satellite imagery of the powerful storm moving toward the Bay Area on Twitter Wednesday morning. Download Video Credit: NOAA/CIMSS, For the first time since 1924, a major eruption of the Raikoke volcano occurred on June 21, 2019. miles). Barrow is the northernmost city in in the U.S. Test your depth perception with this stereoscopic view of storms over the Tennessee River Valley on July 11, 2018. This type of imagery combines data from water vapor and infrared bands on the satellite’s Advanced Baseline Imager and is used to monitor the evolution of cyclones and jet streaks and provides information on the middle and upper levels of the troposphere. In satellite imagery, they look like distinct leaf-like or spokes-on-a-wheel patterns that stand out from the rest of the low-lying cloud field. Information from the satellite’s band 10, or lower-level water vapor channel, is used to track lower-tropospheric winds, identify jet streaks, monitor severe weather potential, estimate lower-level moisture, and identify regions of potential turbulence. Download Video Credit: NOAA/CIRA, GOES-17 (GOES West) captured rare thunderstorms on the very arid, leeward side of Hawaii’s “Big Island” on August 7, 2019. These types of dust storms are known as haboobs, and occur in dry regions throughout the world. GeoColor. The Fire has burned over 12,000 acres and is only 5% contained as of July 17, 2018. If available,the GOES-16 and GOES-17 satellites include a timeline of fire intensity data for fire detections (labeled “FRP for pixel in fire”). GOES-East Satellite Loops & Images Click on the links to view the images or loop for each available band and view Static images will enlarge while Loops will be shown on another tab. This GLM data in this animation shows storms quickly intensifying and forming into an impressive line across the U.S. Plains on May 9, 2018. SO2 is a noxious gas often released by volcanic eruptions and is toxic in high concentrations. It provides contrast for distinguishing between ice and water clouds and background surfaces. This website is supported on a Monday-Friday basis, so outages may occur without notice and may not be immediately resolved. Even out near the edge of its coverage area, GOES-17 clearly detects the hot spot and smoke from the Pigeon Valley Fire near Nelson, New Zealand, in this imagery from February 6-7, 2019. Hawaii Imagery. Douglas became the first hurricane of the 2020 Eastern Pacific season on July 22. Download Video Credit: NOAA/CIRA, Full(er) disk imagery from GOES East (GOES-16) and GOES-17 (soon to be GOES West)! A cooling system aboard the satellite is unable to chill infrared detectors inside the Advanced Baseline Imager on GOES-17 to proper temperatures, degrading the camera’s performance. On this page: GOES-17/Wast operational | GOES-17 pre-operational, GOES-17 (GOES-West) monitored extreme wildfire activity on the West Coast in this GeoColor and fire temperature imagery from Sept. 8, 2020. Download Video Credit: NOAA/CIRA, GOES-17 (GOES-West) monitored Hurricane Douglas at it approached Hawaii on July 25, 2020, in this GeoColor imagery. This processing was based on the GINI format of products provided by NOAA. While derived from operational satellites, the data, products, and imagery available on this website are intended for informational purposes only. GeoColor. Download Video Credit: NOAA/CIRA, On February 27, 2019, GOES West provided one-minute imagery of American Samoa to monitor heavy rainfall in the region brought by Tropical Cyclone Pola. The ITCZ is a region where the northeasterly and southeasterly trade winds converge, forming an often continuous band of clouds or thunderstorms near the equator. Meanwhile, GOES East is positioned at 75.2 degrees west longitude. Download Video Credit: NOAA/CIMSS, GOES-17 is providing unprecedented views of Alaska. The Office of Satellite and Product Operations (OSPO) is part of the National Environmental Satellite Data and Information Service (NESDIS). This storm produced hail as large as 4 inches in diameter and also exhibited an above anvil cirrus plume (AACP) which is a signature often associated with severe thunderstorms. Download Video Credit: NOAA/CIRA, GOES-17 (GOES West) captured von Kármán vortices produced by Guadalupe Island (off the west coast of Mexico’s Baja California) in this imagery from January 29, 2020. The satellite will go into operations as NOAA's GOES West on December 10, 2018. Users assume all risk related to their use of pre-operational GOES-17 data and NOAA disclaims any and all warranties, whether express or implied, including (without limitation) any implied warranties of merchantability or fitness for a particular purpose. Download Video Credit: NOAA/NASA, This 16-panel imagery shows an animated snapshot of the continental U.S. and surrounding oceans from each of the Advanced Baseline Imager’s channels on July 29, 2018. This was the first one-minute imagery of American Samoa provided by GOES-17 (GOES West). Fire data is available for download or can be viewed through a map interface. Download Video Credit: NOAA/CIRA, 17 views of Earth from GOES-17, one from each of the 16 channels of the satellite's Advanced Baseline Imager (ABI) and a view in "natural color," an approximation of how we see Earth from space. Download Video Credit: NOAA/CIRA, GOES-17 (GOES West) captured this nighttime imagery of Hurricane Erick on July 31, 2019. The symptoms of this can be rapid changes in observed IR Brightness temperature, horizontal striping, or a complete lack of image. This full disk imagery from November 15 shows views from each of the satellite's 16 Advanced Baseline Imager channels. Download Video Credit: NOAA, GOES-17 (GOES-West) spied these marine stratocumulus clouds (MSCs) off the West Coast on April 10, 2020. These storms quickly grew into an impressive line of storms that persisted into the evening and overnight hours, producing large hail, high winds, and a few tornadoes. The imager … Northern South America Imagery. Download Video Credit: NOAA/CIRA, In this GOES-17 (GOES West) GeoColor view from June 3-4, 2019, fog and low clouds in the marine layer dissipate along the California coast due to daytime heating. The new Advanced Baseline Imager instrument allows forecasters to track a storm in near-real time and utilize high-definition views to discern meteorological features like never before. The IEM implemented a number of services and archives based on this format. In this imagery from August 19, 2020, which combines GeoColor imagery with the fire temperature data product, both the fires' hotspots and smoke plumes are visible. This section mirrors the Flickr gallery above but contains links to only HIGH RESOLUTION LOCAL (to our server as opposed to Flickr) images. Band 14 is used to characterize atmospheric processes associated with thunderstorms and convective complexes. Day land cloud RGB imagery is created by combining two visible and one near-infrared band from the satellite’s Advanced Baseline Imager. As of 5 a.m. On this page: GOES-17/West Data and Imagery | GOES-17 Pre-Operational Data and Imagery. NASA | LANCE | Fire Information for Resource Management System provides near real-time active fire data from MODIS and VIIRS to meet the needs of firefighters, scientists and users interested in monitoring fires. This storm produced heavy rainfall, flash flood warnings, and the first tornado warnings for the island since 2008. This animation shows the Western Hemisphere in a Mollweide map projection, combining GOES-16 and GOES-17 water vapor imagery from December 10-17, 2018. Some areas in the Sierra Nevada have even reported thundersnow. There are also a few swirls (low-level circulations) interacting with the islands near the coastline. This type of RGB imagery helps meteorologists discern high ice clouds from low water clouds, snow/ice RGB imagery combines multiple channels from the satellite’s imager to enhance meteorological features of interest. GeoColor. Download Video Credit: NOAA/NASA, NOAA’s GOES-17 satellite has transmitted its first Geostationary Lightning Mapper (GLM) data. It uses water vapor and infrared imagery from the Advanced Baseline Imager (ABI). Click on GOES-East Band Reference Guide to find out the primary usage of each of the GOES-East bands. Download Video Credit: CIMSS, GOES-17 captured this mid-latitude cyclone on November 29, 2018, which brought heavy rain and snow to California. A rope cloud is a very narrow, long, sometimes meandering, cumulus cloud formation that is frequently visible in satellite imagery that is associated with a cold front or a land–sea breeze front. Download Video Credit: NOAA/CIRA, Fog spills over from the San Francisco Bay area into the central valley of California in this one-minute GeoColor imagery from GOES-17 (GOES West) on May 6, 2019. This is currently pumping up very hot temperatures into the Southwestern U.S. and will set up a weather pattern known as an Omega Block across the continental United States later in the week. Download Video Credit: NOAA/CIRA, On June 29, 2020, GOES-17 (GOES-West) watched a particularly intense dust cloud race across Nevada’s Mojave Desert while the Brown and Twin fires released long plumes of grayish smoke to the east. Geostationary Lightning Mapper (GLM) imagery is overlaid. This issue isn't something we, nor anyone, can resolve as the problem comes from the satellite itself. xx00Z and xx30Z. Band 13: Clean Longwave IR. This imagery shows hot spots and thick smoke plumes from multiple wildfires burning in Oregon and northern California. Mauna Loa is the largest volcano on Earth and one of the most active. Download Video Credit: NOAA/NASA, GOES-17 shares its first wildfire imagery showing the deadly Ferguson Fire burning near Yosemite National Park. The IEM has a long history processing the GOES Satellite information into formats and services appropriate for GIS. Real Time Satellite Fire Monitoring - GOES West. The smoke is visible in the GeoColor imagery on the left and the hot spot in the fire temperature imagery on the right. Fires vary widely in size, duration, temperature, and in the tropics, where it is moist and humid, fires have a strong diurnal cycle. The previous generation of GOES did not have sufficient resolution at the limb of coverage to provide clear detail of northern Alaska. This imagery was captured from GOES-17’s new vantage point of 137.2 degrees west longitude. Dry vegetation, record heat, and high winds are fueling wildfire activity across the region, blanketing the area with smoke. This type of cloud feature was originally identified in TIROS-V imagery over the Pacific Ocean in 1962 and was featured in the first Monthly Weather Review “Picture of the Month” series in January 1963. During “warm” seasons, it’s estimated that there will some data outages for 9 of the channels to varying degrees during the night. This imagery utilizes the RGB (red-green-blue) Airmass product, which is used to monitor the evolution of cyclones and jet streaks and provides information on the middle and upper levels of the troposphere. The word itself is derived from the Arabic word, habb, which means “to blow” or “strong wind.” Haboobs tend to form as a result of thunderstorms—in particular, the thunderstorms’ downdrafts—which are relatively common in the southwestern U.S. during the North American Monsoon Season. GOES-17 satellite began operating as NOAA’s GOES West satellite on February 12, 2019, and is helping forecasters better predict major storms that affect the West Coast. Download Video Credit: NOAA/CIRA, GOES-17 captured the strong winter storm that battered southeast Alaska with a combination of gusty winds, rain and snow on December 19, 2018. The eruption was an impulsive, short-lived event that affected the crater floor and generated an ash plume about 12,000 feet above the vent, according to GeoNet, an official scientific initiative that’s a collaboration between the New Zealand government’s Earthquake Commission and the New Zealand-based geoscience institute, GNS Science. The relative proximity of these two satellites means that we can create stereoscopic, or three-dimensional, imagery by placing views from each satellite next to one another. The loop heat pipe (LHP) subsystem, which transfers heat from the ABI electronics to the radiator, is not operating at its designed capacity. The above GeoColor and Fire Temperature RGB enhanced imagery was created by NOAA's partners at the Cooperative Institute for Research in the Atmosphere. Early in 2011, they were combined to form the Office of Satellite and Product Operations (OSPO) and was created. Like "rivers in the sky," atmospheric rivers are relatively long, narrow regions in the atmosphere – about 250 to 375 miles wide – and can carry huge amounts of water vapor over thousands of miles, from the tropics to the mid-latitudes. Download Video Credit: NOAA/CIRA, Daytime heating creates clouds over all but the highest mountain peaks in Hawaii in this stunning GOES-17 (GOES West) GeoColor imagery captured May 7-8, 2019. Band 14 is used to characterize atmospheric processes associated with thunderstorms and convective complexes. It functions as a 'one click' quick access to the highest resolution version of each image as well as back up in the event Flickr is down. Tropical Pacific Imagery. Rainfall is expected to be heaviest over the east and southeast slopes of the Big Island of Hawaii. GOES-17 has significantly improved satellite coverage of Alaska with new spectral channels, increased resolution, and faster scanning ability than the previous generation of GOES. Download Video Credit: NOAA/CIRA, On May 27, 2020, GOES-17 (GOES-West) spied this donut-shaped low-pressure system spinning off of the West Coast via water vapor imagery. Users can subscribe to email alerts bases on their area of interest. Download Video Credit: NOAA/NASA, The GOES-17 Advanced Baseline Imager captured a deck of low level stratus clouds covering the southern California coast on May 20, 2018.
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