GOES-R Series News | 2015



December 21, 2015: A new ABI Band Quick Information Guide is now available. ABI Band 12 (ozone) will provide information day and night about the dynamics of the atmosphere near the troposphere with high spatial and temporal resolution. A high temporal and spatial ozone product derived from the 9.6 μm band may give some indications to clear-air turbulence in certain situations associated with tropopause folding.
December 9, 2015: Satellite science is fun for kids too! Two new animations tell the story of GOES-R. From weather and hazards on Earth to search and rescue and bursts of energy from the sun, the GOES-R satellite will see it all from 22,000 miles above our planet. Learn about all the new things GOES-R will do and follow the satellite's travels from construction to orbit.  I’m GOES-R video     Getting GOES-R to Orbit video
December 9, 2015: The GOES-R satellite now will be launched in October 2016. Earlier this year, NOAA, NASA and Lockheed Martin (the primary spacecraft developer) conducted an extensive review and decided moving the launch date from March 2016 to October 2016 would best mitigate possible schedule risks. The October 2016 date was determined by a number of factors, including launch site and booster availability. Engineering teams working on the spacecraft and ground segment for the GOES-R satellite are making continued progress towards launch.
December 8, 2015: As a result of extensive testing from the GOES-R team, it has been determined that GRB packets are being dropped intermittently via UDP multicast due to the large size of the packets. Current maximum size of GRB packets is approximately 16.3 KB. It is recommended that the maximum size be reduced to 1.5 KB in order to correct this issue. The impact requires a software change and a future update to the GRB simulator baseline. Therefore, any previous or current borrower of the GRB simulator may need to adjust their GRB receiving software to handle the processing of smaller packet sizes. We anticipate the software change to be implemented in the GRB simulator baseline sometime in January 2016 with the opportunity for previous borrowers to make a request to re-borrow a GRB simulator beginning in February 2016. The borrowing period will be limited to a couple of weeks per borrower and will be on a first-come, first-served basis. Borrowers will have to submit their requests to the same Fed Biz Ops web site that they initially used to borrow a GRB simulator: http://go.usa.gov/WvXY. Once you are at the Fed Biz Ops web site, you will need to navigate to the ‘Complete View’ section on the left-hand side of the page and click on the ‘Changed’ link dated Sep 01, 2015. We will provide more details about the software change once the baseline is implemented on the GRB simulator in the mid-January 2016 time frame. If you have any questions about this, you can contact Matt Seybold at matthew.seybold@noaa.gov or Kathryn Miretzky at kathryn.miretzky@noaa.gov.
December 3, 2015: The GOES-S System Integration Review (SIR) was successfully completed December 2–3 at Lockheed Martin in Denver, Colorado. The SIR determined that the flight and ground segment components are available and ready for integration with the overall GOES system. The SIR also reviewed the readiness of the facilities, support personnel, plans and procedures for integration of the GOES-S satellite.


November 5, 2015: The GOES-R Flight Operations Review (FOR) was held November 2–5, 2015 at the at the NOAA Satellite Operations Facility in Suitland, Maryland. The FOR was a milestone review in which the program presented its mission operations activities to an independent review team to demonstrate that compliance with all requirements have been verified and are able to execute all phases and modes of mission operations, data processing, and analysis. All criteria were rated "green" by the review board, reflecting the hard work the GOES-R team has put in to get this nationally important system ready for operations.


October 29, 2015: Space weather affects us here on Earth. The GOES-R series of satellites will host a suite of instruments that provide significantly improved detection of approaching space weather hazards. A new AprilGOES-R Space Weather Instrumentsfact sheet explains what space weather is and how observations from the GOES-R series satellites will enable NOAA’s Space Weather Prediction Center to improve space weather forecasts and provide early warning of potentially disruptive events on the ground.
October 22, 2015: The GOES-R Quarterly Newsletter for the time period July–September 2015 is now available. Developing and launching satellite programs is complex and it comes with inherent challenges. This summer, NOAA, NASA and our partners at Lockheed Martin identified schedule risks that have impacted the launch readiness date for GOES-R. After extensive review, NOAA has decided it can best avoid these risks to the mission by releasing the March 2016 launch date. The program is now planning for an October 2016 GOES-R launch. The GOES-R program remains committed to working with its partners to ensure GOES-R is ready for launch while still moving forward with development of GOES-S, T, and U.
October 16, 2015: 40 years ago today, on October 16, 1975, NOAA’s first Geostationary Operational Environmental Satellite was launched from Cape Canaveral Air Force Station in Florida. Known as GOES-A when it launched, the satellite was designated GOES-1 once operational. The following generations of GOES satellites and their instruments continued to improve, experiencing significant enhancements, and have now provided continuous and accurate imagery and data on atmospheric conditions, solar activity, and Earth’s weather systems for 40 years. With the next generation of weather observing satellites on the horizon, the GOES-R series, NOAA is poised to once again significantly improve weather forecasting and severe weather prediction.
October 01, 2015: A new ABI Band Quick Information Guide is now available. ABI Band 11 (cloud-top phase) is used in combination with the 11.2 and 12.3 μm bands to derive cloud phase and type products. This band is similar to the “traditional” IR longwave window band, although the 8.4 μm band assists in determining the microphysical properties of clouds. Using this band produces a more accurate and consistent delineation of ice clouds from water clouds during both day and night. The same three spectral bands enable detection of volcanic dust clouds containing aerosols and sulfur dioxide. Other uses of the 8.4 μm band include thin cirrus detection in conjunction with the 11.2 μm band, better atmospheric moisture correction in relatively dry atmospheres in conjunction with the 11.2 μm band, and estimation of surface properties in conjunction with the 10.3 μm band.


September 28, 2015: The 2015 EUMETSAT (European Organisation for the Exploitation of Meteorological Satellites) Meteorological Satellite Conference was held September 21–25 in Toulouse, France. This forum brings together meteorologists, scientists and researchers from around the world to share their experience and knowledge during plenary, poster and workshop sessions. The conference focused on advances in nowcasting and short-range numerical weather prediction and preparation for new geostationary satellites. Greg Mandt, GOES-R System Program Director, represented NESDIS at the conference and provided updates on NOAA current and planned activities and the GOES-R Series Program. Other GOES-R presentations highlighted the ABI and GLM instruments, GOES-R ground system, education, training, and proving ground. Several posters outlined GOES-R capabilities and products.
September 22, 2015: In celebration of the 40th anniversary of the first GOES launch on Oct 16, 1975, our colleagues at CIMSS are hosting a GOES 40th Anniversary Animation contest. Rules and submission form can be found at http://cimss.ssec.wisc.edu/goes_40th/contest. Submission deadline is October 12, 2015. Winners will be announced and posted on October 16.
September 16, 2015: The GOES-R Geostationary Lightning Mapper (GLM) Annual Science Meeting was held at the National Space Science and Technology Center on the campus of the University of Alabama in Huntsville on September 9-11. The meeting hosted a Calibration/Validation Tools Developers Forum where the GLM Algorithm Working Group (AWG) and Calibration Working Group (CWG) Post-Launch Test teams shared their tools and test cases developed over the past few years to help the teams build capacity, competency, and proficiency in using team/community tools that will allow for the assessment of GLM on orbit performance. The approximately 30 participants included the GLM Cal/Val teams and their students who will have a direct hands-on role in the analyses, GOES-R program scientists and managers, university partners, and EUMETSAT Meteosat Third Generation (MTG) program mission scientists who plan to collaborate in the GOES-R post launch tests. Topics included program and instrument overviews, post-launch test plans, post-launch test field campaign, and an introduction to the GLM data portal.
September 3, 2015: A new ABI Band Quick Information Guide is now available. ABI Band 10 is one of three mid-tropospheric water vapor bands on the ABI. This band reveals information about lower mid-level atmospheric flow (depending on the amount of moisture in the upper troposphere) and can help identify jet streaks. It has been proven to be useful, under certain conditions, in identifying and tracking volcanic plumes due to upper-level sulfur dioxide absorption. Vertical moisture information can be gained from comparison of measurements in all three ABI water vapor bands as is done with current GOES sounder bands.


August 26, 2015: A new ABI Band Quick Information Guide is now available. ABI Band 9 is one of three mid-tropospheric water vapor bands on the ABI. This band will be used for mid and upper-level tropospheric water vapor tracking, jet stream identification, hurricane track forecasting, mid-latitude storm forecasting, severe weather analysis, and mid-level moisture estimation (for legacy vertical moisture profiles).
August 24, 2015: The American Meteorological Society (AMS) Short Course on the Geostationary Operational Environmental Satellite (GOES)-R and Joint Polar Satellite System (JPSS) will be held on January 10, 2016, associated with the 96th AMS Annual Meeting in New Orleans, Louisiana. The course will introduce users to the new capabilities made possible by NOAA’s next generation weather satellite constellation including the GOES-R series Advanced Baseline Imager (ABI), Geostationary Lightning Mapper (GLM), and the added information provided by the Joint Polar Satellite System (JPSS) Visible Infrared Imaging Radiometer Suite (VIIRS) for improved environmental intelligence, forecasts, and warnings. Short course participants will have the opportunity for hands-on experience with observed, proxy and simulated data that showcase the many applications to improve forecasts and warnings of high-impact weather and environmental phenomena.
August 21, 2015: A new ABI Band Quick Information Guide is now available. ABI Band 8 will be used for upper-level tropospheric water vapor tracking, jet stream identification, hurricane track forecasting, mid-latitude storm forecasting, severe weather analysis, upper mid-level moisture estimation (for legacy vertical moisture profiles) and turbulence detection. This band can be used to estimate atmospheric motion vectors. In addition, the radiances from this and other bands will be used directly in Numerical Weather Prediction models.
August 18, 2015: A new ABI Band Quick Information Guide is now available. ABI Band 7 is useful in many applications, including fog/low cloud identification at night, fire/hot-spot identification, volcanic eruption and ash detection, and daytime snow and ice detection. Low-level atmospheric vector winds can also be estimated using this band. The shortwave infrared window is also useful for studying urban heat islands and clouds.


July 27, 2015: The GOES-R Proving Ground Science Seminar on July 24, 2015 featured Chad Gravelle (GOES-R Satellite Liaison, NWS Operations Proving Ground). Gravelle presented results from the Operations Proving Ground one-minute satellite imagery evaluation. Between February and April of 2015, the National Weather Service (NWS) Operations Proving Ground (OPG) hosted and facilitated an evaluation of the usefulness of one-minute satellite imagery for NWS operations in the GOES-R era. The overarching goal of the evaluation was to provide quantitative and qualitative guidance to NWS management, including the regional NWS Scientific Services Division Chiefs, on how satellite imagery with a refresh rate of one-minute impacts NWS forecaster decision-making. In total, seventeen NWS forecasters completed eight simulations that were developed using imagery from the 2013 and 2014 GOES-14 Super Rapid Scan Operations for GOES-R. Gravelle’s presentation provided a brief overview of the evaluation and a detailed analysis of the forecaster feedback with recommendations for incorporating one-minute satellite imagery in the GOES-R era. GOES-R Proving Ground Science Seminar Abstract
July 24, 2015: The GOES-R Quarterly Newsletter for the time period April–June 2015 is now available. We’ve entered a critical phase for the GOES-R Series Program as the assembled and integrated GOES-R satellite begins environmental testing. Ground segment components are also being tested and user readiness continues to be a priority, with opportunities to connect through conferences, Proving Ground activities, and the first GOES-R short course for broadcast meteorologists. We also continue to make significant progress in the development of the GOES-S, T and U satellites.
July 22, 2015: The GOES-S Energetic Heavy Ion Sensor (EHIS) recently received a clean bill of health from Massachusetts General Hospital in Boston. The EHIS, part of the Space Environment In-Situ Suite instrument, was successfully tested using the hospital’s proton accelerator and deemed to be in good working order. EHIS will be responsible for measuring the heavy charged particles trapped in Earth’s magnetosphere and those that come from the sun or from cosmic rays. This information will be used to help scientists protect astronauts and high altitude aircraft from high levels of harmful ionizing radiation. Several GOES-R and GOES-S sensors have been tested using Mass Gen’s proton accelerator, which is typically used for cancer treatment.
July 06, 2015: Environmental testing of the GOES-R satellite is underway! The door to the thermal vacuum chamber was closed and sealed on July 1 and the satellite is now undergoing thermal vacuum testing. The satellite will spend the next two months in the 29’ by 65’ chamber at Lockheed Martin undergoing rigorous testing designed to simulate the harsh environment of space. During this time, GOES-R will be exposed to the extreme hot and cold temperatures it will experience in space as it orbits the Earth with temperatures ranging from -15 degrees Celsius to 50 degrees Celsius.
July 02, 2015: On June 24, 2015, Tim Schmit, meteorologist with NOAA Satellite and Information Service Advanced Satellite Products Branch, delivered a lecture on GOES-R at the University of Wisconsin, Madison, as part of the university’s Wednesday Nite at the Lab lecture series. Schmit’s talk “Advanced Geostationary Weather Satellites: Why You Should Care,” covered the past, present and future of U.S. geostationary imagers. The lecture was streamed live and was followed by an extensive question and answer session. Lecture
July 02, 2015: The GOES-R Brown Bag Series Seminar on July 1, 2015 Robert Kuligowski (NESDIS/STAR/SMCD/EMB). Kuligowski provided an update on recent improvements to the GOES-R rainfall rate algorithm. The GOES-R rainfall rate algorithm will provide instantaneous estimates of rain rate every 15 min with 5-min latency over the entire Advanced Baseline Imager (ABI) full disk at the full 2-km (at nadir) IR pixel resolution. This algorithm takes advantage of the enhanced spectral capabilities provided by the ABI and updates its calibration in real time against microwave-derived rainfall rates to obtain an optimal calibration for different locations and precipitation regimes.
July 01, 2015: The GOES-R/JPSS joint Proving Ground Science Seminar on June 29, 2015 featured Jordan Gerth (Cooperative Institute for Meteorological Satellite Studies, University of Wisconsin, Madison). Gerth spoke about preparing meteorologists at field offices in the National Weather Service Pacific Region (NWSPR) for the new data and capabilities that will be available with NOAA’s next generation of geostationary (GOES-R series) and polar-orbiting (JPSS) environmental satellites. His presentation provided an update of the training activities that are planned for NWSPR, how new and experimental products are integrated into operations, and other thoughts on satellite proving ground activities from the perspective of a part-liaison, part-developer, and part-scientist that serves NWSPR. GOES-R/JPSS joint Proving Ground Science Seminar Abstract


June 22, 2015: The 2015 NOAA Satellite Proving Ground/User Readiness Meeting was held June 15–19 at the National Weather Service (NWS) Training Center in Kansas City, Missouri. This meeting is the NWS operational/training complement to the annual NOAA Satellite Science Week Meeting in February 2015. The purpose of the Satellite Proving Ground/User Readiness Meeting is to assess the status of GOES-R and JPSS user-readiness for NWS and other NOAA staff while identifying the remaining gaps in preparation for the 2016-2017 launch targets.
June 17, 2015: A new ABI Band Quick Information Guide is now available. In conjunction with other bands, ABI Band 6 (cloud, particle size, near-infrared) will enable cloud particle size estimation. Cloud particle growth is an indication of cloud development and intensity of that development. Other applications of the 2.2 μm band include: use in a multispectral approach for aerosol particle size estimation (by characterizing the aerosol-free background over land), cloud screening, hot-spot detection, and snow detection.
June 16, 2015: The solar array panel on the GOES-R spacecraft was successfully deployed in a test conducted at Lockheed Martin Corporation in Littleton, Colorado, in May. Engineers unfurled the five panels on rails that help simulate deployment in the zero-gravity environment of space. Once the satellite is launched, the solar array panel will generate more than 4,000 watts of electricity from sunlight to power GOES-R. GOES-R Solar Array Deployment Video
June 12, 2015: The GOES-R Series Program conducted a GOES-R Preview for Broadcasters “short course” on GOES-R capabilities, products and applications on June 9, 2015, at a day-long session preceding the 43rd American Meteorological Society (AMS) Conference on Broadcast Meteorology in Raleigh, North Carolina. The short course provided information on the improved GOES-R series instruments, including the Advanced Baseline Imager (ABI) and Geostationary Lightning Mapper (GLM). It also highlighted the suite of new GOES-R products and their applications for improved environmental observations, forecasts and warnings. These new measurements will offer the broadcaster unprecedented information to showcase many environmental phenomena. Short-course participants had the opportunity for hands-on experience with proxy and simulated GOES-R products and capabilities. The goal of the course was to make broadcaster meteorologists more aware of GOES-R capabilities, how it can improve their services to the viewing public, and what equipment upgrades are needed to handle the new data and products.
June 1, 2015: The GOES-R Proving Ground Science Seminar on May 29, 2015 featured "Using GOES-R Probabilities of Instrument Flight Rules (IFR) Visibility and Ceiling for Decision Support at the Federal Aviation Administration (FAA) - Air Traffic Control System Command Center (ATCSCC)" by Michael Eckert (NWS/AWC/AOB). Low ceilings and visibility are two of many weather related aviation hazards that are more common during the Fall, Winter and Spring months. Surface observations (METARS) and Satellite Brightness Temperature Difference (BTD) (11µm - 3µm wavelengths) have been the main tools used in the past to anticipate the onset/dissipation of IFR conditions. The GOES-R Algorithm Working Group (AWG) developed a multi-tool approach using METARs, Numerical Weather Prediction (NWP), Sea Surface Temperature (SST) and other datasets to determine the probability of IFR conditions. Operational use of the GOES-R Probabilities of IFR conditions has led to several well-forecast high impact events, which has saved the aviation industry and flying public time and money.


May 29, 2015: The 2015 GOES-R/JPSS OCONUS Satellite Proving Ground Technical Interchange Meeting was held May 12–15, 2015 at the Alaska Aviation Forecast Facility in Anchorage. Presentations focused on capability and product demonstrations with NWS forecasters in the Pacific and Alaska Region where meteorological satellite data is of particular utmost importance. The GOES-R algorithm demonstration plans with the Himawari imager, product distribution to direct broadcast users, and current Proving Ground demonstrations were major topics of discussion. Agenda
May 29, 2015:  A new ABI Band Quick Information Guide is now available. In conjunction with other bands, ABI Band 5 (“snow/ice” near-infrared) will be used for daytime cloud, snow and ice discrimination, total cloud cover estimation, cloud-top phase, and smoke detection from fires with low burn rates. The 1.6 μm band takes advantage of the relatively large difference between the refraction components of water and ice. This makes daytime water/ice cloud delineation possible, which will be very useful for aircraft routing.
May 27, 2015: A new ABI Band Quick Information Guide is now available. ABI Band 04 (“cirrus” near-infrared) will detect very thin cirrus clouds during the day. This band is new for the GOES-R series and is not available on current GOES.
May 27, 2015: The GOES-R Brown Bag Series Seminar on May 20, 2015 featured Eric Guillot (IAI/NWS Office of Observations). Guillot explained the Total Operational Weather Readiness – Satellites (TOWR-S) project, which is a joint GOES-R/JPSS/National Weather Service (NWS) project designed to assess the usability of both GOES-R and JPSS satellite data with respect to the NWS mission. Specifically, TOWR-S focuses on GOES-R, SNPP/JPSS, and Himawari satellite data integration within the Advanced Weather Interactive Processing System (AWIPS-II) in order to optimize its use for operations.
May 21, 2015: The GOES-R satellite has completed final integration and is now ready to enter the environmental testing phase. Environmental testing is intended to simulate the harsh conditions of launch and the space environment once the satellite is in orbit. The GOES-R satellite and its instruments will undergo a variety of rigorous tests which include vibration, acoustics and subjecting the satellite to extreme thermal temperatures in a vacuum chamber. The environmental testing will take place at Lockheed Martin Corporation’s Littleton, Colorado, facility where the spacecraft is being built.


April 27, 2015: The GOES-R/JPSS Proving Ground Science Seminar on April 20, 2015 featured Dan Satterfield, Chief Meteorologist for WBOC-TV in Salisbury, Maryland. Satterfield explained the evolution of satellite data and imagery in televised weather and preparing broadcast meteorologists and the public for the data and imagery that will be available from the GOES-R series satellites. Satterfield highlighted efforts to educate TV weathercasters, which will increase demand from the public.
April 24, 2015: The GOES-R Quarterly Newsletter for the time period January–March 2015 2015 is now available. We are now less than a year away from the launch of GOES-R. Spacecraft integration and testing activities are underway in preparation for environmental testing, and the ground segment completed installation and integration of the GOES-R series IT infrastructure. Significant progress has also been made in the development of the GOES-S/T/U satellites. The program also continues to focus on user readiness activities and has received excellent feedback from National Weather Service partners who are excited about the capabilities the GOES-R series satellites will provide.
April 14, 2015: The GOES-R Series Program held a Post Launch Test/Post Launch Product Test and Calibration/Validation Field Campaign Planning Workshop April 8-9, 2015 in College Park, Maryland, with 50 participants representing the GOES-R program, flight project, the GOES-R Calibration/Validation Working Group, the GOES-R Algorithm Working Group, and NASA and university partners. The objective of the workshop was to develop a baseline GOES-R Field Campaign plan and to refine validation planning efforts, identify required resources (i.e. budget and support teams), establish and refine coordination efforts with other partners and planned experiments, refine time-frames and identify and develop risk mitigation plans. Topics included program and campaign overviews, ER2 candidate instruments, ground-based measurements and support, and satellite mission major field campaign experiences including Suomi National Polar-orbiting Partnership (S-NPP), Global Precipitation Mission (GPM), and the NASA Earth Observing System (EOS).
April 1, 2015: A new fact sheet highlighting the Japan Meteorological Agency (JMA) Advanced Himawari Imager (AHI) 0.5 µm band has been released. AHI Band 2 (“green” visible) is one of three visible bands on the Himawari-8/9 imager. This band will provide daytime observations related to the land, clouds and aerosols. This green band, combined with the “blue”(0.47 μm) and “red” (0.64 μm) bands will provide “natural color” imagery of the Earth-atmosphere system. The GOES-R Advanced Baseline Imager does not include a “green” band so AHI Band 2 information will be useful to National Weather Service forecasters in the Alaska and Pacific regions.
April 1, 2015: The GOES-R/JPSS Proving Ground Science Seminar on March 31, 2015 featured Andrea Schumacher (National Hurricane Center/Technology and Science Branch). Schumacher explained forecast products at the National Hurricane Center (NHC), provided an overview of the NHC Proving Ground and highlighted GOES-R and JPSS Proving Ground activities at NHC. Satellite data is critical to NHC forecasts and GOES-R and JPSS will introduce exciting new and improved capabilities for forecasting.


March 31, 2015: The GOES-R Brown Bag Series Seminar on March 25, 2015 featured William Denig  (NOAA Geophysical Science and Development Branch). Denig’s presentation, “GOES-R Space Weather Mission,” explained space weather, its impacts on Earth and the improvements the GOES-R series satellites will bring to monitoring and forecasting space weather. GOES-R data will be used within the National Weather Service’s Space Weather Prediction Center (SWPC) to assess the near-earth status of space weather and to issue, when necessary, space weather alerts, watches and warnings.
March 31, 2015: Two new ABI Band Quick Information Guides are now available. ABI Band 02 (“red” visible) will assist in the detection of fog, estimation of solar insolation and depiction of diurnal aspects of clouds. ABI Band 03 (“vegetation” near-infrared), along with ABI Band 02, will be used for detecting daytime clouds, fog, and aerosols and for calculating a normalized difference vegetation index.
March 16, 2015: One year from now, NOAA’s GOES-R weather satellite will be launched into space, providing new and improved observational capabilities. So what does that mean for you? From improved weather forecasts and life-saving technology to better monitoring of geomagnetic storms that affect public infrastructure, we have five reasons to be excited about this launch. Top 5 Reasons Why NOAA’s GOES-R Satellite Matters .
March 13, 2015: The Ground Segment Project Functional and Performance Specification (F&PS) document has been updated
March 13, 2015: Community Satellite Processing Package (CSPP) for Geostationary Data, GRB Version 0.1 Prototype software is now available. This is the initial release of software that will allow direct broadcast users to process GOES Rebroadcast (GRB) data received on their antennas from the GOES-R satellite, after it is launched in 2016. The software is publicly available and free to use. The main functionality included in this release is to ingest a simulated GRB data stream, recover Advanced Baseline Imager (ABI) Level 1 and Geostationary Lightning Mapper (GLM) Level 2 data payloads, reconstruct the datasets, and write output to mission-standard NetCDF files.
March 10, 2015:NOAA Satellite Science Week was held February 23‒27, 2015 in Boulder, Colorado, with focus on the GOES-R and JPSS missions. Approximately 150 participants attended. The science themes for the meeting reflected national and NOAA priorities and included sessions on Clouds and Aerosols, Space Weather, High Impact and Severe Weather, Climate, Arctic, Tropical Cyclones, and New Frontiers. The meeting began with keynote presentations from the NOAA Chief Scientist, Dr. Richard Spinrad, on “NOAA as the Nation’s Environmental Intelligence Agency” and a presentation by the Director of OAR’s Earth System Research Laboratory, Dr. Sandy MacDonald entitled “The Earth System Analyzer: Using All of the Data to Improve Weather and Climate Prediction.”

February 2015

February 8, 2015: The GOES-R Quarterly Newsletter for the time period October – December 2014 is now available. The last few months of 2014 were an exciting time for the GOES-R Series Program. All six instruments that will fly on the GOES-R satellite were integrated with the spacecraft, which is now preparing for environmental testing. The program also announced that GOES-R will launch in March 2016 and transition immediately into operations after post-launch testing and validation. Editor’s note, November 10, 2016: GOES-R is now scheduled to launch on November 19, 2016.


January 12, 2015:  What exactly goes into building a new weather satellite? A new animated video explains how GOES-R was developed and how new science and technology on the GOES-R series satellites will provide significant advancements in the observation of severe weather.  So You Want To Build a Weather Satellite
January 12, 2015:  All six instruments that will fly on the NOAA’s Geostationary Operational Satellite – R (GOES-R) satellite have now completed integration onto the spacecraft. Together, these instruments will offer significant improvements for the observation of both terrestrial weather and space weather that impact life on Earth. The program is now focusing on the environmental testing phase, the next step for the GOES-R satellite, to ensure it is prepared to withstand the rigors of launch and operation in the extreme environment of space.
January 5, 2015:  News from AMS 2015: NOAA's administrator Dr. Kathryn Sullivan announced that the GOES-R satellite is scheduled for launch in March 2016 and will continue observations from 89.5° West during its extended validation phase through the 2016 Atlantic Hurricane Season. GOES-R will transition immediately into operations afterward (around March 2017) instead of being placed into storage. This will make the enhanced capabilities of GOES-R available earlier, providing benefits such as better life-saving decision support services for tornadoes, wind, flash flooding, tropical cyclones and volcanic ash, as well as improved fire weather remote sensing and lightning detection.