Bicycle Safety Tips

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Bicycles are a great way to get fit. They improve strength, aerobic fitness, and mental acuity. However, they also pose a risk. For this reason, you should always take safety precautions while riding your bicycle. Follow these simple tips to keep you and your bike safe.

Bicycles first emerged as a means of transportation in the nineteenth century. In 1868, they were commercially produced for the first time in Europe. These early models were called boneshakers, despite their solid iron wheels with no tires.

Initially, the bicycle was used for recreational activities like cycling. The velocipede (pronounced “vee-loc-eh-phee-dy”) was a precursor to the modern-day bike. It was designed by Karl Drais in 1817. Several versions were developed and sold during the 1800s, but the modern-day bicycle was created in 1885.

While it is a cliche to say that the bicycle is the best way to get around, it is also true that it is a fun way to move. Many people bicycle to commute, to do physical activities, or even to get to work. Whether you use a bicycle for transportation or a form of exercise, cycling can help your body function at its best.

Most bicycles can carry two riders, but they cannot be used to transport more than that. If you are going to go for a ride, make sure you wear helmets and follow the directions of local police. You should also check your bike for any broken or missing parts, and watch out for wet leaves and potholes. This should be good advice no matter your purpose for riding.

Bicycles can be an excellent alternative to motorized vehicles, especially when they are paired with bicycle lanes. They can also be a great way to get from place to place in a hurry. During the 20th century, bicycles gained a new lease on life. Countries like Denmark and Japan actively promote bicycles. As the bicycle industry grew, Japanese and Taiwanese companies took over European manufacturers.

Although the bicycle’s most significant technical innovation was the multiple-speed gearing, it was not until the 1920s that derailleur gears became the norm. This meant that you no longer had to pedal slowly to move quickly.

Other improvements include a headlamp, a red reflector, and a braking system. Unlike a car, you are not required to stop at intersections, but you should be careful when making left and right turns. Similarly, you should be careful when turning into driveways and on sidewalks.

Bicycles are fun to ride, but they are not toy-like. Rather, they are functional and important pieces of equipment. Despite the numerous technological advances, the bicycle remains an essential piece of transportation. Having one in your home can save you a lot of time and stress. Those who ride their bicycles for health or fitness may want to give themselves a break if they have a medical condition that prevents them from enjoying the sport.

Cycling is one of the more convenient and healthy ways to move about. It has been proven to lower the risks of many chronic conditions, including heart disease and stroke.

The Geostationary Operational Environmental Satellite (GOES)

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The Geostationary Operational Environmental Satellite (GOES) is an atmospheric monitoring and forecasting system that uses geosynchronous equatorial satellites. These orbiters provide continuous weather imagery. They also monitor the Earth’s surface temperature and track storms. GOES data is distributed to a variety of research institutions and commercial weather services. It is used by the National Weather Service, the Department of Defense, and other groups.

GOES spacecraft are controlled from the Satellite Operations Control Center in Suitland, Maryland. This facility is operated by the National Oceanic and Atmospheric Administration. NASA is the primary researcher and developer of GOES. As a result, the design and specifications for GOES spacecraft are overseen by the agency.

GOES imagery is produced by the Imager and Sounder instruments. In addition to observing the surface of the Earth, these instruments measure the intensity and distribution of the Earth’s ozone layer. Both the Imager and Sounder also provide vertical profiles of the air’s temperature.

GOES data is distributed to various research institutes and universities. It is also used by the National Weather Service for short-term forecasting. Data from the GOES satellites is used by scientists to improve numerical weather prediction models. Additionally, GOES images are used for determining the speed of clouds. During daylight hours, only visible light images are provided. However, GOES also provides thermal infrared data, which are used to determine the properties of the Earth’s cloud tops. Thermal infrared radiation is absorbed by the Earth’s atmosphere, which is comprised of oxygen, carbon dioxide, methane, and water vapor.

GOES-R series satellites are built by Space Systems/Loral under a contract with NASA. They include the Advanced Baseline Imager, which provides multi-band images. Other sensors include the Extreme Ultraviolet and X-ray Irradiance Sensors. GOES-R series instruments can also detect lightning in clouds. Some GOES-R satellites can also provide lightning maps, which can be used to help forecast storm severity.

The Space Environment In-Situ Suite is included on all GOES-R series satellites. The suite allows for faster temporal coverage and better temporal resolution, which will improve aviation safety. All GOES-R series satellites carry a magnetometer, which is a device that can provide accurate measurements of magnetic fields.

The next GOES-R series will launch in March of 2022. This new generation of spacecraft will be able to gather more information about the Earth. Compared to the current GOES missions, the new satellites will have four times the spatial resolution and five times the temporal coverage. Moreover, the spacecraft will have a more stable magnetometer, which will increase accuracy.

GOES West provides a much better view of the western United States and Canada, including Alaska and the Pacific Ocean. GOES East provides a reasonably clear view of North America, although it does not cover the western states.

The new GOES spacecraft will also be able to more frequently scan cloudy areas. Clouds are a major source of thermal infrared radiation, which is also known as heat. Unlike sunlight, which reflects off of the surface of the Earth, thermal infrared radiates from everything on the Earth. Water vapor in the atmosphere is another major source.

A Guide to Nice, France

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“Nice” is the second largest city in the Provence-Alpes-Cote d’Azur region of France. It is located on the French Riviera, or French coast, at the foot of the French Alps.

Nice is a city that has inspired many artists, poets and composers. One of the most famous examples is Friedrich Nietzsche who spent six consecutive winters in Nice. He also wrote “Thus Spoke Zarathustra” there. There are several museums in Nice, including the Museum of Asian Art, the Naval Museum and the Musee Matisse.

Nice is a quaint town with a relaxed atmosphere and plenty of places to see. You can find museums, parks and other attractive sights here. Some of the best things to do here are visit the old town, enjoy local food and see some beautiful views.

The city of Nice has several different parks and gardens, a number of which are home to plants and trees that have been introduced over time. These include linden trees, Norway spruce and palm trees, giving it a subtropical feel.

Other parts of the town are close to the water, with areas of dockworkers and fishermen. Since the 18th century, aristocratic families have been drawn to Nice for its gentle winter weather. In fact, Queen Victoria, with her son Edward VII, spent winters in Nice.

Nice’s light has attracted numerous artists throughout the centuries. Auguste Renoir stayed in the city for nearly three decades and wrote “The Painter” and “The Milliner”. Another great writer, Anton Chekhov, completed his Three Sisters in Nice.

The French Riviera is a great place to visit for those who love history. Visitors to the area can visit the ruins of Nice Castle, which is located on top of the hill, as well as the historical cemetery. Alternatively, they can take a trip on the Little Tourist Train.

For those who want to shop, Nice features a number of shopping centres, including the Nice Trinity and Nice TNL. Other shopping venues are in Saint-Laurent-du-Var, where there is the Cap3000 shopping centre and the Polygone Riviera.

The Nice port is the main harbour installation in the town. The chamber of commerce and industry, known as NICE, oversees its operations. This organisation is open to everyone. Several business parks are also located in the area.

Nice is a popular holiday destination for visitors. While it may be tempting to spend all of your money in the many fine restaurants and shops, the true value of visiting this beautiful place lies in its cultural attractions. It is home to numerous museums, some of which contain the work of famous artists and painters.

You can visit the Musee Matisse, which is a museum devoted to the art of Henri Matisse. There you can see 57 sculptures and 68 paintings, as well as personal objects and 200 photographs.

The Nice port was the birthplace of Henry Cavendish, who discovered hydrogen. The town has an integrated primary care clinic, where patients can get all of their medical needs taken care of in one place.

What Does It Mean to Be Good?

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The term good is often used to denote something that is desirable or pleasing to the senses. Good can also mean a thing that is healthy or pleasurable. Throughout the centuries, people have developed different definitions of the term. This diversity can be seen in the various traditions surrounding the notion of good.

Subjective and objective views of good are two major approaches to defining the meaning of the term. The subjective view is based on the individual’s noncognitive attitudes about things. On the other hand, the objective view is based on the use of knowledge.

The difference between the subjective and objective viewpoints is that the objective view seeks to account for the action-guiding nature of values. Hume claimed that a subjectivist approach cannot account for this. A perfectionist approach to good focuses on the value of the individual and recognizes that an individual’s best talents and abilities should be developed.

Despite the differences between the two perspectives, there is a general consensus that the good is the quality of being. It is the quality of being that is able to develop in the process of relating to other beings. There is a hierarchy of being, and the good is an important feature of the hierarchy. For example, a productive employee can be a good good.

Another approach to good is that of the teleological tradition. This approach construes the good as an immanent or internal feature of the universe. In other words, it is a virtue that is necessary in order for the human agent to achieve its desired end.

Utilitarianism, which originated in the nineteenth century, is a theory that posits that an act is good or bad according to its utility. The utilitarians, such as Jeremy Bentham and John Stuart Mill, pronounced acts as good or bad based on their utility. They believed that the best action was one that would provide the greatest amount of being. Similarly, the teleological approach holds that an act is good or bad according to the natural ends that the act achieves.

An alternative approach to good is a nondeontological tradition. The “positivist” school rejects the notion of value judgments as being scientifically verifiable. Instead, the focus is on the qualities of the person who makes the value judgment.

Some of the major philosophical traditions concerning the concept of good are:

Aristotle’s treatment of the good is considered to be a fundamental contribution to the study of ethics. He recognized that there is no single, objective good. Therefore, he outlined two distinct kinds of good: intrinsic and instrumental. Essentially, he concluded that intrinsic good is good in itself, while instrumental good is good as a means to another end.

Other scholars, including St. Thomas Aquinas, have contributed to the concept of the good in the area of metaphysics. Aquinas’s essential contribution, however, is his explanation of the connection between metaphysics and ethics. His contributions are largely based on the contributions of the pseudo-dionysius, a figure who believed that moral action was related to the good.

The History of Bicycles

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Bicycles are two-wheeled steerable vehicles that are used to transport people. They are also an alternative to driving, which has many health benefits. In addition, they are fun and a great way to get fit. Cycling can also help you keep lean and reduce your carbon footprint.

The bicycle originated in Europe, where it began to be developed in the mid-1800s. It was based on wooden carriage technology. However, it was a very cumbersome device. After the invention of the velocipede de pedale, which allowed the rider to propel the bike using his or her feet, the bicycle became more practical.

Bicycles became popular in France and England in the early 1860s. The Olivier brothers pedaled a velocipede 800 kilometers from Paris to Marseille. This craze spread throughout the world. These bikes became a hit among young people.

Before the end of the 19th century, however, the design of the bicycle remained almost static. Pedaling and steering via the front wheel remained a problem. Many improvements were made after 1900, including the first multiple-speed bicycles. During the 1920s, the French adopted derailleur gears, which are the basis of most modern bicycles.

In Britain, the industry shifted from Paris to Coventry, which became the centre of bicycle production. The industry was devastated by the Franco-German War in 1870, which set back the development of the bicycle in France. Fortunately, the British market was ready to absorb the entire batch.

After the war, Michaux, a pioneer in pedal-powered cycles, moved to a larger factory and expanded its product line. Michaux was founded by the Olivier brothers. They had purchased 69 percent of the company in 1864, and by 1867 the Michaux was a serious manufacturer.

In 1868, Rowley B. Turner ordered 400 Michaux bicycles for use in Britain. He had ridden one to his uncle’s house in Paris. The Olivier brothers then sold their shares to a British firm.

A diamond frame is a type of frame that features a head tube, a seat tube and a down tube. The top tube is typically made of alloy steels or aluminum.

The wheels are mounted in a metal frame. The fork connects to the front wheel, and the handlebars are attached to the stem. The person riding the bike steers the machine by leaning forward on the saddle.

Bicycles are usually designed for one to three persons. In some cases, additional people can be added, such as a child seat. Some bicycles feature a hitch or rear rack, which can be used to carry trailers.

Bicycles are typically ridden at speeds between 16 and 24 km/h. The cargo carrying capacity of a bicycle is measured in terms of how much weight it can carry. There are a very few bikes that use shaft drive instead of chain.

Bicycles are a convenient and time-efficient means of transportation. Regular cycling can improve physical fitness and reduce the risk of certain types of cancer. Even people with health concerns such as diabetes can benefit from regular exercise.

GOES-T, a New Satellite in the GOES-R Series, Will Produce More Accurate Images of the Earth

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GOES is a group of Earth observation satellites, which are operated by the National Oceanic and Atmospheric Administration (NOAA). Its primary purpose is to provide near-real-time images of the Earth’s surface to help meteorologists determine the speed of clouds and other atmospheric conditions. These satellites operate in a geostationary orbit, circling the planet once per day. This is the only “sweet spot” where these satellites can maintain a relatively stable position in the Earth’s atmosphere.

GOES’ data products are widely used by the global research community, as well as by commercial and government weather services. They are also distributed through the National Environmental Satellite and Information Service (NESDIS) and the CLASS, a NOAA web-based data archive. GOES provides data to a variety of operational centers, including NOAA’s Weather Forecast Offices and Weather Forecast Satellites.

GOES-T, a new GOES satellite, will be able to produce more detailed images of the Earth. The satellite will work with GOES-East and GOES-West to monitor the effects of storms and wildfires throughout the western United States and the Pacific Ocean. In addition, GOES-T will include an Extreme Ultraviolet and X-ray Irradiance Sensor to measure solar irradiance in the upper atmosphere.

Another component of the GOES satellite program is a Geostationary Lightning Mapper that can detect lightning in cloud layers and help meteorologists develop a storm’s severity. This instrument has a design life of 15 years, and will be on board the GOES-R series. GOES-R satellites will carry six advanced onboard instruments.

A GOES-T instrument has been redesigned to enhance thermal control and improve imaging accuracy. This instrument will also be more reliable than its predecessors. GOES-T is expected to begin generating images in May or June of this year. To increase the reliability of its propulsion system, GOES-T will be installed with a magnetometer that is more accurate than its previous models. However, mission officials declined to publicly comment on whether or not GOES-T will share information with Russia.

As the first satellite in the GOES-R Series, GOES-T is also equipped with a Geostationary Lightning Mapper that will aid in the detection of lightning. GOES-T will provide better-defined images, which are more useful in monitoring and forecasting tornadoes and other severe weather events.

Another important feature of the GOES-R Series is its Advanced Baseline Imager. The instrument features sixteen spectral bands and provides multispectral imaging. Compared to the GOES missions of the past, this increased spectral coverage will provide five times faster temporal resolution. Additionally, GOES-R will provide more accurate imagery and lightning maps, which are essential for storm forecasting and forecasting the potential for tornadoes.

The GOES-R Series includes six instruments: the Advanced Baseline Imager, Geostationary Lightning Mapper, the Advanced Baseline Radar, the Geostationary Weather Satellite, and the Solar Radiometer. Each one has its own purpose, but all are designed to improve the accuracy of meteorological and environmental forecasts.

The new GOES-16 and GOES-17 systems have been in 10-minute flex mode since April of this year. During this flex mode, they will continue to provide scans every five or six minutes. This ten-minute full disk imagery will be critical to NOAA’s National Centers and Volcanic Ash Advisory Centers.

What Makes a Nice Person?

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Niceness is an attribute that can be found in both individuals and organizations. It is the desire to do the right thing by others, while still keeping one’s self in check. Usually, nice people are kind and tolerant of people and their differences, while also being honest and accepting of themselves. However, in the wrong situations, being nice can prove to be a huge problem.

People who are nice are willing to sacrifice their time and energy for others. They are considerate of their own time, so that they can give a helping hand to their friends who are in need. Moreover, they listen to and accept the opinions of others, even if they are not their own.

Niceness is the type of behavior that is based on logical thought, rather than on emotional or instinctual feelings. In this sense, it is all about class. For example, you would see people with power as being nice, while those with little power are not.

You may be a nice person if you can hold a door open for someone. That act is considered to be kind, since it saves the other person a lot of time. Moreover, being a good friend or lover is also considered to be a kind behavior.

But what makes a person a nice person? A person must have a self-esteem and a respect for himself. Moreover, he must have the ability to make up for mistakes. This means that he must be able to accurately recognize his own strengths and weaknesses. If he is a good person, he will be a kind person, even if he makes a few mistakes.

To be a truly nice person, you must be a person who is humble. It doesn’t mean that you are weak, but you must be able to admit your mistakes and correct them. Also, it is important to be a person who is honest, especially when you have made a mistake. As long as you are honest, your actions will be more authentic.

Niceness is often criticized. Some say that it’s a sign of weakness. On the other hand, you can be a nice person, but still be a selfish human being. Similarly, a person who is assertive is not always a nice person. He wants money, power, or control over other people.

“No more nice guy” is a book written by Robert Glover. The author urges men to replace their nice behaviors with more assertive ones. Although he is a magazine journalist, he draws on various disciplines to achieve his goal.

Despite his warnings, being a nice person can be a difficult and challenging task, since you will encounter a number of different people, each with a different set of expectations. Furthermore, niceness can be a major problem in itself, if you use it inappropriately.

One of the greatest examples of a nice person is Nelson Mandela. His kind and gentle personality has helped him win over many of his opponents.

Understanding the Concept of Good

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The word good is a common term for something that is of value. This concept is of particular interest in the study of religion and ethics. However, there are several different ways to understand the term and its meaning. Understanding the varying approaches can help to reveal the depth and complexity of the concept.

Throughout the history of philosophy, the notion of good has been interpreted in numerous ways. Some of these interpretations are subjective and others are objective. Subjective views of good construe the good as the act of a person’s own will.

Another interpretation of the good is the moral good. In this definition, the good is the most desirable action in a situation. Man may or may not have an objectively good object, but he will find it desirable if it adds to his being.

Good is also defined as “something that is desirable for its own sake” or an act that adds to the pleasure or satisfaction of an individual. This type of good is not necessarily the same as the ontological good.

Objective views of the good are based on a combination of knowledge and noncognitive attitudes. These views of good often emphasize the good as an optimum, or a means to another end. They are opposed to the utilitarian approach, which tends to define the good as what is best in itself. For example, the British economist Jeremy Bentham held that the value of money is the sole intrinsic good.

A teleological view of the good views the good as the act of fulfilling natural ends. Consequently, this conception of good is in accord with the premise that all things are created by God.

There are two major traditions of nondeontological ethical theory, one beginning with Aristotle and ending with the pragmatic naturalism of John Dewey. One tradition has been traced from the eighteenth century in Britain and the other in twentieth century America.

Moral philosophers often refer to the “common good” as a motivating force behind human activity. In this sense, man has an obligation to do his part to ensure that the “common good” is met.

The good is often viewed as the opposite of evil, which is considered a negative force. It is an essential part of man’s nature and is associated with the norm of moral goodness. Although there are differences in the concepts of good, they are all conceived as a positive aspect of being.

Immanuel Kant wrote about the good in Critique of Practical Reason. He argued that the golden mean of virtue is the right reason. He did not develop the idea of an objective good, but he did suggest that intrinsic and instrumental good have distinct properties.

Aristotle defined the difference between intrinsic and instrumental good. He stated that an intrinsic good is the act that best serves the individual, while an instrumental good is the act that serves another end.

Although the meaning of the term good is important, its definition cannot be fully understood. Ultimately, it is dependent on the context in which it is used.

Bicycling Safety Tips

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Many people who enjoy cycling consider it a fun way to get fit. But, the sport requires that you take certain precautions to ensure that you are safe. You should avoid obstructing sidewalks and building accesses, keep your head up while riding, and wear a helmet.

Bicyclists should wear bright clothing to indicate that they are visible, especially during the daytime. Cyclists should also have a rear-mounted reflector. It should be white or amber in color.

Cyclists should make sure that they are in a marked crosswalk at any time. In the event that the pedestrian signal does not indicate that they can walk, they should cross when they see a red light. They should obey all traffic signs. If they are in an intersection, they should wait for a green light before turning.

When riding at night, you should carry a red taillight and have one front lamp that is visible for at least 200 feet. You should use bells and reflectors, if possible. To prevent collisions, you should also wear earphones while riding. Also, remember to watch for oncoming cars and buses.

A bicycle is a two-wheeled vehicle that has an internal combustion engine and an electric motor. The pedals are used to rotate the cranks and transmit 99% of the energy to the wheels. Most bicycles have gears to reduce the amount of energy transferred to the wheels. Gearing can be done by changing the speed of the bicycle, or by changing the gearing of the cranks.

Bicyclists should ride at least three feet behind parked cars. However, in heavy traffic, they can use the same through lanes as motorists. Do not block building accesses or emergency drives.

When making a left turn, bicyclists should position themselves in the middle of the left turn lane. This will give them a good view of the turning vehicles. After they have made their turn, they should “take the lane” and move to the right. This will help them avoid passing the turning vehicles.

Pedestrians and cyclists should obey all traffic signs. They should signal when they want to change lanes or stop. Their signals may be done with their hands. As a cyclist, they should also exercise due care as required by law.

Bicyclists who are pulling onto a highway from a driveway should stop before entering the road. Pedestrians should also yield to cyclists. When crossing a highway at a marked crosswalk, they should also stop. Pedestrians should stop at intersections, as well.

If you are riding at night, you should have a red taillight and a white front headlamp. You should also have wide-angle, spoke-mounted reflectors. You should be wearing a helmet, and you should use a bell if necessary.

While riding, you should be alert for hazards such as pedestrians, parked cars, and bus passengers. If you are not able to see an oncoming vehicle, you should swerve around it, or hug the curb. There is also a possibility that a car door will unexpectedly open in your path.

The Geostationary Operational Environmental Satellite System (GOES)

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The Geostationary Operational Environmental Satellite (GOES) system is operated by the National Oceanic and Atmospheric Administration (NOAA) to provide atmospheric measurements for the Western Hemisphere and support weather forecasting. A GOES satellite can help forecast hazardous weather events. This can be used to assist emergency response crews and keep people safe. In addition to providing information for severe weather, the satellite can also help to track natural disasters.

The GOES satellites are used to monitor ozone distribution, solar activity, and cloud tops. These are all important parts of weather forecasting. GOES data products are also distributed to research centers and commercial services. For example, the National Weather Service uses GOES data to provide short-term forecasts. Its data helps to increase the accuracy of numerical weather prediction models. Other users include the Department of Defense and the scientific community.

NOAA’s GOES-R series of satellites has real-time capabilities that can assist with forecasting and monitoring of storms and other hazardous weather events. Their imagery is sharper than the previous model, and they are equipped with the Geostationary Lightning Mapper, which can detect lightning buildup in clouds. They can also predict tornadoes. Depending on the weather conditions, the satellites can change their schedules.

GOES data is processed by the DCS Automated Processing System at the NOAA Command and Data Acquisition facility in Wallops, Virginia. This large dual computer system can process and archive messages from up to 100,000 platforms. There is a variety of environmental data transmitted from GOES systems, including ozone, wind speed, air temperature, water vapor, humidity, and surface heat flux. Each GOES satellite has a radio relay that can send and receive messages to and from other GOES satellites.

To determine the weather, GOES spacecraft collect meteorological information every 30 seconds in the hemisphere. In addition, they continuously view the Atlantic Ocean, Pacific Ocean, and southern Canada. The primary instrument on a GOES spacecraft is the Advanced Baseline Imager. It provides multispectral imaging of the Earth and has four near-infrared channels.

GOES-West is in an orbit that covers the Western United States, North America, and the Pacific Ocean basin. It is controlled by the Satellite Operations Control Center (SOC) in Suitland, Maryland. GOES-West primarily monitors the Western Hemisphere, but can also cover portions of Africa, Central America, and South America.

GOES-R has six advanced on-board instruments. Its launch mass is 2,800kg, and it has a design life of 15 years. During its lifetime, GOES-R will provide better weather and solar imagery. Additionally, GOES-R’s Geostationary Lightning Mapper can forecast tornadoes. It is designed to improve the accuracy of storms, as it can detect lightning from within the cloud tops.

The GOES mission consists of two parts: the space segment, and the ground segment. GOES-R satellites carry the Advanced Baseline Imager. The GOES-R data stream includes relays from METEOSAT and HIMAWARI-8. Also, GOES data is distributed to NOAA National Centers.

GOES satellites are essential for the National Weather Service’s ability to monitor and forecast weather. The GOES-R series of satellites can help save countless lives by helping to prevent natural disasters.